Open Quantum: Quantum Computing For All
San Jose, CA – December 8, 2025 – Quantum Rings Inc., a leader in quantum developer tools, today announced the launch of Open Quantum, a groundbreaking platform designed to eliminate barriers to quantum computing adoption. Open Quantum provides seamless, instant access to leading quantum processors from IonQ, IQM, and Rigetti with hundreds of thousands of dollars in free compute for early adopters.
Get Running on QPUs in Minutes
At its core, Open Quantum removes barriers to access to quantum computing. It starts by prioritizing simplicity and speed, allowing developers to integrate the platform into existing workflows via a straightforward Python SDK, featuring a native plugin for Qiskit that requires just a few lines of code to transition from simulation to live execution on today’s leading quantum computers. For those new to quantum development, or looking to experiment, a user-friendly web portal allows for the upload of existing quantum circuits—delivering results from real quantum hardware in minutes, without requiring specialized code or infrastructure.
Free Quantum Compute
To accelerate adoption, Open Quantum is offering hundreds of thousands of dollars of free quantum compute, available for public experiments, through a partnership with qBitTensor Labs, a fellow Colorado-based quantum innovator specializing in quantum value delivery built on the Bittensor ecosystem. This partnership makes quantum compute available for early adopters without the financial hurdles on a first-come-first-served basis, enabling free experimentation, while supplies last.
From Simulation to Quantum Hardware
Quantum Rings is best known for its industry-leading quantum simulation platform, which enables companies, researchers, and students to execute the largest and most complex quantum circuits with high fidelity using modest classical computational resources. The company published a significant milestone in November 2024 by demonstrating the execution of Google's 2019 quantum supremacy experiment on a standard CPU-only laptop equipped with just 32 gigabytes of memory. For full details, read the white paper on arXiv here.
"Simulation provides the cleanest pathway to developing quantum algorithms and applications, but ultimately you want to run on state-of-the-art quantum computers," said Bob Wold, CEO of Quantum Rings. "Open Quantum bridges that gap, empowering every researcher, engineer, and student to iterate on hardware that, just weeks ago, was gated behind proprietary interfaces and heavy paywalls."
Open Quantum represents the next evolution: not just simulating quantum possibilities, but delivering them at scale. Visit openquantum.com to get started today.
Media Contact:
PR Team
Quantum Rings Inc.
Email: pr@quantumrings.com
