SCOPE
ECU software & integration
Low-level drivers, hardware abstraction, CAN communication, middleware and control logic. Work can span a complete ECU or a specific layer.
FROM HARDWARE TO PRODUCTION
Software that belongs in the real world.
We develop embedded software from hardware interfaces to application behaviour. Commission a complete controller, a subsystem or a defined integration milestone—with the interfaces, verification and handover agreed up front.
Discuss your projectProduction ECU delivery · Multicore architecture · Vehicle integration
ApplicationControl logic
MiddlewareServices & communication
Hardware accessDrivers & peripherals
CANVehicle network
BootStartup & updates
ECU hardware
Defined boundaries, from hardware to application.
EMBEDDED SOFTWARE ENGINEERING
A controller to develop. An integration to finish. A release to unblock.
SCOPE
Bootloaders & update paths
Startup, programming, image validation, recovery and application handover. Security requirements are scoped explicitly for the target.
SCOPE
Safety & real-time architecture
Multicore software boundaries, RTOS integration including PXROS, inter-core communication and freedom-from-interference considerations.
SCOPE
Build, calibration & verification
Reproducible builds, CI/CD, calibration modules, supplier interfaces and Simulink integration wrappers. Test evidence follows the agreed scope.
WHAT THE HANDOVER CAN INCLUDE
A result your team
can work with.
Deliverables and acceptance criteria are agreed for your system before implementation begins.
- A defined software and interface baseline
- Implemented code and reproducible build instructions
- Agreed verification results and known limitations
- Integration and maintenance handover
RELEVANT EXPERIENCE
See the responsibility in practice.
PRODUCTION ECU SOFTWARE
A complete drivetrain ECU
Complete software for a drivetrain control ECU, developed from scratch and taken into production.
ApplicationControl logic
MiddlewareServices & communication
Hardware accessDrivers & peripherals
CANVehicle network
BootStartup & updates
ECU hardware
Defined boundaries, from hardware to application.
Production deliveryView project
STARTUP & FIRMWARE UPDATES
Boot, updates & recovery
CAN-based bootloader software covering programming, integrity validation, recovery and application handover.
Receive & programCAN update transport
Validate imageIntegrity & entry checks
Pass
Run application
Fail
Recovery
Image integrity and cryptographic authenticity are distinct.
Implemented softwareView project
PLATFORM & RELEASE ENGINEERING
VCU integration & release
Build infrastructure, calibration software and low-level integration at vehicle control unit level.
DriversHardware interfaces
ModelsSimulink wrappers
Integration baselineCalibration · Supplier interfaces
Build & CI/CDReproducible software build
Contribution areas within the vehicle software platform.
Platform contributionView project
BEFORE WE START
Useful questions.
Direct answers.
Can you take responsibility for a complete ECU?
Yes. Our experience includes a complete drivetrain ECU software stack taken from initial development to production. Hardware design, independent safety approval and programme-level responsibilities are agreed separately.
Can you work with an existing codebase or supplier?
Yes. Integration work can cover existing drivers, model-based software, communication interfaces, build environments and supplier components. We assess the baseline before committing a delivery plan.
Is this limited to automotive?
Automotive is the strongest published body of experience. The same embedded disciplines can apply to industrial and connected products. New sector requirements are assessed for each engagement.
Do you provide safety certification?
We contribute software architecture and implementation within the programme’s safety process. Independent assessment and certification are separate responsibilities. Experience on ASIL B, C and D programmes is not a claim of company certification.
A CLOSER LOOK
What should a firmware update plan prove?
Read the engineering guideLET’S GET SPECIFIC
Let’s define the next step.
Share the target hardware, the software baseline, the current blocker and the release date. We establish access and dependencies, then propose a review or implementation package.