Kyle Nekritz is a software engineer with 12 years of production experience, currently building secure, high-performance backend systems at Facebook in New York. He specializes in C++ systems programming and TLS/HTTP transport layers, with notable open-source contributions to widely used Facebook projects like fizz, fbthrift, proxygen, wangle, and folly. His work focuses on hardening security, improving TLS implementations, and refining server transport and session handling—often addressing portability, edge cases, and performance trade-offs. Trained as a computer engineer (BSE) with an MSE in CSE from the University of Michigan, he has a background that blends low-level networking, protocol correctness, and pragmatic engineering for large-scale services. An underappreciated strength is his attention to subtle operational details—build portability and Android-specific fixes—that keep complex distributed systems reliable in the real world.
12 years of coding experience
1 year of employment as a software developer
BSE, Computer Engineering, BSE, Computer Engineering at University of Michigan
Contributions:38 commits, 2 PRs, 1 push in 3 years 8 months
Contributions summary:Kyle primarily contributed to the C++14 implementation of the TLS-1.3 standard, focusing on core aspects of the protocol. Their work included removing unnecessary components like the transcript buffer, implementing the final RFC version with server and client context modifications, and adding initialization for crypto utilities. They also addressed build issues and Android-specific portability concerns.
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 & Security Engineer
Contributions:42 commits in 4 years 10 months
Contributions summary:Kyle's contributions primarily involve enhancing the security and functionality of the Wangle framework, specifically focusing on TLS (Transport Layer Security). Their work includes logging TLS signature algorithms, enabling client hello parsing by default, and adding a framework for switching certificates based on the signature_algorithms TLS extension. Additionally, the user refactored the acceptor code to allow for more flexibility and also removed older APIs in favor of newer alternatives.
client-serverframeworkconsistentcomposablemodular
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