Data centers are the largest infrastructure build of our era — and they're stuck waiting on steel.

Hyperscalers go from design freeze to construction in six months. But the structural steel that frames every data center still comes out of shops that run like workshops: manual welding, fragmented operations, 12–24 week lead times. Fabrication — not steelmaking, not construction — is the step that breaks the schedule.

Steel Robotics fixes it. We build AI-native steel factories that combine production-grade adaptive welding robots, digital-twin simulation, and an AI-MES layer that orchestrates the entire floor — intake, cutting, welding, assembly, QA. AI plans. Robots execute. The system runs the factory.
What that means for data center steel:

• Lead times of 4–6 weeks, not 12–16
• 2.5–5× the throughput of manual welding lines
• 15–20% lighter, optimized welded structures

This isn't a concept. Our team has put 100+ welding robots into production across 17+ US states and three continents, backed by eight years of production data. We've solved the hardest piece — high-mix welding automation — and we're building the AI that orchestrates everything around it.
Our path: build the reference factory, prove the standard on real data center orders, then scale horizontally through partner factories that meet it.
Building the AI-native factory stack for industrial construction. Starting from data centers.
Backed by Draper Associates, Iterative, and Hub71.

Steel Robotics

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Steel Robotics

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