Firefox And Chrome Will Soon Warn About Login Pages Served Over HTTP
Firefox version 51 will be officially released today--it's actually already available on Mozilla’s FTP servers -- and Chrome 56 shoul...
https://newtechno2018.blogspot.com/2017/01/firefox-and-chrome-will-soon-warn-about.html
Firefox version 51 will be officially released today--it's actually already available on Mozilla’s FTP servers--
and Chrome 56 should debut in the next few days. As soon as those
updates land, both web browsers will start marking as insecure web pages
that ask for passwords if they aren’t served over HTTPS.
Firefox 51
A couple of years ago, both the Chrome and Firefox teams realized that web developers need a bigger push to protect users’ sensitive information by
switching to secure connections. They came up with a gradual plan to
mark non-secure pages with increasingly scarier signs and symbols, both
as a way to convince developers that they need to adopt HTTPS while also
informing users that their data in transit is not secure.
Until now, Firefox used a green
lock icon to show when a website used HTTPS encryption, and showed no
icon when a website used HTTP. To more effectively highlight the
security risks posed by these connections, Mozilla will display a grey
lock icon with a red strike-through to indicate that a
password-collecting page isn’t secure.
When users click on the “i” icon
(which existed before, too) they will also see the text “Connection is
Not Secure” and “Logins entered on this page could be compromised.”
In
the future, Mozilla promised to also prompt users with warning messages
when trying to input their password into forms served over non-secure
HTTP connections, via notifications that say things like “This
connection is not secure. Logins entered here could be compromised.”
Mozilla said it plans to implement such warning messages for all HTTP pages, not just ones requesting passwords. HTTPS certificates are now free due largely to Let’s Encrypt, an organization backed by Mozilla, the EFF, and others, that offers free automated digital certificates. Therefore, at least the annual cost of an HTTPS certificate shouldn’t be an obstacle in adopting the more-secure connection type anymore.
Unlike Firefox, Chrome’s implementation doesn’t have a grey icon with a red strike-through. Instead, it just warns the user with the “Not Secure” text next to the web address when a visited page is served over HTTP.
Chrome's implementation of this warning may seem even more aggressive than Firefox's because it’s more direct. It simply tells users not to trust the page, rather than merely implying it with a small icon.
The Chrome team intends to show this warning to all non-HTTP pages in the future and make it more obvious with red font and a red triangle with an exclamation sign in it.
For web developers that still haven’t taken seriously the push for HTTPS, and who are still serving their websites mostly over HTTP, this may be the last call to action that will convince them to make the transition. Large web sites could take many months or even more than a year to make this change.
Therefore, if they wait until Google and Mozilla officially set a deadline for clearly marking all HTTP websites as not secure, they may not be able to switch to HTTPS on time. That could cost them lost reputation with users who will start seeing their websites being marked as not secure.
Source: Mozilla Blog
Firefox 51
A couple of years ago, both the Chrome and Firefox teams realized that web developers need a bigger push to protect users’ sensitive information by
switching to secure connections. They came up with a gradual plan to
mark non-secure pages with increasingly scarier signs and symbols, both
as a way to convince developers that they need to adopt HTTPS while also
informing users that their data in transit is not secure.
Until now, Firefox used a green
lock icon to show when a website used HTTPS encryption, and showed no
icon when a website used HTTP. To more effectively highlight the
security risks posed by these connections, Mozilla will display a grey
lock icon with a red strike-through to indicate that a
password-collecting page isn’t secure. Mozilla said it plans to implement such warning messages for all HTTP pages, not just ones requesting passwords. HTTPS certificates are now free due largely to Let’s Encrypt, an organization backed by Mozilla, the EFF, and others, that offers free automated digital certificates. Therefore, at least the annual cost of an HTTPS certificate shouldn’t be an obstacle in adopting the more-secure connection type anymore.
Chrome 56
Chrome 56 beta came out on December 8, so the stable build should be out sometime this week, unless the Chrome team skipped a beat and delayed its six-week development cycle. Chrome 56 is supposed to bring similar user experience changes that appear when people visit non-secure pages that collect passwords or credit card information.Unlike Firefox, Chrome’s implementation doesn’t have a grey icon with a red strike-through. Instead, it just warns the user with the “Not Secure” text next to the web address when a visited page is served over HTTP.
Chrome's implementation of this warning may seem even more aggressive than Firefox's because it’s more direct. It simply tells users not to trust the page, rather than merely implying it with a small icon.
The Chrome team intends to show this warning to all non-HTTP pages in the future and make it more obvious with red font and a red triangle with an exclamation sign in it.
For web developers that still haven’t taken seriously the push for HTTPS, and who are still serving their websites mostly over HTTP, this may be the last call to action that will convince them to make the transition. Large web sites could take many months or even more than a year to make this change.
Therefore, if they wait until Google and Mozilla officially set a deadline for clearly marking all HTTP websites as not secure, they may not be able to switch to HTTPS on time. That could cost them lost reputation with users who will start seeing their websites being marked as not secure.
Source: Mozilla Blog