· FISSION | FUSION · PIML
Integrated nuclear IP. We built web and desktop versions from the same custom core engine we built for . Fission Design Engine (RBMK-1000 drag-drop, save/load, crew sync) and Fusion Design Engine (tokamak, balance-of-plant, 2D layout with 3D preview). Matching Simulation Engines for both reactor types on one pipeline — the product we ship today.
Tokamak fusion: 7D plasma space, 6-state disruption model, INDUCE→AUTOCTRL PIML actuation. Archived fusion runs show AUTOCTRL cycles measured at 789 µs (Nyquist-stable). Missions still execute inside the 550 ms operator window; latency is what we ship.
Fission: three-model PIML ensemble on physics-derived features with explainable safety states. Fusion: fused PIML risk on live telemetry. Nyquist GM/PM verification on imported designs; IAEA-aligned development lifecycle, real-plant validation, and the national path toward research-reactor manufacturing in Tanzania.
42+ archived fusion safety reports · AUTOCTRL down to 789 µs · multi-hour tokamak simulation runs · RBMK fission training stack with Chernobyl-era plant validation.
Quantum Nuclear Technologies
Quantum Nuclear Technologies is our dedicated division. It unifies BizOps discipline, embedded telemetry, gaming-grade real-time engines, and our IP PIML stack into — a working product with Fission and Fusion modes, Design Engine, Simulation Engine, and the full verification toolchain behind this reactor program.
Game technology is what makes possible at interactive speeds. We project Tanzania’s first path to manufacturing research reactors — starting with design-to-simulation maturity already deployed with BSc Physics graduates at the University of Dodoma.
How we got here
The main story is nuclear technology. Here's engineering lineage that made credible.