Hardware
ECU design requires explicit inputs/outputs, power supply and interfaces. We develop firmware and drivers around the hardware constraints and agreed test scenarios.
From controller to application. One coherent system.
We design software and electronics for connected systems: ECUs, firmware, drivers, telemetry and supervision applications. Each layer's responsibilities are defined and tested.
Charging
OCPP connects a charging station to its management system. OCPI supports exchanges between charging market participants. Both are software protocols, not electronic components.
Services
The application and backend handle authorisation, states and data. Offline behaviour and reconnection are defined and tested.
Fig. 03Inside a connected vehicle
Cutaway view
- ECU / microcontroller
- Pack & BMS
- Inverter
- CAN harness
- Driver interface
Designing a controller: microcontroller, power supply, inputs/outputs and interfaces. The BMS monitors the pack; the inverter supplies the drivetrain. Codetics can design ECUs and their embedded software within an agreed project scope.
Inspect a controller's circuit boardLocal example · standard CAN · 0x180 · DLC 2
No frame received
Synthetic data: the first byte encodes a temperature in °C, the second a counter. This contract belongs to this demonstration.
What your team receives.
- ECU design and explicit hardware scope
- Protocol and integration matrix
- Agreed firmware or services
- Validation scenarios and documentation
Custom quote. The vehicle represents an illustrative architecture. Manufacturing, safety requirements, power electronics and certification require a specific scope and validation.
Let's discuss your projectWhat problem do you want to solve?
A product to launch, a system to recover, an integration to build. Share the context: we'll start with the right questions.