Tracker Item History

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

%%%%%%{img type=""""fileId"""" fileId=""""666"""" thumb=""""box"""" height=""""100%"""" width=""""100%"""" rel=""""box[g]""""}

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img type=""""fileId"""" fileId=""""663"""" thumb=""""box"""" height=""""100%"""" width=""""100%"""" rel=""""box[g]""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img type=""""fileId"""" fileId=""""663"""" height=""""100%"""" width=""""100%"""" rel=""""box[g]""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img type=""""fileId"""" fileId=""""663"""" thumb=""""box"""" height=""""100%"""" width=""""100%"""" rel=""""box[g]""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img type=""""fileId"""" fileId=""""663"""" height=""""100%"""" width=""""100%"""" rel=""""box[g]""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img type=""""fileId"""" fileId=""""663"""" height=""""100%"""" width=""""100%"""" rel=""""box[g]""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img type=""""fileId"""" fileId=""""663"""" thumb=""""box"""" height=""""100%"""" width=""""100%"""" rel=""""box[g]""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img type=""""fileId"""" fileId=""""663"""" height=""""100%"""" width=""""100%"""" rel=""""box[g]""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img type=""""fileId"""" fileId=""""663"""" thumb=""""box"""" height=""""100%"""" width=""""100%"""" rel=""""box[g]""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""y"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""y"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this( demo link) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%"""" } 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link (note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this( demo link) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%"""" } 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""y"""" height=""""100"""" width=""""100""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" rel=""""box[g]"""" height=""""100%"""" width=""""100%""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" height=""""100"""" width=""""100""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""y"""" height=""""100"""" width=""""100""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" max} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" height=""""100"""" width=""""100""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId="663" thumb="box" width:450px; height:300px;} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" max} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" styleimage=""""width:450px; height:300px; margin-left:auto; margin-right:auto;} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId="663" thumb="box" width:450px; height:300px;} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box"""" styleimage=""""width:450px; height:300px; margin-left:auto; margin-right:auto;} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

{img fileId=""""663"""" thumb=""""box""""} 

While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)

{img fileId=""""663"""" thumb=""""box""""} 

A Chinese infosec researcher has discovered a new "almost impossible to detect" phishing attack that can be used to trick even the most careful users on the Internet.%%%%%%%%%%%%He warned, Hackers can use a known vulnerability in the Chrome, Firefox and Opera web browsers to display their fake domain names as the websites of legitimate services, like Apple, Google, or Amazon to steal login or financial credentials and other sensitive information from users.%%%%%%%%%%%%What is the best defense against phishing attack? Generally, checking the address bar after the page has loaded and if it is being served over a valid HTTPS connection. Right?

Okay, then before going to the in-depth details, first have a look at this demo link( click=""""window.open(this.href, '', 'resizable=no,status=no,location=no,toolbar=no,menubar=no,fullscreen=no,scrollbars=no,dependent=no'); return false;"""">https://аррӏе.com/) note: you may experience downtime due to high traffic on demo server), set up by Chinese security researcher Xudong Zheng, who discovered the attack.

If your web browser is displaying "apple.com" in the address bar secured with SSL, but the content on the page is coming from another server (as shown in the above picture), then your browser is vulnerable to the homograph attack.%%%%%%%%%%%%Homograph attack has been known since 2001, but browser vendors have struggled to fix the problem. It’s a kind of spoofing attack where a website address looks legitimate but is not because a character or characters have been replaced deceptively with Unicode characters.

Many Unicode characters, which represents alphabets like Greek, Cyrillic, and Armenian in internationalised domain names, look the same as Latin letters to the casual eye but are treated differently by computers with the completely different web address.%%%%%%%%%%%%For example, Cyrillic "а" (U+0430) and Latin "a" (U+0041) both are treated different by browsers but are displayed "a" in the browser address.

{img fileId=""""664"""" thumb=""""box""""} 

By default, many web browsers use ‘Punycode’ encoding to represent Unicode characters in the URL to defend against such phishing attacks. Punycode is a special encoding used by the web browser to convert Unicode characters to the limited character set of ASCII (A-Z, 0-9), supported by International Domain Names (IDNs) system.%%%%%%%%%%%%For example, the Chinese domain "短.co" is represented in Punycode as "xn--s7y.co".%%%%%%%%%%%%According to Zheng, the vulnerability relies on the fact that web browsers render only Punycode URLs in one language as Unicode (like only Chinese or only Japanese), but they fail if a domain name contains characters from multiple languages.

This loophole allowed the researcher to register a domain name xn80ak6aa92e.com which appears as “apple.com” by all vulnerable web browsers, including Chrome, Firefox, and Opera, though Internet Explorer, Microsoft Edge, Apple Safari, Brave, and Vivaldi are not vulnerable.%%%%%%%%%%%%Here, xn prefix is known as an ‘ASCII compatible encoding’ prefix, which indicates web browser that the domain uses ‘punycode’ encoding to represent Unicode characters, and Because Zheng uses the Cyrillic "а" (U+0430) rather than the ASCII "a" (U+0041), the defence approach implemented by web browser fails.%%%%%%%%%%%%Zheng has reported this issue to the affected browser vendors, including Google and Mozilla in January.

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While Mozilla is currently still discussing a fix, Google has already patched the vulnerability in its experimental Chrome Canary 59 and will come up with a permanent fix with the release of Chrome Stable 58, set to be launched later this month.%%%%%%%%%%%%Meanwhile, millions of Internet users who are at risk of this sophisticated hard-to-detect phishing attack are recommended to disable Punycode support in their web browsers in order to temporarily mitigate this attack and identify such phishing domains.

Mitigation For Firefox Users (Not FIX For Chrome)

Firefox uses can follow below-mentioned steps to manually apply temporarily mitigation:

%%%
1. Type about:config in address bar and press enter.
%%%
2. Type Punycode in the search bar.
%%%
3. Browser settings will show parameter titled: network.IDN_show_punycode, double-click or right-click and select Toggle to change the value from false to true.
%%%

Unfortunately, there is no similar setting available in Chrome or Opera to disable Punycode URL conversions manually, so Chrome users have to wait for next few weeks to get patched Stable 58 release.

Originally posted on thehacknews.com (http://thehackernews.com/2017/04/unicode-Punycode-phishing-attack.html)