
Developed a cross-platform cryptographic random number generator for the LadybirdBrowser/ladybird repository, focusing on enhancing portability and simplifying build processes. The work involved merging LibCrypto/SecureRandom functionality into AK/Random, thereby eliminating OpenSSL dependencies and reducing external maintenance requirements. A dedicated testing suite was implemented to ensure the reliability and consistency of the RNG across different environments. This approach improved the security posture of the project while enabling uniform cryptographic behavior regardless of platform. The project leveraged C++ for system programming and cryptography, with an emphasis on robust testing practices to validate the new implementation and streamline future development efforts.
In 2026-01, delivered cross-platform cryptographic RNG by merging LibCrypto/SecureRandom into AK/Random, removing OpenSSL dependencies to simplify builds and improve portability. Implemented a dedicated testing suite to validate RNG reliability across platforms. These changes reduce maintenance burden, enhance security posture, and enable consistent cryptographic behavior across environments.
In 2026-01, delivered cross-platform cryptographic RNG by merging LibCrypto/SecureRandom into AK/Random, removing OpenSSL dependencies to simplify builds and improve portability. Implemented a dedicated testing suite to validate RNG reliability across platforms. These changes reduce maintenance burden, enhance security posture, and enable consistent cryptographic behavior across environments.

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