AI systems leveraging quantum principles like tensor networks, sampling, and dequantization on classical hardware. Enables smaller models, faster inference, and improved generalization—today.

A Quantum Computer designed to introduce faults within controlled limits—pushing the machine beyond standard Turing limits into the Super Turing class. Unlike generic NISQ systems,

A logically reversible computer designed for ultra-efficient computation, especially in cryptography and inverse problems. It does not yet achieve full physical reversibility but delivers profound

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

This is Full Quantum AI—running on Production-Grade Quantum Computers. Designed to deliver exponential computational advantage with drastically lower complexity and smaller model sizes. While the

Brain-inspired high-dimensional vector-symbolic architecture enabling advanced reasoning, memory, and learning. Powerful for drug discovery, cancer modeling, and bioinformatics at scale.

Supports 100K+ qubits for simulating quantum chemistry, material science, optimization, sampling, and quantum dynamics. High-resolution analog modeling platform.