Fibre-optic and pre-programmed drones can continue to operate without a conventional RF control link. Counter-UAS defence therefore requires acquisition and tracking that do not depend on that link.
More drones are now operating without a conventional RF control link, making traditional RF jamming ineffective against them.
Small drones fly low, blend into complex backgrounds and follow unpredictable, constantly changing flight paths.
Close-range attacks leave a short response window to acquire, identify and engage.
Dual Vision goes beyond detection by continuously tracking the target, predicting its future path and presenting the interception window to support operator decision-making.
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Vision-based detection identifies and classifies radio-controlled, pre-programmed and fibre-optic drones.
Neural tracking continuously follows fast-moving drones through complex and evasive manoeuvres.
Trajectory prediction anticipates the drone's future position and likely path.
Onboard processing identifies the interception window and presents it to the operator based on the selected control mode.
Authorisation · supervision · override · abort · geofencing · mission constraints
AI detection and classification proof-of-concept demonstrated · hardware integration and vision-based platform development underway · integrated prototype and field testing next
The platform is being developed to combine sensing, onboard processing, AI and operator control in a single integrated architecture.
EO/IR sensing supports detection and tracking, with additional sensor inputs integrated where required.
Onboard processing runs classification, tracking, trajectory prediction and interception-window calculation.
The operator interface presents target information and the calculated interception window and supports authorised response actions.
An integrated counter-UAS platform under development, bringing together sensing, onboard processing, AI, operator control and response integration.
Integration with customer cameras, radar, acoustic sensors and host platforms, including AI adaptation and retraining.
As the system evolves, support can include software updates, AI improvements and ongoing technical support.
Factories, energy facilities, ports and other high-value sites.
Explore fixed-site protectionProtection for convoys, temporary positions and mobile operations in high-risk environments.
Explore mobile protectionShipboard and coastal protection for vessels, ports and critical maritime infrastructure.
Explore maritime protectionDual Vision is a Finland-based team combining AI, data and software engineering to develop a next-generation counter-UAS system.
About Dual Vision →For integration, testing, partnerships, investment or future procurement enquiries.
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