AUTOSAR Engineering Service and VCU Development
AUTOSAR Engineering Service, Vehicle Control Unit development, bootloader design, calibration, and CI/CD integration.
Drawing on production experience in commercial and specialty vehicles, KopherBit provides AUTOSAR rollout, bootloader design, vehicle application development, and CI/CD automation — helping customers ship faster with lower integration risk.
AUTOSAR Engineering
Following AUTOSAR Classic Platform: BSW porting, SWC design, RTE integration, and ARXML configuration — establishing a reusable, portable ECU software foundation.
- ✓ MCAL / COM / OS / DCM / DEM configuration & verification
- ✓ SWC design, port interface, ARXML authoring
- ✓ RTE generation, scheduling, and multi-core partitioning
- ✓ AUTOSAR toolchain (KopherSAR / Kopher Config) training
Bootloader Engineering
Bootloader design and integration aligned with UDS reflashing — covering dual-bank, A/B swap, Secure Boot, and OTA scenarios for robust in-field updates.
- ✓ Boot flow design and memory map planning
- ✓ Dual-bank / A/B swap firmware update strategy
- ✓ Secure Boot · signature verification · anti-rollback
- ✓ UDS 0x34/0x36/0x37 reflashing protocol integration
Vehicle Controller Application Development
VCU / domain-controller application-layer (ASW) development — from algorithms and control logic to in-vehicle networking integration and HIL verification.
- ✓ Energy management, torque control, body power management
- ✓ CAN / LIN / CAN-FD / Ethernet signal integration
- ✓ Model-Based Design (Simulink) and hand-written C in parallel
- ✓ HIL / SIL verification and road-test collaboration
CI/CD Integration
Build the CI/CD pipeline for automotive software teams — automated build, unit test, static analysis, HIL regression, and signed firmware release. DevOps that survives production.
- ✓ GitLab CI / Jenkins pipeline design and rollout
- ✓ Automated unit testing, MISRA / static analysis integration
- ✓ HIL automated regression with KITE Test Lab integration
- ✓ Firmware signing, versioning, and OTA release flow