Custom .NET Application Development
Purpose-built applications and APIs, architected for maintainability from day one — so your team can own and extend them without re-architecting in two years.
Start a ConversationWhen off-the-shelf software doesn't fit your specific operational workflow, custom development is the right answer — but only when it's designed to be owned and maintained by your team long-term. I architect and build .NET applications with that constraint in mind: clean structure, clear patterns, and documentation that doesn't become outdated in six months.
My role is primarily architectural — I design the system and work with developers (yours or contractors I recommend) to build it. For smaller engagements, I can architect and build directly.
When Off-the-Shelf Software Doesn't Fit How You Work
Every business reaches a point where the available software doesn't quite match how they actually operate. You've looked at the SaaS products in your space. You've tried adapting them with workarounds — custom fields, third-party integrations, manual processes to bridge the gaps. For a while, it works well enough. But the workarounds multiply. The integrations break. The manual steps that were supposed to be temporary become permanent, and the time your team spends maintaining them grows every month. At some point, the question shifts from "can we make this work" to "should we build something purpose-built instead."
The build versus buy decision is one of the most consequential choices a growing business makes. Off-the-shelf tools are the right answer most of the time — until they're not. When your core operational workflow is genuinely different from what generic software supports, when the workarounds are costing more than a custom solution would, or when your competitive advantage depends on a process that no vendor tool is designed to handle, custom business application development becomes the practical path forward. Not because it's the default, but because the alternative — continuing to force-fit software that wasn't designed for you — has a compounding cost that's easy to underestimate.
The fear is real, though. Many companies have been through a custom development experience that went wrong. A dev shop built something that technically worked but was fragile, poorly documented, and impossible for anyone else to maintain. The original developers moved on, and the company was left with software it couldn't extend, couldn't easily replace, and didn't fully understand. Or the project ran over budget and over timeline because nobody scoped it properly, and what got delivered was a fraction of what was promised. These experiences make companies understandably wary of purpose-built software — but the problem in those cases wasn't the decision to build. It was the absence of architecture leadership guiding the process.
Custom .NET development done right starts with architecture, not code. It starts with understanding how the application fits into your existing systems, what your team is capable of maintaining, and what the realistic scope looks like before anyone writes a line of code. It means clean structure, established patterns, and documentation that actually reflects the system as built — not aspirational documentation written before the project started and never updated. The goal isn't just to ship software. It's to deliver something your team can own, extend, and maintain for years without needing to come back to the person who built it.
If you've been managing a critical workflow in spreadsheets, if your team is spending more time on workarounds than actual work, or if you've been burned by a previous custom development effort and need something built right this time — that's exactly the situation this engagement is designed to address.
What's Included
Requirements & Architecture
Define what needs to be built, how it fits into your existing systems, and the technical approach — before writing a line of code.
.NET Application Development
Build production-quality .NET 8+ applications with patterns designed for long-term maintainability and team ownership.
API Design & Development
Design and build RESTful APIs or service layers that expose your business logic to other platforms and internal tools.
Database Design
Design SQL Server or Azure SQL schemas that support your application's requirements and scale appropriately over time.
Azure Deployment
Deploy to Azure with appropriate configuration — App Services, Functions, Containers, or other services that fit your workload.
Documentation & Handoff
Architecture documentation, deployment runbooks, and transition support so your team can own and extend what's been built.
How Engagements Work
Custom development engagements are scoped based on the size and complexity of what's being built. For architect-led engagements where I'm directing a development team, this typically runs at Tier 2 or Tier 3.
Tier 3 — Transformation (multiple days/month): Active build phases with hands-on involvement in design decisions, code review, and development oversight.
Tier 2 — Core (2–3 days/month): Architecture ownership and design reviews while your team executes the build with my ongoing guidance.
Tier 1 — Advisory (~1 day/month): Post-launch support and architecture guidance as your team extends and maintains what's been built.
Who This Is For
Organizations that need software that doesn't exist yet and can't be addressed by off-the-shelf tools
Companies with specific operational workflows that require custom tooling to support
Businesses that have been burned by rushed development and need something built right the first time
Teams that will maintain and extend what's built — and need it designed with that in mind
Experience & Proof Points
Architected platforms for healthcare and financial services that have remained in production for over a decade, meeting evolving compliance requirements throughout.
Deep .NET and SQL Server expertise from architecture through implementation — full stack, front-end to back-end.
25+ years in technology leadership — architectures built to last, not quick fixes that create technical debt for the next team to inherit.
Ready to talk?
Tell me what you need to build and I'll let you know what a realistic engagement looks like.
Start a Conversation