ODE/PDE-driven analog system supporting 100K+ variables. Efficient and compact computing paradigm for continuous-time physical systems.

A next-gen quantum computer based on the Quantum Harmonic Oscillator, one of the most universal systems in physics. Conceptually powerful but pending breakthroughs for realization.

A bosonic quantum computer capable of supporting millions of Qumodes with no limitations on circuit depth. A fundamentally different approach from qubit-based quantum machines. Still

Approximates the dynamics of time-dependent temporal systems across robotics, aerospace, electrical, and financial domains.

Non-Boolean computational system based entirely on discrete value transitions. Reimagines logic gate fundamentals.

Hyper-computational architecture equivalent in power to quantum and gravity-based computers. Operates under BPP complexity with potential for ZPP refinement.

Quantum-enabled CFD engine requiring only 60–100 qubits to simulate fluid dynamics over trillions of mesh nodes. Demonstrates proven quantum advantage.

Automatski is pioneering deep space propulsion and life-support systems designed to operate in the total energy vacuum of space. Our approach eliminates reliance on solar,

Automatski is pioneering a radically new category of clean energy—one that taps into the quantum structure of spacetime itself. Building on the visionary ideas of