Agentic AI Is Coming for Your Firmware Team (And That’s a Good Thing)
Within 18 months, agentic AI will write better embedded C than most junior firmware engineers. Here’s what that means for hardware startups — and what boards need to ask.
Non-Executive Director and strategic advisor with 25+ years leading the development of electronics products — from IoT wearables and battery energy systems to aviation retail and Industry 4.0 solutions.
Entrepreneurial technologist, board-level advisor, and hands-on electronics leader.
I'm an entrepreneurial Managing Director and technologist with over 25 years of experience leading digital transformation, building scalable businesses, and developing products for high-growth and start-up organisations.
As Managing Director of Ignys, a 25-person Electronic Design and Software Development Consultancy, I led the company to three awards for Electronic Design Team of the Year, doubled the engineering headcount, and significantly grew turnover and EBIT. Projects ranged from ground-breaking battery controllers for BESS to heating systems for a household-name energy company and a reimagined Sinclair computer for a record-breaking Kickstarter.
My career spans founding IoT ventures, serving as CTO for connected-worker wearable technology companies, and delivering technology across regulated industries including aviation, oil & gas, and payments. I hold an HND in Electronic Engineering and have five patents pending in wearable and hazard-sensing technology.
Battery controllers & heating systems
Connected workers, sensors & gateways
Onboard retail POS & payment solutions
ATEX wearables & safety systems
PCI-DSS, EMV & ISO27001
IoT solutions for agriculture
Flexible engagement models tailored to your stage of growth and specific technical challenges.
Independent board-level oversight with deep technical understanding. I bring governance, challenge, and strategic guidance to boards navigating complex product development and digital transformation.
Strategic counsel without the formality of a full NED role. Ideal for startups and scale-ups seeking experienced guidance on product strategy, technology choices, and market positioning.
Hands-on technical leadership when you need it most — whether you're between CTOs, scaling your engineering team, or tackling a pivotal product development phase.
Rigorous assessment of technology, architecture, and engineering capability for investors and acquirers. I evaluate IP, team competence, technical debt, scalability, and product-market fit.
End-to-end management of electronics product development — from concept and prototyping through EMC/MNO certification to manufacturing. I've delivered products spanning IoT, wearables, and energy systems.
Coaching CTOs, engineering leaders, and founders through growth challenges. I help build high-performing teams, define technology roadmaps, and establish operational excellence frameworks.
From boardroom strategy to engineering bench — I help businesses at every level harness AI effectively. For leadership teams, that means identifying where AI delivers genuine operational ROI, not technology for its own sake. For electronics and firmware teams, it means practical adoption of AI-assisted design, code generation, PCB review, and test automation — with a clear focus on productivity gains that hold up under compliance and quality scrutiny.
Strategic guidance on Innovate UK grant applications for technology-led businesses. I help founders and R&D teams craft compelling applications that articulate genuine innovation, demonstrate technical feasibility, and align with competition criteria. From Smart Grants to Collaborative R&D, I bring experience of what assessors look for — helping you avoid common pitfalls and significantly improve your chances of funding success.
Helping electronics companies design and specify the right test strategy for their products and production volumes. From defining test coverage and selecting fixture architectures to evaluating in-circuit, functional, and boundary scan approaches — I provide independent, vendor-neutral guidance that balances test depth, capital cost, and throughput. Whether you're scaling a prototype to production or rethinking legacy test infrastructure, I help you make decisions that stand up at volume.
Key leadership roles across electronics, IoT, and technology-driven businesses.
Innovations in wearable light-emitting device looms, hazardous-condition clothing, control unit communication, and proximity warning systems.
Observations from the intersection of electronics, leadership, and product development.
Within 18 months, agentic AI will write better embedded C than most junior firmware engineers. Here’s what that means for hardware startups — and what boards need to ask.
They need someone who’s been in the trenches — who can spot the difference between a technical decision that saves you six months and one that quietly buries you.
Industrial IoT has a dirty secret: most “successful pilots” never make it to production. The problem is structural, not commercial.
The CRA mandates cybersecurity throughout the product lifecycle. Non-compliance carries penalties of up to €15 million. Is your board prepared?
AI-generated code that “seems to work” is a survivable risk in web development. In embedded systems and firmware, the consequences are fundamentally different.
You’re giving away 10–30% of your equity to someone whose primary skill is writing code. There’s a more cost-effective, lower-risk way to get technical leadership.
MCUs with dedicated NPUs are shipping at price points that make edge AI viable in volume products. The real bottleneck? Firmware teams.
As BESS demand accelerates, the opportunity for electronics design firms goes far beyond battery management — it’s about rethinking energy architecture from first principles.
After deploying connected-worker solutions across oil rigs, construction sites, and logistics hubs in four continents, here’s what I’ve learned about picking the right connectivity.
Most due diligence processes assess code quality and architecture but miss the signals that really matter — team capability, technical culture, and product-market alignment.
Industrial wearables demand ATEX certification, multi-sensor integration, and hostile-environment resilience. Here’s what building them for oil rigs and construction sites really takes.
From CE and UKCA marking to FCC, ATEX, and MNO certification — why compliance must be a design input, not an afterthought, and the questions boards should be asking.
Whether you're seeking a NED, advisory support, or interim CTO leadership, I'd welcome a conversation about your challenges.