CAPABILITY ACROSS
THE COMPLETE SYSTEM.
AETRACH combines perception, autonomy, embedded computing and physical-system engineering rather than treating each discipline in isolation.
INTELLIGENT SYSTEMS
Perception systems that convert raw sensor data into decisions at real-time rates. AETRACH develops the complete chain — data, models, optimisation and deployment — so performance survives contact with the operating environment.
RELATED WORK: VISUAL PERCEPTIONSUB-CAPABILITIES
- COMPUTER VISION
- EDGE AI
- MODEL OPTIMISATION
- SENSOR INTELLIGENCE
- REAL-TIME INFERENCE
TYPICAL SYSTEM COMPONENTS
- Sensor interfaces and ISP pipelines
- Dataset architecture and training infrastructure
- Detection, tracking and segmentation models
- Quantised inference runtimes
- On-target benchmarking and regression
AUTONOMOUS SYSTEMS
Autonomy for platforms that must navigate, estimate and act with reduced direct human intervention — including environments where satellite positioning is degraded or absent.
RELATED WORK: AUTONOMOUS NAVIGATIONSUB-CAPABILITIES
- ROBOTICS
- SENSOR FUSION
- NAVIGATION
- STATE ESTIMATION
- EMBEDDED CONTROL
TYPICAL SYSTEM COMPONENTS
- State estimators and factor-graph back ends
- Visual-inertial odometry
- Mapping and localisation
- Path planning and control loops
- Hardware-in-the-loop test rigs
ADVANCED ENGINEERING
The discipline that carries a concept to a validated system: applied research, rapid prototyping, simulation and integration across software, compute and hardware.
RELATED WORK: EDGE INTELLIGENCESUB-CAPABILITIES
- APPLIED R&D
- PROTOTYPING
- SIMULATION
- SYSTEM ARCHITECTURE
- INTEGRATION
TYPICAL SYSTEM COMPONENTS
- Requirements capture and system architecture
- Simulation and synthetic environments
- Embedded compute selection and bring-up
- Integration and validation planning
- Documentation and handover packages
For engineering partnerships, applied research collaboration and technical enquiries.