Catalysis
Catalysis powers the majority of industrial chemical processes—but designing efficient catalysts has traditionally relied on costly experiments and limited classical simulations. Automatski leverages its 300+
Catalysis powers the majority of industrial chemical processes—but designing efficient catalysts has traditionally relied on costly experiments and limited classical simulations. Automatski leverages its 300+
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 has reimagined desalination by engineering a novel, self-sustaining turbine capable of removing salt from seawater without relying on electricity, solar, or any external energy
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
“Automatski solves the greatest challenge in energy science—controlled, net-positive nuclear fusion—by simulating plasma behavior at 200 million degrees using a 300+ qubit quantum simulator. This
Automatski’s Universal Optimization Solver is a production-grade platform capable of solving virtually any optimization problem—discrete, binary, mixed-integer, constrained or unconstrained, linear or nonlinear, multi-objective, or
At Automatski, we’ve rebuilt RL from the ground up using deterministic algorithms. Our approach eliminates the need for massive sampling, reducing sample complexity from exponential
Automatski redefines deep learning by eliminating backpropagation entirely—replacing it with forward-only learning that slashes compute costs, removes the need for GPUs, and enables training of
Scalable system for solving machine learning and linear algebra problems with billions of variables. Offers exponential advantage over traditional HHL algorithm approaches.