Some materials defy classical understanding, governed instead by quantum mechanics and entangled interactions. Automatski’s quantum simulation technology enables precise, first-principles modeling of these exotic systems—unlocking

Robots today can walk, grasp, and navigate—but they still can’t truly think. Automatski is tackling the real challenge in robotics: cognition. By developing AGI systems

Ammonia is vital for both agriculture and clean energy, yet its industrial production is one of the planet’s most carbon-intensive processes. Automatski leverages quantum simulation

While solar energy holds the promise of a sustainable future, today’s technologies fall short of delivering on that vision. Automatski harnesses quantum simulation to engineer

Automatski is transforming protein folding from a statistical guesswork problem into a physics-driven computation. By applying quantum computing to model folding from first principles—with no

Automatski delivers exponential computational advantage in first-principles physics simulations using both classical and quantum methodologies—powering breakthroughs across fundamental and applied sciences.

Delivers near real-time solutions for complex differential equations with exponential speedup—without relying on traditional HPC. Solves large-scale physical and scientific models with unprecedented efficiency.