
Raymond developed and enhanced robotics and motion control APIs across the viamrobotics/api, viam-cpp-sdk, and viam-labs/motion-tools repositories, focusing on backend and client-server interoperability. He built features such as a joint-position sequencer for robotic arms, centralized pose data access, and visualization helpers for debugging reference frames, using C++, Go, and Protocol Buffers. His work included refactoring API surfaces for maintainability, expanding geometry support for richer data transfer, and clarifying documentation to improve developer onboarding. Through test-driven development and careful dependency management, Raymond delivered robust, well-documented solutions that improved API consistency, visualization capabilities, and integration reliability across multiple services.

July 2025 monthly summary for viamrobotics/api focused on API architecture improvement through centralizing pose-related operations. Delivered Pose API Refactor and Centralization by moving GetPose from the Motion service API to the Robot API, enabling centralized pose data access and streamlined maintenance. This work reduces cross-service dependencies and lays groundwork for unified pose semantics across services. No major bugs fixed this month; minor integration issues were addressed to ensure stability of the new Pose API path. Overall impact includes improved API consistency and maintainability, clearer data ownership for pose information, and a foundation for future optimization of pose handling. Technologies/skills demonstrated include API refactoring, cross-service integration, and diligent change management.
July 2025 monthly summary for viamrobotics/api focused on API architecture improvement through centralizing pose-related operations. Delivered Pose API Refactor and Centralization by moving GetPose from the Motion service API to the Robot API, enabling centralized pose data access and streamlined maintenance. This work reduces cross-service dependencies and lays groundwork for unified pose semantics across services. No major bugs fixed this month; minor integration issues were addressed to ensure stability of the new Pose API path. Overall impact includes improved API consistency and maintainability, clearer data ownership for pose information, and a foundation for future optimization of pose handling. Technologies/skills demonstrated include API refactoring, cross-service integration, and diligent change management.
April 2025 monthly summary for viam-labs/motion-tools. Focused on delivering visualization helpers for debugging reference frames and world geometries, expanding test coverage, and improving code quality. All work tied to business value through faster debugging and more reliable motion-tools releases.
April 2025 monthly summary for viam-labs/motion-tools. Focused on delivering visualization helpers for debugging reference frames and world geometries, expanding test coverage, and improving code quality. All work tied to business value through faster debugging and more reliable motion-tools releases.
March 2025 monthly summary for two repositories: viam-labs/motion-tools and viamrobotics/api. Focused on delivering client-side geometry and data-transfer capabilities, expanding geometry types, and stabilizing module usage and dependencies. Key innovations include Go client enhancements for shape data transfer, geometry rendering, and point cloud support; protobuf mesh type integration for the Geometry API; and a Go module path/dependency fix to ensure reliable builds. These changes collectively improve client-server interoperability, data fidelity for visualization, and API surface coverage with minimal build friction.
March 2025 monthly summary for two repositories: viam-labs/motion-tools and viamrobotics/api. Focused on delivering client-side geometry and data-transfer capabilities, expanding geometry types, and stabilizing module usage and dependencies. Key innovations include Go client enhancements for shape data transfer, geometry rendering, and point cloud support; protobuf mesh type integration for the Geometry API; and a Go module path/dependency fix to ensure reliable builds. These changes collectively improve client-server interoperability, data fidelity for visualization, and API surface coverage with minimal build friction.
December 2024: Navigation Service Documentation Clarification in viam-cpp-sdk. Updated docstrings to clarify Mode and MapType enums and the LocationResponse struct, enabling clearer API usage for developers. Commit 21e7d2f3570050255cab820c64a5f3f4c2b260c3 (RSDK-3589 audit nav service docstrings (#334)). This work improves onboarding, reduces integration errors, and strengthens documentation standards in the repository.
December 2024: Navigation Service Documentation Clarification in viam-cpp-sdk. Updated docstrings to clarify Mode and MapType enums and the LocationResponse struct, enabling clearer API usage for developers. Commit 21e7d2f3570050255cab820c64a5f3f4c2b260c3 (RSDK-3589 audit nav service docstrings (#334)). This work improves onboarding, reduces integration errors, and strengthens documentation standards in the repository.
November 2024 monthly summary for viam-cpp-sdk: Delivered a new Arm Joint-Position Sequencer API (move_through_joint_positions) enabling sequential movement through a series of joint positions with optional maximum velocity and acceleration. Implemented across Arm interface, client, server, and mocks. This work provides a programmable, safe, and efficient path for multi-step arm motions, reducing manual control and enabling higher-level automation. The change is tied to commit 7a55dd4ff87920e0b988b4d9b056560ca546fabb and aligns with PR #324.
November 2024 monthly summary for viam-cpp-sdk: Delivered a new Arm Joint-Position Sequencer API (move_through_joint_positions) enabling sequential movement through a series of joint positions with optional maximum velocity and acceleration. Implemented across Arm interface, client, server, and mocks. This work provides a programmable, safe, and efficient path for multi-step arm motions, reducing manual control and enabling higher-level automation. The change is tied to commit 7a55dd4ff87920e0b988b4d9b056560ca546fabb and aligns with PR #324.
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