Senior architect. Still in the code.
Twenty years of shipping the systems other teams are
still trying to finish.

I help companies modernize the systems holding them back and adopt AI where it actually moves the business - and I build what I recommend.

Most technical consulting ends with a document.
Mine ends with a working system.

For twenty years I've been designing, rescuing, and scaling complex software — across enterprise, fintech, telecom, insurance, and the startups in between.

I'm the founder of Invelop Software, and I work with leadership teams who need a senior architect they can trust before, during, and after the build.

Who I Help

Check our awesome projects that are hard to miss out on!

Operations Leaders exploring AI.

You've been told AI will change your business.
You want to know what's actually feasible inside your existing systems - and what would be reckless.

Founders whose product has stalled.

You hired a developer, you funded the build, and twelve months in you stilldon't have a working proof of concept. The problem is rarely effort - it's usually the architecture underneath.

Engineering leaders and CTOs carrying a hard initiative.

Modernization, AI integration, a platform rebuild - work where the cost of the wrong call is measured in years. You want a second senior voice in the room who has done this before.

How I Work

Technical Consulting & Development The structural core of every engagement. Precision-engineered strategy designed to stabilize, scale, and transform technical infrastructure.

AI Adoption Strategy

Helping companies figure outwhere AI creates real business value, and then architecting and building thesolutions to get them there.

This is not a slide deck. It starts with the workflows the business actually runs, identifies where AI changes the economics, and produces a technical roadmap that engineering canexecute against. Then I build the integration layer — or supervises the team that does.

Signal you need this:
Leadership keeps being told “we should be doing more with AI” but no one inside thebusiness can tell them where to start or what is realistic.

Let’s Collaborate
Let’s Collaborate

Legacy System Modernization

Untangling monoliths, re-architecting performance-critical pipelines, and migrating decade-old platforms to modern, cloud-native systems — without breaking the business that depends on them.
This is the work that scares everyone else. Twenty years of doing it means I know where the load-bearing walls are.

Signal you need this:
Your team is afraid to touch the codebase. Releases are slowing down. New hirescan't onboard. Every estimate doubles in flight.

Let’s Collaborate
Let’s Collaborate

Full-Stack Architecture

Tech-stack-agnostic system design across .NET / C#, TypeScript, React, Next.js, PHP / Laravel, Vue, mobile(MAUI / Xamarin), and cloud (Azure, AWS, Docker).
Architecture decisions made by someone who has built in all of these stacks — and who therefore picks tools because they fit the problem, not because they are the only thing the consultant knows.

Signal you need this:
You're starting something new and the technology choices will be hard to reverse, or you have inherited a system whose architecture is the problem.

Let’s Collaborate
Let’s Collaborate

Technical Leadership

Defining technical strategy,mentoring developers, establishing engineering practices, and owning the full problem from idea to production.

CEO, CIO, and Software Development Manager — I have held all three roles. He can plug in as fractional technical leadership while a permanent hire is found, or alongside an existing team that needs a senior voice in the room.

Signal you need this:
The team is shipping but you have no confidence in the technical direction, or youare pre-CTO and making decisions that will outlive your current team.

Get In Touch
Let’s Collaborate

Take our 10 minute Legacy System Risk Audit

The Engagement Process

“I don't write reports and walk away. I build what I recommend, then hand it over.”

  • Step 1 — Technical Due Diligence

    Before recommending anything, Alex spends time inside the system. He reads the code, talks to the team, maps the architecture, and identifies the constraints that are real versus the constraints that are inherited assumptions. Most engagements that fail elsewhere fail here, because nobody did this step.

  • Step 2 — Architecture & Roadmap

    Output of the due diligence is a clear, written architecture and roadmap: what to build, what to leave alone, what to retire, and in what order. Honest about trade-offs. Specific about sequencing. Written so that both the executive team and the engineers can act on it.

  • Step 3 — Hands-On Delivery

    This is the difference. Alex doesn't hand off the roadmap and disappear. He builds — alongside the team or as the lead — through to a working proof of concept, a production deployment, or a successful migration. He is in the code.

  • Step 4 — Handover & Enablement

    The engagement ends with the client team running the system themselves. Documentation, mentoring, hiring input, engineering process — whatever is needed so that what Alex built doesn't decay the moment he leaves.