We deliver production-ready ECU software faster — from concept to deployment.
Engage us for ECU software, remote lab access, or engineering tools — together or separately.
End-to-end embedded execution. Hardware validation. Bench evidence.
What You Get
- ECU software — architecture, AUTOSAR, diagnostics, flashing
- Remote lab access — hardware stays in our lab
- Engineering tools for network, flash, diagnostics, and bus testing
Core Services
ECU Software Development
Production-grade embedded systems built for automotive & embedded environments
We design and implement deterministic ECU software for automotive and industrial systems with full hardware integration.
Includes
- C/C++ ECU software development
- RTOS-based system design
- Low-level drivers and bootloaders
- Multicore embedded applications
- Hardware–software integration
Outcome
Reliable, real-time embedded systems ready for production deployment.
AUTOSAR & ECU Architecture
Scalable architectures without unnecessary complexity
We design ECU architectures using Classic AUTOSAR or optimized Semi-AUTOSAR approaches depending on project needs.
Includes
- AUTOSAR ECU architecture design
- BSW and application integration
- Communication stacks (CAN / LIN / Ethernet)
- ECU configuration and system extraction
- Mode management and system states
- Reusable software platforms and services
- Hardware-independent application design
Semi-AUTOSAR Approach
A lightweight automotive architecture that keeps core AUTOSAR benefits — modularity, scalability, maintainability — while removing heavy tooling overhead and configuration complexity.
Result: faster development, lower cost, and cleaner system design.
Validation & Diagnostics
End-to-end ECU verification on the bench, at EOL, and for production-ready software
We validate ECU behavior across communication, diagnostics, and system execution layers using production-grade workflows and automation tools — on the bench and at EOL.
Includes
- CAN / CAN-FD, LIN, Ethernet validation
- UDS diagnostics and service verification
- Flashing & reprogramming workflows
- EOL calibration, coding, and signal validation
- System-level integration testing
- Debugging, trace analysis, and logging
- 100,000+ automated bench cycles with tool-backed fault and edge-case coverage
Outcome
Stable, deterministic ECU behavior on the bench, at EOL, and for production-ready software.
Embedded Tooling
Custom automation tools that accelerate engineering workflows
We build tools that eliminate repetitive engineering work and speed up ECU development.
Includes
- Code generation tools (C/C++)
- DBC / ARXML / LDF / FIBEX tooling
- Calibration & configuration generators
- Python/C# automation scripts
- Data processing & validation tools
- Engineering workflow optimization
Outcome
Less manual effort, faster development cycles, fewer integration errors.
Why EmbeddedVector
- 10+ years of field expertise
- In-house hardware lab
- Reduced dependency on physical infrastructure
- Faster ECU delivery cycles
- Semi-AUTOSAR optimization expertise
- Production-grade automotive engineering standards
How We Work
Flexible engagement models based on your project needs:
- Hourly embedded engineering support
- Zero-hour contracts — no minimum hours
- Fully remote delivery
Why This Matters
Traditional embedded development is slowed down by:
- Heavy AUTOSAR complexity
- Infrastructure dependency
- Manual validation cycles
- Fragmented toolchains
We replace that with: structured architecture + reusable components + automation-driven validation
EmbeddedVector is an embedded engineering execution partner — not a staffing vendor.
We stay on the ECU: architecture, software, validation, and production-ready delivery, with one technical owner instead of a coordinated outsourcing chain.