Our engineers work with your team on system architecture, hardware and embedded software, from the first requirements document through prototype bring-up and iteration. The aim is a product that can be manufactured, tested and supported, not a demonstration that impresses once.

Customers, certifiers and investors all ask the same question in different words: does it work, and how do you know? We plan verification early, run bench, hardware-in-the-loop and environmental testing, and produce the evidence packages that answer the question the first time it is asked.

Because we work with established manufacturers and large industrial groups every day, we know who is looking for what. We help founders design a pilot that a serious buyer can say yes to, and we make the introduction ourselves rather than handing over a list.

Our founders have sat on both sides of the investment table. We prepare companies for grant programmes, government schemes and institutional investors: eligibility, technical due diligence, the documentation a data room actually needs, and the conversation that follows.

New products, redesigns of existing ones, cost-down programmes and the replacement of platforms whose components are going out of production. We take a product from requirements through validated hardware and software, and we design for the factory you actually have.

Functional, performance and stress testing, pre-compliance work, reliability analysis and the investigation of field failures. The output is evidence that your customers and their auditors accept, prepared by engineers who have been through those audits themselves.

Becoming a supplier to an OEM or a defence public-sector undertaking is a qualification exercise as much as a sales one. We close the documentation and process gaps, prepare the technical case, and introduce you to demand we already know exists.

We see a steady flow of early-stage companies with intellectual property that needs a manufacturer. Where there is a fit, we structure the licence or the partnership and manage the design transfer, so that an established company gains a new product line without building it from scratch.

System design through validation across hardware, embedded software and integration, delivered as a work package with defined acceptance criteria, as a team extension working inside your processes, or as a complete product programme that we run and report on.

Design and code reviews, verification and validation campaigns, hardware-in-the-loop testing and the investigation of field issues, carried out by engineers who were not involved in the original design and have no incentive to defend it.

Access to early-stage and mid-sized companies we have already vetted, matched to your problem statements, with Orvane accountable for delivery. This is how large organisations get the benefit of startup technology without the risk of managing a startup.

For programmes that need several partners, including indigenisation and defence offset work, we assemble the consortium, coordinate the members and present the client with one point of contact and one line of accountability.

Electronic control units and sub-systems designed for vehicle-grade reliability, functional safety and cybersecurity. Our work includes battery management systems (cell monitoring and balancing, state-of-charge and state-of-health estimation, thermal and contactor control), vehicle communication over CAN, CAN FD, LIN and automotive Ethernet with UDS and XCP diagnostics, sensor interfacing and safety mechanisms designed to functional-safety principles, and secure over-the-air update systems with dual-bank and fail-safe strategies.

Connected products engineered for cost, power, manufacturability and user experience at volume: Wi-Fi, Bluetooth Low Energy, Thread and Matter connectivity with cloud integration and device management; bill-of-materials reduction and low-power architectures; display, touch and HMI development; and design-for-test with production test fixtures and end-of-line software.

Control and power electronics for environments where deterministic behaviour and uptime are the product: motor control and drives, programmable controllers, Modbus, EtherCAT and PROFINET, real-time operating systems and timing analysis, and ruggedised design for extended temperature, vibration and electromagnetic compatibility.

High-reliability electronics and sub-systems for programmes with qualification, documentation and indigenisation requirements: derating, redundancy and worst-case analysis, obsolescence management, test planning against military and aerospace environmental and EMI/EMC standards, and sub-system supply with the documentation that DPSU and DRDO programmes require.

The discipline the company was founded around: RTL design and functional verification, FPGA prototyping and emulation, IP integration, post-silicon bring-up and characterisation, ATE test-program development, and the reference designs, drivers and development kits that take a device to market.

A founding team with several hundred years of combined experience across semiconductors, electronics, company building, investment and governance, and an advisory board drawn from across the sector.

Engineering and services revenue from the first engagements. Intellectual property, platforms and equity positions in the companies we help build accumulate over time.

Enterprise engineering, mid-market growth programmes and venture building each feed the others with customers, suppliers and deal flow.

Aligned to India's semiconductor, electronics manufacturing and defence indigenisation programmes, with the experience to help clients qualify for them.

Governance, reporting and compliance designed for a company that intends to list, not retrofitted when it does.