Where Deep Science Meets Working Systems

We build advanced computational systems — quantum, classical, and hybrid — to solve complex, real-world problems across science, industry, and national infrastructure.

Pioneering Solutions Across Domains

Bioinformatics Finance Logistics/Supply Chain Energy Nuclear Fusion Climate/Carbon Capture Superconductivity Robotics Physics Mathematics Chemistry Materials Battery Design Drug Discovery Bioinformatics Finance Logistics/Supply Chain Energy Nuclear Fusion Climate/Carbon Capture Superconductivity Robotics Physics Mathematics Chemistry Materials Battery Design

Solar Cell Design Super Alloys Protein Folding Medical Imaging Manufacturing AI Deep Learning Machine Learning Blockchains Cryptography Optimization Complexity Theory Computer Science Solar Cell Design Super Alloys Protein Folding Medical Imaging Manufacturing AI Deep Learning Machine Learning Blockchains Cryptography Optimization Complexity Theory Computer Science

Not just quantum-ready.
Quantum-capable.

From AI and deep learning to quantum computing and optimization, we’ve built platforms that move past theoretical limitations—into production-ready, real-world systems.

Whether it’s simulating quantum-scale physical systems, solving million-variable optimization problems, or rethinking the foundations of machine learning, our systems are engineered to deliver measurable outcomes.

Our Approach
Engineering, Not Hype.

We solve what others avoid—using mathematically grounded models, custom-built platforms, and technical clarity. We don’t sell slides, we build systems.

Model-Driven Design

Verifiable & Scalable Systems

Purpose-Built for Real-World Constraints

Designed for Production, Not Demos

Built for What’s Next:

We’ve developed a full suite of high-performance computational systems:

Quantum Annealer(s)

We solve what others avoid—using mathematically grounded models, custom-built platforms, and technical clarity. We don’t sell slides, we build systems.

Production-Ready

Quantum Computer

Universal quantum computing system with over a billion qubits and tunable infinite precision. Enables unrestricted-depth quantum logic processing.

Production-Ready

Machine Learning & Linear Algebra

Scalable system for solving machine learning and linear algebra problems with billions of variables. Offers exponential advantage over traditional HHL algorithm approaches.

Production-Ready

Quantum Inspired Classical Computer

Classical circuit-based system equivalent in computational power to a universal quantum computer. Deterministic outputs like quantum systems without requiring quantum hardware.

Production-Ready

Ordinary / Partial Differential Equation Solvers (ODE / PDE)

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.

Production-Ready

Quantum Deep Learning

Automatski eliminates backpropagation with forward-only learning, enabling massive models on standard hardware. Our quantum-ready framework brings true quantum advantage and hardware-agnostic deployment.

Experimental

Constrained Optimization & Constraint Solvers

Solves non-convex, non-linear global optimization problems with Boolean, discrete, or mixed variables—at scale (100K+ variables)—in polynomial time.

Production-Ready

Probabilistic Turing Machines

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

Experimental

Probabilistic Computing

Probabilistic inference engine with >1 million variable support. Solves NP-hard posterior estimation problems efficiently and can be deployed in any programming language.

Production-Ready

Computational Fluid Dynamics

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

Production-Ready

Quantum Algorithms

Redefines quantum circuit design by reducing T-count by 100x–1000x, ensuring hardware-agnostic compatibility, precise equivalence, and scalable efficiency for real-world quantum applications.

Production-Ready

Infinite Clean Energy

Automatski is unlocking clean energy directly from the quantum structure of spacetime.  A limitless, decentralized alternative that transcends traditional renewables.

Experimental

Why Automatski

We don’t follow trends—we build new paths.

We don’t rely on off-the-shelf methods. Most of today’s widely-used algorithms are not designed for the scale, accuracy, or physical realism demanded by the real world. Automatski rethinks the fundamentals—from mathematics and physics to algorithm design and hardware integration.

Computational Sovereignty

We build independent, end-to-end systems—ensuring zero reliance on foreign platforms or third-party ecosystems.

Full control, from core compute to application logic.

Production-Grade Technology

Our systems are not demos or whitepapers—they run in live environments solving critical, high-scale problems.

Designed for durability, scalability, and measurable performance.

Designed for Impact 

We focus on large-scale challenges where real-world outcomes matter.

Every solution targets meaningful problems in science, society, or infrastructure.

Ethical Foundations

We anchor every system in fairness, integrity, and responsible innovation.

No shortcuts—only long-term value aligned with public good.

Where Deep Science Meets Working Systems

Pioneering Solutions Across Domains

Not just quantum-ready.
Quantum-capable.

Our Approach
Engineering, Not Hype.

Built for What’s Next:

Quantum Annealer(s)

Quantum Computer

Machine Learning & Linear Algebra

Quantum Inspired Classical Computer

Ordinary / Partial Differential Equation Solvers (ODE / PDE)

Quantum Deep Learning

Constrained Optimization & Constraint Solvers

Probabilistic Turing Machines

Probabilistic Computing

Computational Fluid Dynamics

Quantum Algorithms

Infinite Clean Energy

We don’t follow trends—we build new paths.

Discover Real-World Use Cases

Book a Deep Tech Consultation with us

Where Deep Science Meets Working Systems

Pioneering Solutions Across Domains

Not just quantum-ready. Quantum-capable.

Our Approach Engineering, Not Hype.

Built for What’s Next:

Quantum Annealer(s)

Quantum Computer

Machine Learning & Linear Algebra

Quantum Inspired Classical Computer

Ordinary / Partial Differential Equation Solvers (ODE / PDE)

Quantum Deep Learning

Constrained Optimization & Constraint Solvers

Probabilistic Turing Machines

Probabilistic Computing

Computational Fluid Dynamics

Quantum Algorithms

Infinite Clean Energy

We don’t follow trends—we build new paths.

Discover Real-World Use Cases

Book a Deep Tech Consultation with us

Not just quantum-ready.
Quantum-capable.

Our Approach
Engineering, Not Hype.