DUAL VISION
The Threat System Applications Company Contact
Discuss your operational requirements
The System Counter-UAS system under development

From initial detection to the decision to intercept.

Vision-based detection, onboard AI and predictive tracking work together to detect, identify and follow the drone, predict its future path and identify the interception window to support operator decision-making.

Discuss your requirements See counter-UAS protection by deployment

Designed to counter unmanned aircraft threats.

SENSOR LAYER CORE SENSOR OPTIONAL / PLANNED Optical Radar Acoustic Customer ONBOARD PROCESSING Detect and identify Track and predict Determine theinterception window OPERATOR CONTROL Authorise · supervise · override RESPONSE INTEGRATION SENSOR INPUT TARGET TRACKINGAND PREDICTION OPERATORAUTHORISATION WHITE · OBSERVED DATA AMBER · PREDICTIONS AND DECISION SUPPORT
Information flows from the sensor layer through onboard processing to the operator interface, before reaching the response integration layer.
01How the system works

From sensor input to operator-controlled response.

Detect and identify

Vision-based detection identifies objects in the monitored area and classifies them.

Track and predict

Continuous tracking follows the target as it changes direction and predicts its likely flight path.

Determine the interception window

The predicted flight path helps determine the window in which a response could be initiated.

Present the interception window to the operator

The operator reviews the target information and calculated interception window before deciding whether to initiate or authorise a response.

Authorisation
Supervision
Override and abort
Geofencing and mission constraints
DUAL VISION PLATFORM IDENTIFIED · ROTARY-WING OBSERVED FLIGHT PATH PREDICTED FLIGHT PATH INTERCEPTION WINDOW AWAITING OPERATOR AUTHORISATION {{ stageTag }}
02The Dual Vision offering

What Dual Vision is developing.

Integrated platform

Under development

The physical platform, vision-based detection, AI software, onboard processing and operator interface are being developed as a single integrated system.

Custom integration

Integration with customer sensors and host platforms, including AI adaptation to meet specific operational requirements.

Support and adaptation

Support and adaptation can include software updates, AI improvements and technical support throughout the system lifecycle.

03Platform configurations

One architecture, from detection to response

Drag to rotateScroll to zoom
  1. 01EO/IR payload and laser rangefinder
  2. 02Response integration module with rail interface
  3. 03Azimuth and elevation drives
  4. 04Radar cueing and RF direction finding · planned
  5. 05Onboard processing and power unit
  6. 06Mounting plate and cable entry
Interactive 3D concept model

Core

Under development

Vision-based detection, onboard AI and an operator interface.

Extended

Planned

Radar and acoustic detection are planned as future extensions.

Customer-specific

Project-based

Customer sensors and host platforms are integrated, with AI adapted to specific operational requirements.

AI detection and classification proof-of-concept demonstrated · hardware integration and vision-based platform development underway · integrated prototype and field testing next

Discuss your system and integration requirements.

Discuss your requirements Counter-UAS protection across deployment scenarios