Automotive
ECUs, telematics modules, and in-vehicle communication systems built on CAN bus meeting reliability standards.
From schematic to silicon, we own the full hardware design cycle. Our engineers bring deep expertise in mixed-signal design, embedded systems, power electronics, and wireless connectivity — delivering boards that work first time and scale to volume.
Schematic capture, multi-layer PCB layout, signal integrity analysis, and thermal simulation handled in-house by our experienced hardware team.
We develop hardware and firmware together — ensuring the board, drivers, and application layer are tightly co-designed from day one, eliminating costly late-stage surprises.
BLE, Wi-Fi, LoRa, cellular (LTE-M / NB-IoT), CAN, LIN, and Ethernet — we design and certify RF front-ends and communication stacks across all major protocols.
We manage the entire product journey under one roof — from the first concept sketch through to a validated, production-ready product. You get a single accountable partner, eliminating the handoff risk between separate design and manufacturing teams.
We move fast from concept to working prototype — validating assumptions early and iterating quickly to lock in a solid design before committing to tooling or production spend.
We coordinate with trusted CM partners to manage pilot builds and volume production runs, including incoming inspection, functional test coverage, and traceability.
From NPI (New Product Introduction) through sustained volume, we manage yield, field return analysis, and continuous improvement to protect the quality of every unit shipped.
Quality is not an afterthought — it is engineered in from the first schematic. Our DFM reviews and quality engineering practices ensure your product is not only functional, but consistently manufacturable at scale with predictable yield.
Every design goes through formal Design for Manufacturability and Design for Test reviews — optimising component placement, footprints, tolerances, and test access before handoff to production.
We apply structured QA processes — FMEA, incoming inspection, functional test fixtures, and statistical process control — to ensure consistent quality from first article through sustained production.
Pre-compliance EMC/EMI testing, CE, FCC, RoHS, and industry-specific standards (AEC-Q for automotive) are built into the development plan — not bolted on at the end.
A disciplined, stage-gated process that takes your product from concept to certified production.
Establish functional requirements, define system architecture, and select key components to meet performance, power, and interface constraints.
Develop detailed electronic schematics and physical board layout with optimised impedance routing, thermal management, and EMI mitigation.
Prepare production-ready files (Gerbers, BOM, pick-and-place), fabricate PCB samples, and assemble prototypes for initial validation.
Initialize hardware, load firmware, verify subsystem operation, and perform systematic debugging to confirm design integrity.
Analyse the design for manufacturability, reduce component count, simplify assembly, and eliminate failure modes before committing to production.
Conduct regulatory pre-compliance testing (CE, FCC, AEC-Q), finalise documentation, and manage pilot and mass production with quality oversight.
We have delivered hardware products across demanding industry verticals — each with its own performance, reliability, and compliance requirements.
ECUs, telematics modules, and in-vehicle communication systems built on CAN bus meeting reliability standards.
Low-power wireless nodes, edge gateways, and sensor platforms spanning BLE, Wi-Fi, LoRa, and cellular — from concept through volume production.
Market-ready consumer products engineered for cost, user experience, and rapid time-to-market without compromising on build quality or reliability.
Purpose-built test and validation hardware designed to de-risk your POC early — reducing overall effort, cost, and time before committing to full product development.
Quickest way to clear doubt is to setup a short meeting and give us a problem you are facing in your current project and watch us provide viable options in realtime.