February 2026 was focused on delivering a secure, scalable embedded authorization stack for ToolHive with strong business value. We shipped an Embedded Authorization Server Core for MCP Runners (OAuth2/OIDC) and an integration path to empower per-MCP server authorization. The runtime wrapper translates serializable configuration to runtime, supports key loading from PEMs with rotation, reads HMAC secrets, resolves upstream client secrets, performs automatic OIDC discovery, and supports both OAuth2 and OIDC upstream providers. We integrated this with the MCP runner to enable per-server OAuth2/OIDC authorization when configured, and added integration tests to validate end-to-end behavior. Additionally, we introduced Redis Sentinel-backed storage backend to enable horizontal scaling and failover; added operator/controller integration and CRD types for Redis-backed storage; and implemented comprehensive integration tests (including Testcontainers-based validation) for Redis storage and embedded auth flows. We extended the JWKS validator to accept ECDSA keys to align with the auth server key types. Documentation for the Embedded Authorization Server was published, completing RFC THV-0031. These deliverables improve security posture, simplify identity orchestration, enable scalable multi-tenant deployments, and reduce operational overhead for auth state management.

January 2026 focus: deliver secure, composable authentication integration features for the MCP proxy stack. Implemented transport-level extensibility and embedded auth server capabilities to enable seamless OAuth2/OIDC workflows with upstream identity providers.

December 2025: Delivered the Output field for VirtualMCP CRDs to support structured outputs for composite tools, aligned with existing internal implementation, enabling users to define structured schemas via Kubernetes CRDs and improving automation and interoperability across the stacklok/toolhive toolchain.

November 2025 performance snapshot for stacklok/toolhive: Focused on delivering scalable, observable, and developer-friendly enhancements to Virtual MCP Composite Tools and Discovery Manager. Key deliverables include Phase 2 of advanced workflow features with DAG-based parallel execution, comprehensive step dependencies, robust error handling, and pluggable in-memory state management; a per-user in-memory cache for capability aggregation to speed up Discovery Manager; support for structured output schemas and template-driven, type-safe outputs for composite tool workflows; and workflow-level metadata exposure in output templates to improve observability. Completed extensive test coverage (unit, integration, and end-to-end) and updated docs to drive adoption. The work drives business value by reducing workflow run times, increasing scalability, improving data consistency, and enhancing client integration. No major bugs reported; focus on stability enhancements and performance optimizations.

October 2025 monthly summary for stacklok/toolhive. Focused on stabilizing e2e testing workflow and strengthening contribution governance. Delivered a bug fix to align the End-to-End Testing Framework by correcting the chainsaw install path and updating the Go installation command to point to the correct repository, ensuring end-to-end tests run with the intended testing framework. Implemented a new /check-contribution command to automatically verify contribution practices for the operator chart, including commit signature verification, Helm template rendering, chart linting, up-to-date documentation, and proper chart version bumps, enforcing CONTRIBUTING.md guidelines. These efforts improve release reliability, reduce flaky tests, and tighten release governance.