Monthly summary for 2026-01 for ahujasid/blender-mcp focusing on privacy, compliance, and maintainability. Delivered Terms of Use and Privacy Policy with Telemetry Consent in the Blender addon, including user rights to access/delete data and an opt-out mechanism for telemetry. Performed targeted repo cleanup by removing sponsor information from README. No major bugs reported this month.

December 2025: Completed a comprehensive README update for ahujasid/blender-mcp, documenting new features, installation steps, remote host usage, and anonymous telemetry for executed tools. This work improves onboarding, deployment clarity, and governance visibility. No major bugs were recorded this month; focus was on documentation, consistency, and preparation for upcoming feature rollouts. The contribution reduces support overhead and accelerates adoption.

Two major features delivered for Blender MCP in 2025-11: Anonymous Telemetry Integration and Tencent Hunyuan3D Model Generation Support. Implemented telemetry collection with new management modules and decorators, along with dependency updates (Supabase, TOML parsing) to enable data collection and insights. Added end-to-end Hunyuan3D workflow including job creation, status polling, and asset import, with both official and local API integrations. Release notes updated to reflect capabilities and changes. This month also laid the groundwork for data-driven decisions through enhanced observability and external API integration.

October 2025 focused on targeted documentation maintenance for the ahujasid/blender-mcp repository. Delivered a documentation cleanup by removing outdated sponsorship acknowledgments from the README to streamline user-facing docs and prevent displaying irrelevant supporters. The change was implemented via commit c559d63131e71a770989cb8b38626ba2ad27ba68, and verified to be non-intrusive to code paths. Overall, this work improves documentation clarity, reduces ongoing maintenance, and keeps branding aligned with current sponsorship status.

August 2025 performance and reliability improvements for ahujasid/blender-mcp. Delivered startup time and reliability enhancements by deferring Blender connection until tools are actively used, added early Blender availability validation at server startup to provide immediate feedback when Blender isn’t running, and updated documentation to acknowledge contributors and clarify safety guidelines. These changes reduced startup latency, improved user experience during addon activation, lowered support burden for Blender-not-running scenarios, and strengthened trust through transparent contributor acknowledgment and safety messaging.

June 2025 monthly summary for ahujasid/blender-mcp: Delivered a major feature enabling Blender viewport screenshot capture with Sketchfab integration, released as version 1.2.0. Documentation improvements added supporter acknowledgments and a Cursor integration installation link. No major bugs fixed this month; focus was on feature delivery and release readiness. This work enhances model discovery and download workflows, reducing manual steps for users and improving onboarding. Technologies demonstrated include Blender API usage, Sketchfab integration, and robust release/docs maintenance.

April 2025 monthly summary for ahujasid/blender-mcp: Delivered a targeted addon refactor and UI cleanup that reduces deprecated functionality and stabilizes the Blender MCP experience. Major changes include removing unused object lifecycle functions (create, delete, modify) and updating the addon version with cleaned server-start/stop UI. These changes lower maintenance cost, improve user experience, and strengthen the codebase for future enhancements.

March 2025 performance summary for the Blender MCP and Servers repositories. Focused on stabilizing core connectivity, enhancing data integrity, enabling distribution-ready packaging, and improving developer onboarding through documentation and readme improvements. Delivered substantial feature work, fixed critical runtime issues, and established groundwork for future velocity and distribution.