Defence
Our solution
With Thales, we are exploring how quantum algorithms and software can be deployed in air defence systems from detection, radar tracking, to deployment of assets.
Our approach gives defence agencies and prime contractors a quantum-powered toolkit that enables them to make high-confidence decisions under uncertainty, coordinate complex multi-agent operations, and manage massive-scale data association — all faster than classical approaches allow.
Our algorithms run on high-performance computers emulating quantum systems, so defence partners can benefit from quantum mathematics now — with the same algorithms ready to use as quantum hardware matures.
Defence
Our solution
With Thales, we are exploring how quantum algorithms and software can be deployed in air defence systems from detection, radar tracking, to deployment of assets.
Our approach gives defence agencies and prime contractors a quantum-powered toolkit that enables them to make high-confidence decisions under uncertainty, coordinate complex multi-agent operations, and manage massive-scale data association — all faster than classical approaches allow.
Our algorithms run on high-performance computers emulating quantum systems, so defence partners can benefit from quantum mathematics now — with the same algorithms ready to use as quantum hardware matures.
RESULTS
Faster and more precise decision-making at scale
Defence operators gain faster, more precise, and more scalable decision-making across tracking, coordination, and data fusion tasks.
Precision under uncertainty
Defence scenarios such as radar tracking require inferring target evolution from noisy, incomplete observations. Our quantum algorithms extract high-precision target estimates in short computation windows, giving operators actionable insight when milliseconds matter.
Scalable data association
Modern sensing generates vast volumes of data that must be correctly associated to their sources, producing an exponentially growing number of possible association tracks. Our solution exploits the inherent parallelism of quantum computing to handle this combinatorial growth efficiently, where classical methods fall behind.
Coordinated multi-agent control
Missions like drone swarm operations require coordinating many agents simultaneously. We use quantum computing to design complex path-planning strategies at scale, enabling coherent, real-time coordination across large fleets.
Future Opportunities
We are happy to explore new opportunities within the industry.
- Portfolio Optimization
- Risk Analysis
- Other use cases in mind? Contact us.
Langelinie 132
5230 Odense M
Denmark