How Meta Uses HTTPS

The article discusses the implementation of a secure web-based proxy service called Discover, aimed at enhancing internet connectivity while addressing security challenges.

The Networking @Scale Boston 2019 conference brought together engineers from major tech companies to discuss the challenges and solutions for reliable networking at scale.

The 2019 @Scale Conference brought together over 1,300 engineers to discuss challenges and innovations in building scalable applications and services.

The article discusses the implementation of DNS over TLS (DoT) as a means to encrypt DNS queries and enhance online privacy.

The article discusses how Facebook's Production Engineering team prepares for global events, ensuring service reliability during peak traffic periods, particularly focusing on the infrastructure su...

The article discusses Facebook's transition from IPv4 to IPv6 in its data center infrastructure, focusing on how to maintain legacy IPv4 support while operating an IPv6-only environment.

The article discusses how Facebook implements scalable and secure access using SSH, emphasizing the use of signed certificates to enhance security and reliability.

The article discusses the development of Facebook Lite, a lightweight version of the Facebook app designed for Android users in emerging markets.

The article highlights several innovative features and tools that emerged from hackathons at Facebook in 2015.

The article provides a recap of the Security @Scale 2014 conference, highlighting discussions on scalable security solutions from various companies including Facebook, Twitter, and GitHub.

The article discusses the transformation of Facebook Messenger's infrastructure to a mobile-first approach, focusing on optimizing data synchronization and reducing data usage.

The article analyzes Facebook's photo caching system, detailing its multi-layered architecture and the effectiveness of various caching strategies.

McDipper is a flash-based key-value cache developed by Facebook to enhance the efficiency of caching large data sets compared to traditional Memcached.