A quantum and classical computing platform that directs robots, drones, and watercraft to construct, repair, and maintain physical infrastructure across the trade industries.
Trident‑Build combines quantum computing, classical computing, and quantum sensing to run physical procedures in the trade industries — plumbing, electrical work, masonry, welding, heavy‑equipment operation, HVAC service, and automobile repair, among others.
The platform can assist a human operator, work fully autonomously, or run as a mix of both. It trains on data from past procedures, senses real‑world conditions as work happens, and directs the machines that carry out the task — pouring concrete, running wire, laying pipe, or repairing a vehicle.
Quantum imaging and the Universal Multi‑Purpose Matter Detection Apparatus (UMMDA) capture precise, real‑time conditions before, during, and after a physical procedure — feeding the platform accurate data on what's actually there.
Hybrid quantum and classical algorithms compare live conditions against trained and simulated data, running large sets of calculations at once so every component fits and every step stays within tolerance.
Robots, drones, and watercraft carry out the physical work. Larger jobs are validated first at small scale with 3D‑printed replicas before full construction, repair, or maintenance begins.
Filed with the USPTO in 2026. A provisional application establishes an early filing date and is not an issued patent — each is patent‑pending.
Also reachable through this platform's other names: trident‑build.com and qu‑app.com.