Platform migration
Move older BSPs and applications to maintained Yocto or Torizon baselines with controlled risk.
Platform engineering
NXP i.MX6 modernisation without replacing proven hardware.
Many i.MX6 products remain commercially successful long after their original software baseline has aged. Crossware updates these systems pragmatically: preserve the working hardware, modernise the platform and add new user-facing capabilities.
Off-highway HMI on established embedded hardware
Engineering scope
From evaluation hardware to a maintainable product platform.
Crossware works where board support, accelerated hardware and the product application meet. The exact scope is adapted to the selected device, board design and delivery stage.
Display & touch
Integrate panels, touch controllers and device-tree changes on custom carrier boards.
Container deployment
Package browser, backend and supporting services for repeatable updates and isolation.
New capabilities
Add screen sharing, video, networking and modern UI functions to deployed product lines.
Software architecture
The stack we can build and integrate.
Board support
- Kernel and device-tree migration
- Display and touch drivers
- Carrier-board peripheral integration
Application runtime
- Qt and browser-based HMIs
- Docker Compose services
- Network discovery and device access
Sustained engineering
- Build reproducibility
- Performance and stability testing
- Long-term maintenance planning
Confirmed platform work
Engineering delivered on NXP i.MX6.
These anonymised references are based on confirmed Crossware project work on i.MX6. Further project details are available on request.
Project reference
Product defect investigation
Systematic fault isolation and correction in an existing off-highway product based on NXP i.MX6.
Learn more →Project referenceApple CarPlay prototype
Prototype implementation and platform integration of Apple CarPlay on an i.MX6-based embedded system.
Learn more →Start with the constraints
Tell us what the platform has to deliver.
Share your board, display, camera, operating-system and performance requirements. We will help define the shortest credible path from the current baseline to a production-ready system.