Building at the edge
of what's possible.

I've spent over a decade as a Senior Solutions Architect — helping large enterprises design and implement intelligent automation systems at scale. Across industries and organisations, I've seen firsthand how the right architecture can quietly transform how a business operates, and how the wrong one can just as quietly calcify it.

That work taught me something important: most organisations are solving yesterday's problems with yesterday's tools, while the next paradigm shift is already forming at the edges. I became obsessed with those edges — particularly the convergence of quantum computing and artificial intelligence, which I believe represents the most significant shift in computation since the transistor.

Small Qubit Labs is where I explore those edges seriously. The name is deliberate: a qubit is the fundamental unit of quantum information — probabilistic, entangled, capable of existing in multiple states simultaneously. It's a fitting metaphor for the kind of thinking I find most interesting: ideas that resist simple categorisation, problems that require you to hold multiple realities at once before collapsing into an answer.

My background sits at an unusual intersection: deep enterprise architecture experience combined with genuine curiosity about frontier technology. I've designed systems that process millions of transactions, advised C-suite teams on AI transformation strategy, and spent weekends reading quantum computing research papers — not because I had to, but because the ideas are genuinely thrilling.

That combination — practical systems thinking plus frontier technical curiosity — is what makes the lab interesting. I'm not a pure researcher disconnected from real-world constraints, and I'm not a consultant who treats quantum and AI as buzzwords. I care about whether things actually work, at scale, under pressure, with real users.

On the side, I build software — AI-powered tools, automation systems, experiments that test specific hypotheses. Some of these will become lab projects. Some will become products. All of them make me a better architect and a more honest writer about what this technology can and can't do today.

Small Qubit Labs is not yet a registered business. It's something more honest than that — a serious experiment. A place to build quietly, think rigorously, and determine whether there's a real company worth creating here.

The direction is clear: quantum-classical hybrid solutions for real enterprise problems, AI transformation work grounded in architectural discipline, and research that connects the theoretical to the immediately practical. Eventually a startup. For now, a lab.

I work with a small number of teams on quantum and AI challenges — consulting engagements where the problem is genuinely hard and the organisation is serious about doing it right. If that sounds like your situation, I'd like to hear about it.

I'm inspired by the way Apple approached product design — the belief that the details are not the details, they make the design. That philosophy applies as much to a quantum algorithm as it does to a button radius. Precision isn't perfectionism. It's respect for the person on the other end.