Universal Robots
MCP server implementation by Anthony Zhuang that provides AI assistants with complete control over Universal Robots industrial robotic arms through real-time data exchange (RTDE), dashboard commands, and URScript programming interfaces. The implementation includes a comprehensive URBasic library that handles TCP/IP connections for robot control, real-time data monitoring of joint positions and TCP poses, safety status management, and advanced features like force-controlled movements and remote servoj operations for precise joint control. Built with multi-threaded architecture supporting simultaneous data streaming and command execution, the server enables AI assistants to perform complex robotic tasks including trajectory planning, force sensing applications, and industrial automation workflows where programmatic control of Universal Robots hardware is required.
Composite of vulnerability cleanliness, spec conformance, provenance, stability, and usage signals — scanned and weighted by Cognium. Human and agent signals are tracked separately.
View full trust & usage report →Metadata
- Version
- 1.0.0
- Skill type
- atomic
- Execution layer
- mcp-remote
- Category
- iot-hardware
- Source
- PulseMCP
- Author type
- human
- Updated
- 2026-04-25
Use via MCP
Resolve Universal Robots from your agent
Streamable HTTP transport at https://api.skillsregistry.net/mcp. No auth for read tools. Discovery: .well-known/mcp.json.
One command in your shell — Claude Code wires it up and verifies the connection. Run /mcp in any session to confirm.
claude mcp add --transport http --scope user skillsregistry https://api.skillsregistry.net/mcp --scope user for --scope project to commit it to .mcp.json.