Quantum Intelligence 99,000+ Tasks Per Second
Brion Q.A.I.™ (Quantum Artificial Intelligence) and A.Q.I.™ (Artificial Quantum Intelligence) — the world’s first Quantum Artificial Intelligence model. The model's inference is a quantum circuit executed on a QPU, not a tensor op on a GPU. Trained and served on our own fleet: Origin Wukong, Tianyan Quantum Cloud, Origin WK_C180_2, Origin PQPUMESH8, Origin HanYuan_01, the Brion statevector and MPS simulators, and 320 TPU chips through Google TRC.
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Our Quantum Hardware
Every processor below is queried live. Status reflects whether a circuit submitted right now would actually run.
Brion Statevector Simulator
20 qubits •
Simulator
● Available
— Brion
Brion GPU Statevector Simulator
29 qubits •
Simulator
○ Offline
— Brion
Brion MPS Simulator
180 qubits •
Simulator
○ Offline
— Brion
Origin Wukong
166 qubits •
Superconducting
● Available
— Origin Quantum
Tianyan Quantum Cloud
504 qubits •
Superconducting
○ Offline
— China Telecom Quantum Group
Origin WK_C180_2
17 qubits •
Superconducting
● Available
— Origin Quantum
Origin PQPUMESH8
3 qubits •
Superconducting
● Available
— Origin Quantum
Origin HanYuan_01
100 qubits •
Superconducting
○ Offline
— Origin Quantum
3 quantum processors accepting work right now, 186 physical qubits between them. They are separate chips in separate refrigerators with no quantum link, so that is parallel capacity — the widest single circuit the fleet can hold is 166 qubits.
About Brion Quantum
Brion Q.A.I.™ (Quantum Artificial Intelligence) and A.Q.I.™ (Artificial Quantum Intelligence) — the world’s first Quantum Artificial Intelligence model
Q.A.I. & Agent Systems
We design Q.A.I. and agent systems capable of completing virtually any task with unprecedented throughput exceeding 99,000 tasks per second.
Google TPU Research
Proud members of the Google TPU Research Cloud (TRC) program with access to 320 TPU chips across v4, v5e, and v6e generations.
Quantum Hardware
Circuits run on Origin Wukong, a 166-qubit superconducting processor, alongside Origin WK_C180_2 and PQPUMESH8, plus a 48-GPU statevector fleet for simulation. Availability is reported live, per machine.
Quantum Agent Benchmarks
Verified Performance Metrics — January 2026
Agent Performance Overview
Operations per second across all agent types
Qubit Distribution
365+ qubits across quantum processors
Q.A.I. Model
850 Billion Parameter Q.A.I. & Intelligence
17 integrated models including Llama 3.1 405B, GPT-3 175B, Mixtral 8x22B, and our custom AutonomousQuantumProduction cognitive architecture. Trained on 30+ GB of data via MLPerf v5.1.
Combined classical neural network parameters with quantum state space across 790 QPU qubits (Origin Wukong 166q + Tianyan Quantum Cloud 504q + Origin WK_C180_2 17q + Origin PQPUMESH8 3q + Origin HanYuan_01 100q) — parallel capacity across separate chips, not one register. The quantum Hilbert space alone exceeds the atoms in the observable universe.
Core Technologies
Q.A.I. & Agent Systems — State-of-the-Art Intelligence
Quantum Agents
General-purpose agents achieving 99,912 tasks/sec with 100% success rate
Quantum OS
Multi-backend OS supporting Origin Quantum, Tianyan, the Brion simulators, and TensorFlow Quantum
166-Qubit QPU
Origin Wukong superconducting hardware, with WK_C180_2 and PQPUMESH8 alongside it — status reported live
790 QPU Qubits
Origin Wukong (166q), Tianyan Quantum Cloud (504q), Origin WK_C180_2 (17q), Origin PQPUMESH8 (3q), Origin HanYuan_01 (100q) — separate chips, parallel capacity, not one register
Runs on 1-2 GPUs
All quantum models and systems run on minimal hardware — no expensive clusters required
Ready to Experience Quantum Intelligence?
Explore Brion Q.A.I. and join the quantum computing revolution