Compression within TLS is the most efficient technique to help reduce the bandwidth and latency requirements associated with exchanging large amounts of data while preserving the security services ...

The Transport Layer Security (TLS) protocols emerged from the older Secure Sockets Layer (SSL) that originated in the Netscape browser and server software. It should come as no surprise that SSL must ...

Transport-layer security is more effective than its predecessor SSL, and its latest version - TLS 1.3 - improves both privacy and performance.

Legitimate TLS certificates allow adversaries to set up phishing and other malicious sites that look innocuous to security measures, meaning they can avoid being flagged by safe-browser software.

TLS stands for transport layer security, and in common use it's a method of combining the advantages of public-key cryptography, external third-party (out-of-band) validation, and per-session ...

Organizations have a choice to make: stay on TLS 1.2 for as long as possible, accepting all of its flaws, or move to 1.3 and ramp up proxy/VPN appliances to deal with the new workload. A more ...

Apple, Google, Microsoft, and Mozilla announced plans today to disable Transport Layer Security (TLS) 1.0 and 1.1 support in their respective browsers in the first half of 2020.