
Jordan contributed to the oxidecomputer/propolis repository by developing a minimum viable product for VM attestation, integrating an attestation server and implementing boot disk hashing to enable secure end-to-end integrity verification during deployment and runtime. Their work established a foundation for production-grade attestation with extensible architecture and observability, supporting compliance and trust for customers. Jordan also improved the reliability of standalone Propolis runs by enforcing correct execution context through pfexec, reducing runtime errors and simplifying automation. Throughout these projects, Jordan applied skills in Rust, asynchronous programming, and backend development, demonstrating depth in system design and network programming within a short timeframe.
April 2026: Delivered the VM Attestation MVP for oxidecomputer/propolis with attestation server integration and boot disk hashing. Established an end-to-end attestation workflow, enabling secure VM integrity verification for deployment and runtime. This MVP provides a foundation for production-grade attestation, improving security posture, trust, and compliance readiness for customers. Collaboration included a co-authored commit for the MVP.
April 2026: Delivered the VM Attestation MVP for oxidecomputer/propolis with attestation server integration and boot disk hashing. Established an end-to-end attestation workflow, enabling secure VM integrity verification for deployment and runtime. This MVP provides a foundation for production-grade attestation, improving security posture, trust, and compliance readiness for customers. Collaboration included a co-authored commit for the MVP.
January 2026: Improved reliability of Propolis standalone runs by enforcing correct execution context via pfexec. Delivered a standalone execution context fix with updated run instructions (commit ffcc27be57652b6c63595e254b59ef95c33d8cc1). This change reduces runtime errors, simplifies automation, and strengthens deployment consistency across environments. Technologies demonstrated include pfexec usage, shell instruction updates, and precise commit-level changes to landed code.
January 2026: Improved reliability of Propolis standalone runs by enforcing correct execution context via pfexec. Delivered a standalone execution context fix with updated run instructions (commit ffcc27be57652b6c63595e254b59ef95c33d8cc1). This change reduces runtime errors, simplifies automation, and strengthens deployment consistency across environments. Technologies demonstrated include pfexec usage, shell instruction updates, and precise commit-level changes to landed code.

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