Theyr will participate in the Combined Naval Event (CNE) 2026, taking place from 19–21 May in Farnborough, UK. As Europe’s largest annual naval event, CNE provides a vital platform for senior naval leaders, government representatives, industry partners and technology providers from more than 85 nations to come together and address the issues shaping the future of maritime operations.
Across three days of discussion, insight and collaboration, CNE continues to serve as a focal point for the naval community. From operational readiness and fleet capability to digital transformation and the role of advanced technologies in modern defence, the event brings decision-makers and innovators into one place to explore what comes next.
This year, Theyr will be exhibiting at Stand F66, where visitors will be able to learn more about how its technology supports more efficient, resilient and mission-aware maritime operations. At the centre of the conversation is Theyr’s approach to AI-enabled operational endurance and mission extension for autonomous and crewed maritime assets.
Extending endurance across crewed and autonomous assets
As naval missions grow more complex and operating conditions become increasingly demanding, the ability to make better use of available energy, optimise routes and extend time on task is becoming ever more important. Whether supporting autonomous platforms operating with limited onboard resources or crewed vessels balancing performance with operational objectives, mission success increasingly depends on smarter planning and more adaptive decision-making.
Theyr’s defence-focused T.VOS capability is a modular voyage optimisation solution built for the realities of maritime operations. It pulls together weather and metocean data, navigational databases, digital vessel models and mission parameters to support better routing decisions and it is designed for rapid integration into existing naval environments through a user-friendly API. The defence module can also support established systems such as WECDIS, tactical combat systems and strategic planners.
T.VOS can support reductions of up to 10–15% in energy and fuel use without compromising mission objectives. For crewed and autonomous assets alike, that can translate into longer time on task, improved mission efficiency and more flexibility when the operational picture changes. Backed by more than a decade of research and collaboration with The Alan Turing Institute and the University of Southampton, it is a capability with both technical depth and practical value.
Are you attending the Combined Naval Event in Farnborough? Book a 1:1 meeting with our team.
