
Curtis developed the Codex Streaming Resilience feature for the NousResearch/hermes-agent repository, focusing on improving reliability in Codex API communications. Using Python and leveraging skills in API integration and network programming, Curtis implemented retry logic for transport errors and introduced a fallback streaming method to handle transient network or server issues. This approach hardened the transport layer, reducing streaming failures and enhancing end-user experience. Curtis also created regression tests to ensure robust handling of transport drops, demonstrating a disciplined approach to testing and reliability engineering. The work addressed critical failure modes and contributed to more resilient backend service interactions.
March 2026: Delivered Codex Streaming Resilience feature in Hermes Agent with retry on transport errors and a fallback streaming method to improve Codex API reliability under transient network/server issues. Hardened codex transport handling and added regression tests for transport drop. These changes reduce streaming failures, enhance resilience, and improve end-user experience. Demonstrated strong reliability engineering, testing discipline, and collaboration with backend services.
March 2026: Delivered Codex Streaming Resilience feature in Hermes Agent with retry on transport errors and a fallback streaming method to improve Codex API reliability under transient network/server issues. Hardened codex transport handling and added regression tests for transport drop. These changes reduce streaming failures, enhance resilience, and improve end-user experience. Demonstrated strong reliability engineering, testing discipline, and collaboration with backend services.

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