Alan Frindell is a seasoned software engineer with 13 years at Meta and a two-decade career focused on high-performance backend systems and networking protocols. He holds BS and MS degrees in Computer Science from Stanford and has deep hands-on experience implementing and hardening transport and HTTP stacks, notably contributing to Facebook projects such as fbthrift, folly, mvfst (QUIC), HHVM/Proxygen, and wangle. His work shows expertise in buffer management, HTTP/2 and HTTP/3 (QUIC) reliability, session/stream handling, and graceful connection shutdowns—areas that directly impact large-scale service robustness and performance. Comfortable across C++ system internals and API design, he’s improved core libraries and test infrastructure while preserving backward compatibility in critical code paths. Based in Seattle, he combines research-grade education with pragmatic production engineering honed at Meta and earlier systems-architecture and management roles. A less obvious strength is his pattern of making incremental, safety-minded refactors (e.g., detachability APIs and optional parameters) that reduce risk while enabling future evolution.
13 years of coding experience
11 years of employment as a software developer
Master of Science - MS, Computer Science, Master of Science - MS, Computer Science at Stanford University
Wangle is a framework providing a set of common client/server abstractions for building services in a consistent, modular, and composable way.
Role in this project:
Back-end Developer
Contributions:16 commits, 1 PR in 6 years 5 months
Contributions summary:Alan contributed to the `wangle` framework by addressing various aspects of its backend logic. Their work involved modifying the connection management system, implementing graceful shutdown procedures, and fixing bugs related to connection handling. They also made changes to enhance the SSL configuration and improve performance by optimizing memory usage. The contributions demonstrate a deep understanding of the framework's inner workings.
Contributions:15 commits, 2 PRs, 1 push in 3 years 7 months
Contributions summary:Alan primarily contributed to the QUIC transport protocol implementation. Their work involved removing unnecessary includes, addressing specification changes (e.g., removing reset on reset), and splitting the stream state machine into send and receive components. The user also implemented helper functions for stream reset handling, updated related code, and fixed a couple of bugs within QuicTransportBase and QuicStreamAsyncTransport.
quic
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