The First Extremely Vertically Integrated Quantum Supercomputing Company
Building the World's FirstHybrid Quantum Supercomputers
From proprietary modular quantum processors and advanced cryogenics to real-time control electronics tightly coupled with NVIDIA GPUs via NVQLink — deployed to commercial data centers worldwide.
Our Vision
Quantum: The Inevitable Future of Computing
The quantum computing market is projected to reach $20.2B by 2030, growing at 40%+ annually. Anyon is positioned to lead this transformation with the first commercially deployed hybrid quantum supercomputers integrated with NVIDIA's most advanced infrastructure.
Source: MarketsandMarkets, Quantum Computing Market (2025)
1M+
Qubit quantum supercomputing over an entanglement network between modular systems
1st
World-first tightly-coupled quantum-classical computer in a commercial data center
1 of 4
Among the first physical QPU backends integrated with NVIDIA CUDA-Q
1225+
Qubits per modular QPU — scaling from 49 via entangled chiplet stacking
2020
Scientific HPC
- COVID drug screening
- Climate & nuclear simulation
2022
Exascale Era
- Frontier — 1.1 EFlop/s
- Drug discovery & fusion
2025
AI Supercomputing
- LLM training, digital twins
- 3 exascale systems live
Jan 2026
Commercial Deployment
- World's first tightly-coupled quantum-classical data center
Horizon
Hybrid Quantum Supercomputing
- Quantum advantage at scale
- Beyond classical limits
Technology Stack
Vertically Integrated Supercomputing
Quantum Processors
Proprietary parametric entangling gates with modular chiplet architecture. Scalable from 49 qubits to 1225+ qubits through entangled chiplet stacking in a QPU module, enabling 1-million-qubit quantum supercomputing through quantum interconnects between modules.
Advanced Cryogenics
Proprietary cryogenic technologies optimally shield quantum processor modules, enable modular quantum networking, and seamlessly integrate them with I/O systems in low temperatures.
NVIDIA GPU Integration
First NVQLink-based tightly coupled hybrid quantum-classical computing deployed to commercial data centers, a solid path to upgrade today's AI supercomputers into hybrid quantum-AI supercomputers for emerging compute-driven industry applications.
System Overview
Hybrid Quantum Supercomputer
Not one giant chip — a cluster of interconnected computing infrastructure. Modular quantum nodes and NVIDIA GPU servers, woven together by quantum and classical interconnects, scaled out like modern AI supercomputers.
Power Next Supercomputer
NVQLink integration making the quantum computer an integral part of modern accelerated supercomputers
Scalable Architecture
Modular quantum computing over an entanglement network unlocks quantum supercomputing at industrial-scale
Commercial Ready
Validated and deployed to existing commercial data centers
Quantum-Enhanced Applications
Transforming Industries
Explore the entanglement network of industries a quantum supercomputer unlocks — select a node to see the research charting each frontier.
Artificial Intelligence & Machine Learning
Quantum processors expand the feature spaces and linear-algebra primitives behind modern machine learning, opening model classes and training methods beyond classical reach.
Selected literature
- Hybrid quantum reinforcement learningJ. Kulcsar, J. Luo et al. (Anyon) · arXiv:2503.09119 (2025)A hybrid RL model uses a QPU as a quantum sampler in place of the classical sampling layer, trained on a Humanoid RL benchmark.
- Shallow-circuit supervised learning via sample-based quantum diagonalizationA. Shajan et al. · arXiv:2512.17130 (2026)Supervised learning with SQD on ≤ 50 qubits, overcoming previously known obstacles.
- Quantum advantage in learning from experimentsH.-Y. (Robert) Huang et al. (Caltech) · Science 376, 1182 (2022)Rigorous, hardware-demonstrated quantum advantage for learning tasks over any classical method.
- Exponential quantum advantage in processing massive classical dataH. Zhao et al. (Caltech & Google Quantum AI) · arXiv:2604.07639 (2026)A poly-logarithmic-size quantum computer performs large-scale classification and dimension reduction on massive classical data by processing samples on the fly — provably impossible for any classical machine that isn't exponentially larger. Demonstrated on movie-review sentiment and single-cell RNA-seq with fewer than 60 logical qubits.
Ecosystem
Partnering with Industry Leaders
Working alongside leading partners across quantum computing, AI infrastructure, and academic research.
FAQ
Frequently asked questions
What does Anyon Technologies do?
What is a hybrid quantum-classical supercomputer?
What is Anyon's Modular Quantum Network (MQN) architecture?
How do Anyon's systems work with NVIDIA?
Where is Anyon Technologies based, and when was it founded?
How many qubits does Anyon's quantum computer have?
How can I access Anyon's quantum computing systems?
Ready to Explore Quantum Advantage?
Deploy hybrid quantum-classical computing infrastructure at your organization and unlock transformative capabilities for your most demanding computational challenges.