How Netflix Uses HTTPS

The article discusses Netflix's journey in implementing live streaming technology over the past three years, detailing the architectural decisions, challenges, and innovations that have led to succ...

The article discusses the evolution of Pushy, Netflix's WebSocket server, which has scaled to handle hundreds of millions of concurrent connections while maintaining a 99.

The article discusses how Netflix employs eBPF flow logs through a network observability sidecar called Flow Exporter to gain network insights at scale.

The article discusses Netflix's approach to simplifying edge authentication and identity propagation using a token-agnostic identity model.

The article discusses Netflix's approach to preventing credential compromise in AWS environments by introducing two additional layers of security: API enforcement and metadata protection.

The article discusses the evolution of open source software contributions from the Netflix Cloud Security team over the past three years, highlighting 15 projects that reflect Netflix's unique cult...

The article discusses BetterTLS, a solution developed by Netflix to enhance security in microservices architecture through the use of TLS and the Name Constraints extension.

The article discusses the development of fast.

The article discusses Netflix's efforts to enhance viewing privacy by implementing Transport Layer Security (TLS) encryption for video streams while maintaining high efficiency.

Netflix has open-sourced the Sleepy Puppy extension for Burp Suite, enhancing cross-site scripting (XSS) payload management for security assessments.

The article introduces Lemur, an open-source x. 509 certificate orchestration framework developed by Netflix.

The article discusses the Message Security Layer (MSL), a modern cryptographic protocol developed by Netflix to secure communication between devices and servers.