Quantum Inspired Classical Computer
Harness Quantum Power—Without Quantum Hardware
- Built To Order
- Production Ready
Automatski’s Quantum Inspired Classical Computer delivers the computational power of a universal quantum system—without a single qubit. Built on proprietary classical circuits, this platform offers deterministic outputs that match those of quantum systems, without the instability or hardware constraints of actual quantum machines.
We don’t simulate quantum behavior—we replicate its power in a classical framework. Production-ready, deployable today, and tailor-made for high-performance computing needs across industries.
The Quantum Inspired Classical Computer is not a quantum simulator. It’s a fundamentally different architecture—one that leverages deep insights from quantum theory to re-engineer classical circuits capable of performing the same computations as universal quantum computers.
No decoherence.
No cryogenic cooling.
No probabilistic noise.
Just pure, deterministic computation with quantum-grade complexity and precision.
- Identical computational power to universal quantum systems
- No quantum hardware required—runs on stable classical infrastructure
- Deterministic results without probabilistic errors
- Instant scalability with current hardware ecosystems
- Accessible quantum-class computation for industries like pharma, finance, aerospace, and AI
- Built-to-order for your specific problem class and domain needs
Unlike NISQ systems still grappling with basic stability, Automatski’s platform delivers the quantum advantage without the quantum burden. It’s production-ready, field-tested, and solving real-world problems today.