AI Robotic Claw Setup
Budget: $30 – $250 USD
I’m looking for a proven team to configure and secure an AI-driven open-claw system from end to end. The build must meet industrial safety standards, pass every functional test, and be ready for immediate deployment once delivered.
My key requirements are simple but non-negotiable:
• You already hold 1,000+ verifiable reviews demonstrating consistent, high-quality work.
• Your operation is based in the United Kingdom or Pakistan, as quick on-site or time-zone-aligned collaboration may be required.
Scope of work
1. Evaluate my current hardware plans and confirm compatibility with your preferred AI control stack.
2. Implement the full claw control logic, fail-safe routines, and sensor feedback loops in a maintainable codebase.
3. Provide a clear, device-level safety protocol, including emergency-stop integration and power-loss recovery.
4. Run onsite or live-streamed acceptance tests showing accuracy, repeatability, and speed metrics.
5. Deliver complete documentation plus a brief hand-over session so my in-house engineer can operate and fine-tune the system confidently.
Acceptance criteria
• Claw must achieve the specified grip force and positional tolerance without overheating.
• All safety interlocks trigger within the defined response window.
• Source code, wiring schematics, and calibration data are supplied in an organised repository.
If your team fits the location and review profile, tell me which AI libraries, motion-control boards, and safety directives you normally work with, and outline your proposed timeline. I’m ready to move quickly once I know the project is in experienced hands.
My key requirements are simple but non-negotiable:
• You already hold 1,000+ verifiable reviews demonstrating consistent, high-quality work.
• Your operation is based in the United Kingdom or Pakistan, as quick on-site or time-zone-aligned collaboration may be required.
Scope of work
1. Evaluate my current hardware plans and confirm compatibility with your preferred AI control stack.
2. Implement the full claw control logic, fail-safe routines, and sensor feedback loops in a maintainable codebase.
3. Provide a clear, device-level safety protocol, including emergency-stop integration and power-loss recovery.
4. Run onsite or live-streamed acceptance tests showing accuracy, repeatability, and speed metrics.
5. Deliver complete documentation plus a brief hand-over session so my in-house engineer can operate and fine-tune the system confidently.
Acceptance criteria
• Claw must achieve the specified grip force and positional tolerance without overheating.
• All safety interlocks trigger within the defined response window.
• Source code, wiring schematics, and calibration data are supplied in an organised repository.
If your team fits the location and review profile, tell me which AI libraries, motion-control boards, and safety directives you normally work with, and outline your proposed timeline. I’m ready to move quickly once I know the project is in experienced hands.