Trident Build is the first autonomous construction platform to combine ground, air, and marine robotics under one AI brain — with quantum optimization, quantum sensing, and post-quantum security built into the roadmap.
Every home is decomposed into thousands of tasks and dispatched across an autonomous fleet in real time.
Autonomous excavation, foundation printing, framing, and finishing — continuous shifts with millimeter repeatability.
Site survey, material lifts, roof and facade work, and continuous computer-vision quality inspection.
Self-directed marine delivery to waterfront, island, and flood-zone sites that trucks can't economically reach.
Construction orchestration is a massive combinatorial optimization problem — exactly where quantum methods deliver their earliest practical wins. Trident integrates quantum as a staged capability, with each phase paying for itself.
Quantum-inspired and hybrid quantum-classical solvers schedule hundreds of robots, drones, and deliveries — squeezing 5–15% more utilization from every fleet, today.
Quantum IMUs, magnetometers, and atomic clocks give our fleet GPS-denied navigation — inside multi-story builds, in urban canyons, and on subsea/coastal routes.
Quantum simulation drives R&D on low-carbon concrete and advanced composites — proprietary materials IP from the same platform that builds the homes.
Every fleet command-and-control link is protected with post-quantum cryptography from day one — a safety-critical fleet, future-proofed.
QPUs handle the hardest scheduling instances; classical HPC and AI handle the rest — the hybrid pattern the quantum industry standardized on in 2026.
We don't build quantum hardware. We ride the maturity curve through QPU cloud providers and sensor vendors — low capex, fast adoption.
U.S. provisional patent application No. 64/105,529 (filed July 6, 2026) covers quantum computer and quantum technologies applied to constructing, building, repairing, and replacing physical components in housing, plumbing, electrical, and automobiles — protecting today's platform and tomorrow's adjacent markets.
| Phase | Timeline | Capability | Payoff |
|---|---|---|---|
| 1 — Quantum-inspired | Now | QUBO / annealing solvers on classical hardware | Immediate fleet-utilization gains |
| 2 — Hybrid cloud QPU | Y2–Y3 | QPU-as-a-service for hardest schedules | Faster re-planning at 100+ robot scale |
| 3 — Quantum sensing | Y2–Y4 | Quantum IMUs, magnetometers, atomic clocks | GPS-denied, jam-resistant autonomy |
| 4 — Materials & design | Y3–Y5 | Quantum chemistry & structural simulation | Proprietary low-carbon materials IP |
A labor-starved $900B industry, ready for autonomy.
Serviceable market — U.S. residential construction automation
Unfilled U.S. construction jobs
Gross margin per home at scale
Competitors automate a single modality. None has a quantum roadmap.
| Company | Ground | Air | Water | One AI Brain | Quantum Roadmap |
|---|---|---|---|---|---|
| 3D-printing robots (ICON, Diamond Age) | ✔ | ✘ | ✘ | ✘ | ✘ |
| Drone platforms (inspection-focused) | ✘ | ✔ | ✘ | ✘ | ✘ |
| Marine autonomy (non-construction) | ✘ | ✘ | ✔ | ✘ | ✘ |
| Trident Build | ✔ | ✔ | ✔ | ✔ | ✔ |
Fund the prototype fleet, first builds, and the quantum technology work-stream.
Revenue trajectory, Year 1 to Year 5
Delivery run-rate by Year 5 across 3 markets
Dedicated allocation for optimization, sensing pilots & PQC
Provisional filed July 2026; quantum construction IP spanning housing, plumbing, electrical & automotive