Q-CTRL and Anello Photonics have announced a strategic collaboration to advance resilient navigation for uncrewed aerial vehicles operating in GPS-denied environments. The partnership combines quantum sensing with advanced inertial navigation technologies to deliver highly accurate, robust positioning without reliance on GPS - a capability that is becoming increasingly critical as signal disruption and spoofing risks grow across both defence and commercial applications. Toget

Q-CTRL, in partnership with Elevate Quantum and a consortium of leading collaborators, has announced the launch of the United States’ first open-architecture quantum computing system. Delivered in record time, the platform represents a significant step towards commercially viable, modular quantum infrastructure—designed to accelerate real-world deployment and interoperability across the quantum ecosystem. Read the full announcement here .

Q-CTRL has unveiled the first commercially ready quantum navigation system proven in real-world conditions. The system uses quantum sensing and magnetic field mapping to deliver precise positioning without relying on GPS, providing a resilient alternative in environments where signals are jammed, spoofed, or unavailable. The technology will be showcased at the Singapore Airshow. Read the full announcement here .

We are pleased to see ICM HPQC Fund's portfolio companies Diraq and Q-Ctrl recognised in this latest announcement by the International Year of Quantum Science and Technology  (IYQ), a United Nations-declared year, launching the Quantum 100:  “Dedicated, Inspiring, and Supportive”; UNESCO 2025 International Year of Quantum Science and Technology Announces Quantum 100 to Celebrate Global Community - IYQ 2025 Congratulations to Professor Andrew Dzurak of Diraq and Michael Biercu

2025 was the International Year of Quantum, and Q-CTRL delivered real commercial Quantum Advantage while expanding global deployments across computing and sensing. Read their full update here .

InnovationAus.com 's recognition of Q-CTRL highlights its strong progress across quantum software and control engineering, as well as the milestone launch of its quantum-assured inertial navigation system, Ironstone Opal, earlier this year. Read the full article here .

Q-CTRL, the global leader in quantum infrastructure software, QuantWare, the world’s highest-volume supplier of commercial quantum processing units, and Qblox, the global leader in quantum computing control stacks, announced the launch of the Quantum Utility Block (QUB), a family of full-stack, pre-validated quantum computer reference implementations built on a modularised architecture. The QUB model is designed to give quantum system purchasers and adopters an accessible, co

The Q-CTRL and RIKEN teams pictured with IBM Quantum System Two in Kobe, Japan Q‑CTRL and RIKEN, a national research institute in Japan, announced the integration of Q-CTRL’s performance management software Fire Opal with RIKEN’s IBM Quantum System Two. The system is deployed within the RIKEN Center for Computational Science, Japan's Premier High-Performance Computing center, and co-located with Japan's flagship supercomputer Fugaku. Read the full announcement here .

Q-CTRL announced its software-ruggedised quantum navigation system’s selection for TIME Best Inventions of 2025. Ironstone Opal, which...

Q-CTRL has announced a partnership with QUCAN in support of its QC101 program to offer online quantum learning programs for any learner...

Q-CTRL has announced its selection for two awards under DARPA’s Robust Quantum Sensors (RoQS) program. With this selection, DARPA has...

Q-CTRL has announced the appointment of two senior leaders to its board of directors: Nicole Conner, Partner at Airbus Ventures, and Per...

Software-ruggedised quantum sensing technology for navigation is validated in a real-world environment on a naval vessel after one year...

Q-CTRL, the global leader in quantum infrastructure software, announced a second EdTech Breakthrough Award win for Black Opal for...

Q-CTRL achieves two record-setting demonstrations leveraging low-overhead error detection to deliver substantially enhanced computation...