Turn Your Software Into Competitive Advantage.

Clean, safety-certified embedded software that secures regulator approval and remains a maintainable asset for the product lifecycle.

Industry Specialized Solutions

Medical: Engineering for Patient Safety

We use IEC 62304 life-cycle processes to make sure your software is as reliable as the doctors using it. From Class A to Class C, we handle the technical side of risk management and cybersecurity standards like IEC 81001-5-1 so you can focus on saving lives.

Automotive: The Software-Defined Future

We bring high-integrity engineering to the world of sensor fusion and zonal architectures. By mastering ISO 26262 up to ASIL D and ISO 21434, we make sure your vehicle's backbone is deterministic, secure, and ready for the next generation of mobility.

Industrial: Safety Without the Bottleneck

Functional safety should help your plant run, not slow it down. We build SIL 1-4 systems under IEC 61508 that protect your workforce while keeping throughput high. We implement secure data gateways that allow high-speed IIoT insights to flow freely.

Engineering for Approval, Not Just Performance

We follow a Secure-by-Design approach rooted in the V-Model. This makes sure every requirement connects to a test case and every line of code has a documented reason to be there. This rigor reduces your long-term liability and gets you through certification much faster.

Formal Verification

We use mathematical proofs to check that critical software components meet their specifications before they ever touch a chip.

Memory Safety

We use modern languages like Rust alongside hardened C++ to remove entire categories of memory errors, making your system much harder to attack.

Automated Audit Trails

We build the paper trail in real-time. When it's time for an audit, the evidence - from requirements to test results - is already organized and ready for review.

Competences

Core Systems & Resource Engineering

Low-Level Software and Silicon Bring-up

  • Starting Up: Custom BSP and Bootloader engineering for ARM Cortex-M and Cortex-A. We specialize in U-Boot and Barebox customization for deterministic startup.
  • Talking to Parts: High-speed driver development for I2C, SPI, PCIe, USB 3.0, and CAN FD.
  • Deep Fixing: Hardware-assisted debugging and trace using Segger J-Link and Ozone.

Operating Systems and Safety Kernels

  • RTOS Integration: Expert setup for Zephyr RTOS, Segger embOS, Micrium uC/OS, QNX, and SafeRTOS.
  • Embedded Linux: Custom distribution builds and kernel tuning using Yocto Project and Buildroot.
  • Safe Architectures: Managing Rust and C++ FFI boundaries for memory-safe safety cores.

Power and Sustainability Engineering

  • Battery-Free Systems: Designing for energy harvesting from kinetic, light, RF, and thermal sources.
  • Intermittent Computing: Software-defined checkpointing to keep your system's state safe in non-volatile memory.
  • Ultra-Low Power: Microwatt-level power gating and smart sleep cycles to keep devices running longer.

Sector-Specific Engineering and Compliance

Medical Technology

  • Regulatory Success: Software lifecycle management for IEC 62304 Class A through C, ISO 14971, and EU MDR.
  • Medical Cybersecurity: Secure device implementation using IEC 81001-5-1.
  • Adaptive AI: Verification pipelines for models that learn, following FDA PCCP guidelines.

Automotive Software Defined Vehicles

  • Functional Integrity: Development processes for ISO 26262 ASIL A through D and ISO 21434.
  • Zonal Architectures: Deterministic backbones, Automotive Ethernet, and AUTOSAR integration.
  • Communication: Handling DoIP, SOME/IP, and IEEE 802.1Qbv gate control.

Industrial Automation

  • Process Integrity: Functional safety engineering for IEC 61508 SIL 1 through 4 and IEC 62061.
  • Security for Safety: Implementing IEC 62443 Security Levels 1 through 4 for safety-instrumented systems.
  • Connectivity: Sparkplug B mapping, EtherCAT, PROFINET, and OPC UA.

Verification, Validation and Tooling

Advanced Simulation and HIL

  • Hardware-in-the-Loop: Real-time simulation and validation using Speedgoat, dSPACE, and Vector VT.
  • AI Simulation: Validating virtualized environments and sensor data via AILiveSIM.

Testing Frameworks and Automation

  • Unit and Integration Testing: Google Test, Ceedling, and pytest for embedded C and C++.
  • System Automation: End-to-end testing using Robot Framework.
  • Automated Compliance: CI/CD integration for traceability using LDRA, Parasoft, and Cppcheck.

Network and Systems Modeling

  • Protocol Verification: Analysis with Vector CANoe, Wireshark, and MQTT Sparkplug B.
  • System Modeling: Mathematical modeling and simulation using MATLAB, Simulink, and Simscape.
  • Security Architecture: System security via ARM TrustZone, OP-TEE, and TLS 1.3.
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