Polish Tech Alliance Boosts Defence: VIGO Photonics and PCO S.A. Team Up on Infrared Innovation

In a strategic move to strengthen Poland’s defence capabilities and technological self-reliance, VIGO Photonics and PCO S.A. have signed a major agreement to jointly develop advanced infrared technologies. The deal, worth nearly PLN 200 million, marks a significant step forward in the production of next-generation thermal imaging systems for military applications.

At the heart of this partnership is the development of cooled infrared detector arrays using Type-II Superlattice (T2SL) technology. These sensors, made from high-performance Group III-V semiconductors, are known for their ability to detect thermal radiation with exceptional precision—even under extreme conditions. This makes them ideal for military use, where performance in all weather conditions, day or night, is crucial.

The infrared detectors created through this collaboration will become core components in future thermal imaging cameras mounted on modern defence platforms and air defence systems. Their role will be critical in identifying and tracking threats on the battlefield, ensuring enhanced situational awareness and improved decision-making for armed forces.

According to PCO S.A. CEO Marek Adamiak, the agreement is about more than just technology. “It’s an investment in stability, reliability, and shared security,” he stated. Introducing an additional die supplier ensures supply chain resilience and rapid responsiveness to shifting defence needs—an increasingly vital factor in today’s unpredictable global landscape.

The first delivery of infrared detector matrices is scheduled for the end of 2025, with full production kicking off in 2026. These timelines follow years of joint R&D between the two companies, reflecting their long-standing collaboration aimed at developing homegrown capabilities for Poland’s military.

Adam Piotrowski, CEO of VIGO Photonics, emphasized the broader importance of the deal: “This partnership proves that Polish innovation and consistent investment in engineering can lead to tangible defence solutions that reinforce national sovereignty.” He also hinted at the technology’s future potential in fields like space exploration, underlining its dual-use versatility.

This initiative fits seamlessly with the strategic goals of the Polish Armaments Group (PGZ S.A.), which seeks to increase domestic production of defence technologies while encouraging synergy between state-owned and private-sector companies. By keeping advanced manufacturing within Poland’s borders, the agreement supports local industry, boosts the national economy, and builds a stronger, knowledge-based ecosystem.

VIGO Photonics, a global leader in mid-infrared detection, already exports its technology to defence, medical, industrial, and even space sectors. With its headquarters in Ożarów Mazowiecki and a U.S. subsidiary, the company is playing a central role in putting Polish engineering on the global map.

As Piotrowski summed it up: “Defence is built on trust and reliability. Our products—from idea to execution—are made in Poland by Polish engineers. This isn’t just about components. It’s about securing the future.”

With this landmark partnership, Poland is not only modernizing its defence but also setting the stage for technological independence and long-term strategic resilience.