Mission computing
Structure companion-computer applications, payload interfaces and system health around a defined onboard architecture.
Onboard computing & vision
REAH Flight
Bring computing, sensing and mission applications together.
Define the onboard software around the aircraft application. Connect companion computing, payload interfaces, health monitoring and vision-based localisation within a coherent integration programme.
Concept
Portfolio preview. Development partnerships. Flight and Vision are programme concepts, not released flight-control products; evaluation starts with simulation and bench evidence.
The engineering question
How does the onboard system behave as an integrated whole?
Bring the interfaces together. Make system behaviour visible.
Instrumentation & telemetry
Define logging, timing and data interfaces so the behaviour of the onboard system can be examined and compared.
Vision
Evaluate visual localisation for inspection and research applications through dataset replay, simulation and bounded demonstrations.
A focused evaluation
From your inputs to a useful engineering review.
- Bring
- Application requirements, onboard architecture, sensor datasets and interface definitions.
- Work towards
- A scoped integration architecture and evaluation programme with agreed behaviour, evidence and delivery milestones.
- Designed for
- Avionics teams, robotics laboratories and aircraft systems integrators.
Concept
Evaluation access, supported functions and delivery milestones are agreed for your programme. The portfolio describes product direction; it does not establish general availability.
Connected engineering
Carry the decision into the next discipline.
REAH Flight
Bring the case your team needs to solve.
Tell us about the workflow, the available evidence and your next engineering milestone. Let’s define a useful starting point.