![]() On October 14, 2014, two Google researchers discovered a new way to defeat the protection provided by SSL (( LINK: )). ![]() The evolution of the SSL/TLS protocol looks like this: Since SSL evolved into TLS, we often use one term to describe the other. TLS provides a way for web servers to support older web browsers by changing (or downgrading) the security protocol from the new TTL to the older SSL protocol. It involved into a new protocol, called Transport Layer Security (TLS), in 1999. However, there were some problems with SSL. The purpose of SSL is to provide a mechanism by which a user can access a webpage and be sure that the communication is both trusted and confidential. Secure Socket Layer (SSL) is the first secure protocol used in the original web browser: Netscape. Security protocols are used every day on the Internet to make sure your data is secure (confidential, unmodified, and trustworthy). ![]() ![]() In this Q&A article, you’ll learn why the original cryptographic protocol used in Netscape back in 1996 still matters today, how a design flaw can put your current data at risk, and what you can do to help keep your information secure. Did you know that an obsolete security protocol developed waaaay back in 1996 is still in use today– and it can make your data vulnerable to a cyberattack? ![]()
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