Frequently Asked Questions

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 quantum agents achieve over 99,000 tasks per second with a 100% success rate.

Brion Quantum is led by a dedicated team of developers and researchers with expertise spanning quantum computing, AI and machine learning, cybersecurity, and systems engineering. Visit our About page to learn more.

Yes! All our core technologies are open source on GitHub. Our projects use a dual-license model: MIT License + Brion Proprietary Addendum, allowing researchers and developers worldwide to build upon our work.

Quantum Agents are our general-purpose autonomous AI systems that leverage quantum computing for unprecedented performance. They handle computation, research, security, design, and robotics tasks at speeds exceeding 99,912 tasks per second with a 100% success rate across 3,500+ test iterations.

Circuits submitted through this site execute on our own fleet, which is queried live rather than listed by hand:

• Origin Wukong — 166-qubit superconducting processor, available now
• Tianyan Quantum Cloud — 504-qubit superconducting processor, currently offline
• Origin WK_C180_2 — 17-qubit superconducting processor, available now
• Origin PQPUMESH8 — 3-qubit superconducting processor, available now
• Origin HanYuan_01 — 100-qubit superconducting processor, currently offline
• Brion Statevector Simulator — 20-qubit statevector simulation
• Brion GPU Statevector Simulator — 29-qubit statevector simulation
• Brion MPS Simulator — 180-qubit statevector simulation

Those quantum processors are separate chips with no quantum link between them, so their qubits are parallel capacity, not one register. The widest single circuit the fleet can hold is 166 qubits.

We also have 320 TPU chips through the Google TPU Research Cloud (TRC) program across v4, v5e, and v6e generations.

The QVM is a novel quantum computing architecture that bridges quantum and classical computing. It enables scalable quantum computation simulation, hybrid quantum-classical algorithms, and advanced optimization — making quantum computing more accessible without requiring direct quantum hardware access.

Create an account on brionquantum.com, then visit your Dashboard to generate an API key. The Standard tier provides 100 requests per minute, and the Enterprise tier offers 1,000 requests per minute.

Yes! Our core API is free to use with a Standard tier key. All our open-source projects and libraries on GitHub are also free. For higher rate limits or enterprise-level support, contact us to discuss options.

There are several ways to get started:

• Browse our Projects and clone from GitHub
• Read the API Documentation and get an API key
• Explore the Technology page for an overview
• Chat with the Q.A.I. Assistant (bottom right) for guided help

You can reach us through:

• Email: brionquantum@brionquantum.com
• Contact Form: brionquantum.com/contact
• GitHub: github.com/Brionengine
• X/Twitter: @Brionengine

We typically respond within 24-48 hours.

We welcome contributions and collaborations:

• Open Source — Fork our repos, submit PRs, and report issues on GitHub
• Research Partnerships — Joint research, co-authored publications
• Academic — Student projects, lab collaborations
• Industry — Custom solutions, integration consulting

Reach out through our contact form or email us.

We're always looking for talented people passionate about quantum computing and AI. Open source contributions are a great way to get started — contribute to our repos and show us what you can do! For opportunities, reach out at brionquantum@brionquantum.com.