Quantum Computing for Everyone.

Simulate Complex Circuits Locally and at Scale.

The Quantum Rings SDK sets a new standard for developers, offering the industry's most advanced quantum simulator.

Why Choose Quantum Rings?

We are empowering researchers, enterprises, and consultants with cutting-edge quantum simulation tools.

1. Scale Up.

Solve real problems with 100’s of logical qubits, and millions of gate operations on your computer.  

Other methods of executing quantum circuits limit developers to toy problems.

  • Physical Quantum Computers have error rates between 0.1%-2.0% per operation

  • State Vector Simulators only allow you to do more than ~35 qubits locally, and only up to ~40 qubits on supercomputers

  • Most Tensor Network Simulators lose critical fidelity as circuits grow in complexity

With Quantum Rings you can scale up:

  • Hundreds of Qubits

  • Millions of Gate Operations

  • Incredibly High Fidelity

  • On Your Computer

// Case Study

In a recently published White Paper, Quantum Rings was shown to execute the biggest and most complex circuits from the 2019 Google Quantum Supremacy Experiment, on a classical computer with 32 GB of Memory, while maintaining a record-breaking level of accuracy— achieving a Linear Cross Entropy (XEB) score of 0.622.

2. Better Results Without the Wait.

Remove wait times from your team, accelerating your iterations and getting better results faster.

Developing large circuits using physical quantum computers comes with challenges.

  • Expensive Subscriptions

  • Long Wait Times

  • High Costs per usage

  • High Error Rates

  • Their Result: Expensive and Slow development cycles prevent innovation

Simulating on your own infrastructure with Quantum Rings means:

  • Zero wait times

  • Zero incremental costs

  • Our Result: iterate faster, learn quicker, and get the best outcomes sooner.

3. Cost Effective.

Access advanced quantum simulations without breaking the bank. Free academic plans and affordable enterprise options.

Real Quantum Computing means high costs that are variable.

  • Example: In addition to hefty subscription fees access to physical quantum computing can cost $1.60/sec or more.

  • Simple Sample code can cost hundreds or thousands of dollars to run to completion.

  • Their Result: Unpredictable costs, or worse, a team that is reluctant to test early and often

Quantum Rings is extremely cost-effective:

  • Free for academic use up to 128 qubits

  • Free for other non-commercial use up to 64 qubits.

  • All subscriptions include unlimited use

  • Our Result: Predictable costs. Run as often as you want without fear of running up the bill.

4. Fits Your Workflow.

Fully compatible with Qiskit and major operating systems (Windows, macOS, Linux) to fit your existing workflows.

Many other solutions require you to port your code to their SDK.

Quantum Rings is Compatible with:

  • Windows / Linux / MacOS

  • Fully Qiskit compatible.

  • Compatible with many popular packages built on qiskit like qiskit-finance

  • Our Result:

    • Easy to integrate into your processes, no upskilling, no re-work.

    • Start running on Quantum Rings the same day you Register.

Partners & Users

“We’re excited to see the innovation that will ensue when our researchers leverage this capability at scale.”

Dr. Gil Speyer

Director of ASU’s Computational Research Accelerator

Maximize Your Quantum Potential

Whether you’re building your Quantum IP Portfolio or a student accelerating your research, Quantum Rings helps you maximize your results.

Our platform empowers you to move faster, achieve more, and get the most out of your investment in quantum computing.