Photon Power Hits the Frontline: QCi's Light-Speed AI Forges New Defense Era

HOBOKEN, NJ – June 18, 2026 – The future of artificial intelligence is getting faster, smaller, and moving out of the data center. In a move that signals a significant shift in computing, Quantum Computing Inc. (QCi), a New Jersey-based photonics technology company, has entered into a landmark agreement with Dutch defense firm Planck Dynamics. The deal will deploy QCi's light-based NeuraWave computer as the brain for next-generation AI applications at the military's most extreme edge, where decisions are measured in microseconds and power is a precious commodity.

The agreement, which includes an initial purchase of five NeuraWave systems and a framework for up to 100 units valued at over $10 million, is more than a commercial transaction. It represents the intersection of deep-tech innovation and real-world necessity, providing a tangible solution to one of the most pressing challenges in modern defense: processing overwhelming amounts of sensor data in real-time, directly on the battlefield.

A Technological Leap Beyond the Cloud

For years, the story of AI has been one of massive, power-hungry data centers. But for a soldier in a tactical vehicle or a special forces unit operating beyond network reach, the cloud is a world away. The critical challenge is 'AI at the edge'—performing complex computations locally, instantly, and efficiently. Traditional GPU-based systems, the workhorses of today's AI, often fall short in these environments, constrained by their significant heat and power demands.

This is where QCi’s NeuraWave platform marks a paradigm shift. It is a photonic reservoir computer, a novel architecture that uses light (photons) instead of electricity (electrons) for core processing tasks. Reservoir computing simplifies the training of neural networks, making it exceptionally well-suited for analyzing time-series data—the constant stream of information from sensors, communications, and surveillance feeds.

By harnessing the speed and energy efficiency of photonics, NeuraWave can achieve microsecond latency while operating at room temperature on just 36 watts of power, a fraction of what a comparable GPU system would consume. It’s a leap in capability that makes sophisticated, real-time AI feasible in rugged, power-constrained settings.

"We believe photonic reservoir computing represents an important new computing architecture for AI workloads that must operate at the edge, where data are generated," said Yong Meng Sua, Chief Technology Officer at QCi. "With NeuraWave, we're giving organizations a highly differentiated path to deploy real-time intelligence for temporal AI and time-series applications, without dependence on centralized compute infrastructure."

From Lab to Battlefield: Empowering the Tactical Edge

The first proving ground for this technology will be one of the most demanding imaginable. Planck Dynamics, backed by the defense technology investment firm NUNC Capital, was created specifically to solve the 'zero latency' decision-making problem for frontline operators.

"We work at the tip of the spear, ensuring that the right decision can be made with zero latency," explained Nathan Eskue, Managing Director of Planck Dynamics. He described an environment of "sensor overload" where a technological leap is not just an advantage but a necessity. Planck Dynamics will integrate the NeuraWave systems into its RAPTR (Rapid Action Platform for Theater Resolution), a ruggedized platform designed to give tactical units a sustained, asymmetric advantage.

RAPTR will process data from multiple sensors directly within a vehicle, run AI applications on the photonic core, and deliver insights to operators instantly—all without sending sensitive data over a network. This ensures that even when disconnected, a unit's ability to sense, decide, and act is amplified, not diminished.

The partnership is a cornerstone of the strategy pursued by NUNC Capital, which focuses on scaling cutting-edge innovation into deployable capabilities for NATO and allied forces. "Planck Dynamic's collaboration with QCi represents a tangible step forward in bringing advanced nonlinear photonics capabilities into the European defense domain," noted Bram Oostvogel, Founding Partner at NUNC Capital. He emphasized that the partnership reflects NUNC's mission to "translate cutting-edge innovation into deployable capabilities for the men and women on the ground."

A Blueprint for Deep Tech Commercialization

This agreement is a powerful validation for QCi and a potential blueprint for how other 'deep tech' companies can bridge the gap between breakthrough science and commercial success. The structured deal, starting with a small order and scaling based on performance milestones, de-risks the adoption of a novel technology for the customer while providing the supplier with a clear path to significant revenue.

"The significance of this agreement extends well beyond the sale of the hardware," stated Pouya Dianat, QCi's Chief Revenue Officer. "Planck Dynamics selected NeuraWave as a foundational technology platform and made an initial commercial commitment that provides a pathway for scaled deployment over time." For QCi, a company that reported explosive revenue growth over the past year from a small base, this multi-year, multi-million-dollar framework is a critical milestone that validates its technology's performance and market fit.

Investors have taken note, with QCi's stock (Nasdaq: QUBT) reacting positively to its recent commercial and technological progress. With a substantial cash reserve and a growing backlog of contracts, the company appears well-positioned to capitalize on the burgeoning market for specialized AI hardware.

The New Computing Race and Europe's Strategic Push

The QCi-Planck Dynamics partnership does not exist in a vacuum. It sits at the nexus of two major global trends: the race to develop next-generation AI hardware and Europe's determined push for strategic autonomy in defense technology. As geopolitical tensions rise, nations are increasingly aware that technological superiority is a key component of security.

Initiatives like the European Defence Fund (EDF) and the EU Defence Innovation Scheme (EUDIS) are channeling billions into developing sovereign capabilities in critical areas, with AI at the top of the list. NUNC Capital’s focus on NATO and its recent appointment of Admiral (Ret.) Rob Bauer, former Chair of the NATO Military Committee, to its advisory board underscore the high-level strategic importance of this domain. This collaboration is a prime example of that strategy in action: leveraging American innovation to build European defense capacity.

As this light-based technology moves from QCi's labs to the heart of Planck Dynamics' tactical systems, it will be tested under the most demanding conditions. Its success could not only provide a decisive edge for allied forces but also accelerate the broader adoption of photonic computing, ushering in an era where instantaneous, intelligent processing is available anywhere, anytime.