Our Services
From system definition to Tier 2 supplier coordination, we cover the full embedded ECU development lifecycle across automotive, aerospace and industrial sectors.
We deliver end-to-end embedded hardware and software development for complex microcontroller architectures, including IFX Aurix TC3x/TC4, NXP S32x and ST Stellar platforms. Our engineering team covers schematic design, PCB layout, BSP bring-up, AUTOSAR stack configuration and application software — ensuring seamless integration between silicon, firmware and system-level requirements from the very first prototype to series production.
We define and design the entire electrical/electronic architecture of the vehicle, translating high-level functional requirements into a coherent electronic topology. Our work encompasses network design (CAN, LIN, Ethernet, FlexRay), ECU partitioning strategies, and power distribution concepts to facilitate the transition to SDV and Zone Controller Architecture, always balancing performance, cost, and future scalability. We collaborate closely with OEM systems teams to ensure traceability from vehicle-level functions down to each individual node and connection.
We provide comprehensive functional safety engineering across the full development lifecycle under ISO 26262, supporting ASIL A through ASIL D classifications. We integrate safety seamlessly into the development process — not as an afterthought — ensuring compliance without compromising delivery timelines or product performance.
Speed-to-learning is critical in modern ECU development. Thanks to our development process and professional partners, we deliver first-time-right A-Samples and functional early prototypes that allow teams to validate concepts, detect integration issues and gather stakeholder feedback before committing to full series tooling. Our rapid prototyping service leverages proven reference designs, modular hardware platforms and agile firmware sprints — cutting weeks off traditional development cycles and significantly reducing the cost of late-stage design changes.
We systematically analyse every design decision through the lens of value and manufacturability. Our Value Analysis process challenges component selection, circuit topology and mechanical integration to eliminate cost without degrading function or reliability. Design for Manufacturing (DFM) reviews are conducted in close collaboration with EMS partners, ensuring that PCB layouts, solder processes, test coverage and assembly sequences are optimised for high-volume production — avoiding costly engineering changes after tooling release.
We have established strategic partnerships and signed NDAs with key Tier 2 suppliers, granting us exclusive access to their full component portfolios and technology roadmaps. This privileged position allows us to identify and recommend the most suitable components for each specific application — ensuring the right fit from both a technical and commercial standpoint. Beyond component selection, we manage the direct relationship with Tier 2 suppliers for technical clarifications on behalf of our clients, from prototype development through to serial production.
Our PMP-certified project managers bring structure, transparency and accountability to every programme. We deploy proven methodologies — adapted from PMBOK and automotive SPICE — to govern scope, schedule, budget and quality across multidisciplinary teams. From kick-off through series handover, we run regular milestone reviews, maintain detailed risk registers, coordinate internal and external stakeholders, and track KPIs in real time. Our goal is always the same: deliver on time, within budget and to the quality level your customers expect.
