Turning humanoidsinto maintenancetechnicians.
A robot can see a machine. That doesn't mean it knows what's wrong with it. We're building the Physical AI layer that closes that gap.
The next job for humanoidsisn't on the assembly line.
An underserved market
Most robotics companies are building for line operators. Industrial maintenance is still largely untapped.
A severe labor shortage
The work takes specialized expertise and years of accumulated knowledge. Skilled technicians are hard to replace.
Superior unit economics
Maintenance technicians command far higher hourly rates than line operators, which makes the case for automation.
Built for lights-out environments
From nuclear facilities to remote data centers, unmanned sites need maintenance that human-operated workflows can't reach.
The robot brings the movement.
We bring the maintenance intelligence.
combines physical AI, industrial maintenance expertise and eight sensing modalities in a single device, so people and robots can inspect, diagnose and perform precision maintenance on complex industrial equipment.
The physical AI intelligence layer
BOLTX bridges general-purpose robotics and specialized industrial maintenance, so a robot can inspect, diagnose, troubleshoot and support precision maintenance on complex assets.
Unlocking 50%+ of maintenance workflows
Inspection, predictive maintenance and troubleshooting account for a large share of maintenance work, a compelling opportunity for humanoid automation.
Built for robotic integration
One multimodal payload replaces five to eight specialized maintenance tools, with hardware and software designed to integrate with robotic platforms.
Robots need more than visionto understand the physical world.
Building capable physical AI takes more than visual data. We capture multiple sensing modalities to build a richer, asset-specific view of industrial equipment, its condition and the maintenance tasks performed on it.
Multimodal data capture
Vision, thermal, acoustic, electrical, magnetic and vibration signals from a single device.
Real-world maintenance tasks
Thermographic inspections, leak detection, predictive maintenance on rotating assets, precision lubrication, shaft alignment, rotor balancing and troubleshooting of electrical equipment.
From sensor signals to real work
Each capture links to a specific asset and the task performed on it, connecting sensor data to real maintenance workflows.