Quantum Simulator
300+ Qubit Full State Vector Simulator Used For Production Grade Quantum Computing Applications
- Built To Order
- Production Ready
Automatski’s Full State Vector Simulator processes the complete quantum state at every step of the circuit—without approximations, compression, or heuristics. Unlike simulators based on Tensor Networks or other lossy models, our simulator ensures uncompromised accuracy and supports arbitrary circuit depths
Unmatched Quantum Simulation at Full Precision.
- State Held in Memory: The full quantum state is explicitly represented and updated with each gate operation.
- Exponential Scale: As expected, the state space grows exponentially with the number of qubits (2ⁿ).
- No Approximations: We do not employ compression techniques like tensor decomposition, variational heuristics, or Monte Carlo approximations.
- Advanced Capabilities: Supports both non-destructive measurements and non-linear quantum gates—each sufficient for solving NP-complete problems in polynomial time.
- Production-Grade Fidelity: Suitable for high-accuracy quantum algorithm testing, AI frameworks, and secure protocol validation.
Beyond the Limits of Global Supercomputing
As of today, the world’s top supercomputers cannot simulate more than 49–50 qubits at full state vector fidelity:
- Sunway TaihuLight (China):
100 PetaFLOPs, 131,072 nodes, 1 Petabyte of RAM — manages ~49–50 qubits.
By contrast:
- Automatski Full State Vector Simulator:
Achieves 300+ qubit simulations with full state vector precision—something considered impossible globally using conventional hardware.
Mathematical and Algorithmic Breakthroughs
Automatski’s ability to simulate over 300 qubits at full state vector accuracy is enabled by proprietary breakthroughs in mathematics, quantum information theory, and algorithmic optimization—not brute force.
This makes Automatski the only known organization today capable of:
- Executing production-grade quantum computing applications
- Delivering NP problem-solving in polynomial time via simulation
- Supporting quantum AI training and inference frameworks without hardware constraints
Watch Video
300+ Qubit Quantum Simulator – Full State Vector Simulator
Supports Krauss Operators for Noise Simulation. Making it indispensable for designing Quantum Computer Hardware.
Author : Aditya Yadav