Physical AI & Robotics AI that lifts, sorts, flies and inspects.
Robotics, drones and smart equipment with reasoning built in, for factories, warehouses and field operations that can't wait on a network round-trip.
Let's Build TogetherRobots used to need perfect conditions.Now they adapt to yours.
Robots used to need perfectly structured environments and months of programming for each task. Vision models, foundation models for robotics and cheap edge compute have changed that: machines can now handle variation, recognize objects they weren't trained on and work beside people. The hard part is no longer the robot. It's integrating it with your systems, your safety rules and your people.
What changes for the business
- Automation for tasks too variable for classic robots
- Inspection and monitoring at a scale people can't match
- Robots connected to your ERP, WMS and MES, not running as islands
4 ways in
Each one has its own page, and each page runs the work live. Open one and play with it.
- AI-fused robotics & autonomous equipment integrationRobots that adapt to the line, not the other way round.Vision-guided and AI-enabled robots and autonomous equipment, integrated with your systems and safety processes.Try a robot cell
- Drone & field-operations automationInspect a hundred kilometers before lunch.Drone and remote-sensing programs with AI analysis for inspection, surveying and monitoring of assets in the field.Try a drone survey
- Manufacturing & logistics process automationEvery pallet, every part, every minute accounted for.AI vision, scheduling and control for manufacturing and logistics operations that need higher throughput with fewer errors.Try robots routing a floor
- Spatial computing & XRPut the manual in front of the technician's eyes.Augmented and mixed-reality tools for training, remote assistance and guided work, where they genuinely beat a screen.Try a procedure, worn
What buyers ask first
Can robots handle products that vary a lot?
Increasingly, yes. AI perception lets robots pick mixed items and handle variable parts that traditional fixed-program robots couldn't. We test on your actual products before committing to a deployment.
What can computer vision detect in drone imagery?
Cracks, corrosion, vegetation encroachment, hot spots on thermal imagery, missing components and change over time. Models are trained and validated on imagery of your assets before findings are trusted.
Can machine vision replace manual quality inspection?
For many visual defects, yes, and it inspects every unit instead of a sample. It's validated against your current inspection results before it takes over, and borderline cases can still route to a person.
Where does XR actually pay off?
In a few jobs: remote expert assistance, guided procedures for complex or rare repairs, and training on dangerous or expensive equipment. Outside those, it's usually a demo that doesn't change an operational number.
Let's talk Physical AI & Robotics.
One call with the senior engineer who would run it. You'll leave with a straight answer on what it would take.
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22 practices in all. See every one