Alexandra Lee is a Principal Engineer at AWS in Seattle, focused on API Gateway and API platform reliability with eight years of industry experience. She pairs cloud-scale systems work with an academic background in robotics and embedded systems—specializing in localization and computer vision—holding a BE from the University of Pennsylvania and an MS in Computer Science from Harvard. At AWS she has driven IoT and web performance initiatives, delivering measurable reductions in page load times and improving device integration at scale. An active open-source contributor to AWS's widely used s2n-tls, she implemented ECDSA signing/verification, refactored socket I/O into separate read/write contexts, and added custom I/O callbacks to increase flexibility and maintainability. This blend of low-level security and embedded-systems thinking with platform engineering lets her bridge device constraints and cloud API design to build robust, secure services.
Contributions:25 reviews, 118 commits, 56 PRs in 3 years 3 months
Contributions summary:Alexandra's contributions primarily involve implementing and refactoring core functionality within the s2n-tls library. They added the ability to set custom I/O callbacks for send/recv operations, demonstrating a focus on flexibility and customization. Further contributions include the refactoring of the socket I/O context, which involved refactoring the `s2n_socket_io_context` into separate contexts for read/write operations, suggesting enhancements for maintainability and performance. The commits also include the implementation of ECDSA signatures and verification capabilities, indicating a strong focus on enhancing the security features of the TLS/SSL protocols.
Contributions:189 pushes, 48 branches in 3 years 1 month
sslja3tlsssl-tlstls13
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