
Worked on the scroll-tech/scroll-proving-sdk repository to deliver two core features over two months, focusing on fork-readiness and cloud deployment enhancements. Upgraded dependencies and streamlined the prover-coordinator workflow to prepare for the Feynman fork, removing legacy configurations and simplifying internal data flows using Rust and YAML. Later, introduced cloud prover platform capabilities by integrating Docker and Helm, enabling scalable, reliable deployments and improving configuration management for cloud-based proving workflows. Emphasized containerization and standardized deployment tooling to reduce operational risk and accelerate onboarding. The work addressed both infrastructure modernization and operational efficiency, with a focus on maintainability and deployment reliability.
March 2026 monthly summary for the Scroll Proving SDK focusing on Cloud Prover Platform Enhancements. Delivered cloud deployment capabilities with containerization and standard deployment tooling, improving scalability and reliability of cloud-based proving workflows.
March 2026 monthly summary for the Scroll Proving SDK focusing on Cloud Prover Platform Enhancements. Delivered cloud deployment capabilities with containerization and standard deployment tooling, improving scalability and reliability of cloud-based proving workflows.
In August 2025, delivered fork-readiness enhancements for the scroll-proving-sdk by upgrading dependencies and streamlining the prover-coordinator workflow to prepare for the Feynman fork. The effort reduces operational risk and speeds up fork readiness by removing legacy configurations and simplifying setup across components (OpenVM, L2geth related features) and internal data flows.
In August 2025, delivered fork-readiness enhancements for the scroll-proving-sdk by upgrading dependencies and streamlining the prover-coordinator workflow to prepare for the Feynman fork. The effort reduces operational risk and speeds up fork readiness by removing legacy configurations and simplifying setup across components (OpenVM, L2geth related features) and internal data flows.

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