About Brion Quantum

Our Mission

Brion Q.A.I.™ (Quantum Artificial Intelligence) and A.Q.I.™ (Artificial Quantum Intelligence) — the world’s first Quantum Artificial Intelligence model. We design Q.A.I. and agent systems as well as various other technologies, pushing the boundaries of quantum computing and artificial intelligence. Our general-purpose quantum agents are capable of completing virtually any task with unprecedented throughput exceeding 99,000+ tasks per second and 100% success rate.

Innovation & Recognition

We are proud members of the Google TPU Research Cloud (TRC) program with access to 320 TPU chips across v4, v5e, and v6e generations. Our quantum infrastructure includes:

• Origin Wukong - 166-qubit superconducting processor (Origin Quantum) — available now
• Tianyan Quantum Cloud - 504-qubit superconducting processor (China Telecom Quantum Group) — offline
• Origin WK_C180_2 - 17-qubit superconducting processor (Origin Quantum) — available now
• Origin PQPUMESH8 - 3-qubit superconducting processor (Origin Quantum) — available now
• Origin HanYuan_01 - 100-qubit superconducting processor (Origin Quantum) — offline
• Brion Statevector Simulator - 20-qubit statevector simulation
• Brion GPU Statevector Simulator - 29-qubit statevector simulation
• Brion MPS Simulator - 180-qubit statevector simulation
• 320 TPU Chips - Google TRC allocation across 6 global zones
• TensorFlow Quantum - Hybrid quantum-classical ML

The quantum processors above are queried live. They are separate chips with no quantum link between them, so their qubits are parallel capacity rather than one register — the widest single circuit the fleet can hold is 166 qubits.

Vision for the Future

We envision a future where quantum-enhanced AI systems solve humanity's most complex challenges—from cryptography and secure data processing to predictive analysis and autonomous decision-making. Our platform represents a paradigm shift in quantum-AI hybrid computing, delivering unprecedented computational capabilities through fault-tolerant quantum processing.

Quantum Agent Benchmarks

Our quantum agents achieve verified, world-class performance metrics (January 2026):

• Computation Agent: 99,912 tasks/sec (TPU-accelerated)
• Research Agent: 51,508 tasks/sec (CPU-based)
• Security Agent: 45,200 tasks/sec (TPU-accelerated)
• Quantum Tool Operations: 762,601 ops/sec
• Fleet Throughput: ~105M tasks/sec (32 TPUs)
• Success Rate: 100% across 3,500+ test iterations

Accessible Quantum Computing

All of our quantum models and systems are designed to run on just 1 or 2 GPUs — no expensive quantum hardware clusters required. Using open-source quantum resources, technologies, and specialized tools, our Q.A.I. models and agents operate without cloud access or direct connections to quantum computers. This makes quantum-grade AI accessible to researchers, developers, and organizations everywhere.

Open Source Commitment

We believe in the power of open collaboration. Our projects are available on GitHub under a dual-license model (MIT + Brion Proprietary Addendum), allowing researchers and developers worldwide to build upon our work while we pursue patents for our innovations.