Web Development.
Web platforms, SaaS products, and marketing sites. Full stack: frontend, backend, CMS if needed — built to last.
Problems we solve
- —Marketing sites that can’t survive a content update without a developer
- —Web platforms where the front end and back end were designed by different teams
- —Sites that look good in Chrome and break in production
Approach
How we run a web project.
- 01
Full stack from day one
Frontend, backend, and CMS scoped together so there are no seams.
- 02
Core Web Vitals budget
We agree performance targets on day one and build below them.
- 03
You own the codebase
Documented, deployed, and handed over. The codebase is yours.
Stack we reach for
The only page on the site where stack appears. Tools are means; the system is the goal.
- React
- Next.js
- TypeScript
- Node.js
- Sanity
- Tailwind
Relevant work
AP2T — Soccer facility sign-in, automated
Platform · 2025
Growing Pro — Coach-to-player performance platform
Platform · 2025
Common questions
What people ask before they book a call.
- What does full-stack mean in practice?
- Frontend, backend, database schema, and deployment — scoped together from day one. You do not end up with a React app and a separate API that were designed by different teams and communicate through undocumented assumptions. One team, one codebase, one handoff.
- What stack do you use for web projects?
- React and TypeScript on the frontend. Node.js on the backend. PostgreSQL for most data-heavy applications. We choose the CMS based on the content team's workflow — usually Sanity or a headless setup. Deployed to Vercel, Railway, or AWS depending on infrastructure requirements.
- Do you build marketing sites or SaaS products?
- Both. Marketing sites need to be fast, editable by non-engineers, and built so a content update does not require a deployment. SaaS products need architecture that survives user growth without a rewrite. The approach is different and we scope them differently.
- What are Core Web Vitals and do you hit the targets?
- Core Web Vitals are Google's performance metrics — LCP (load time of the main content), INP (responsiveness to interactions), and CLS (layout stability). We agree performance targets on day one and build below them. Every web project ships with a Lighthouse score above 90.
- Who owns the codebase after the project?
- You do. The codebase is documented, the infrastructure is in your accounts, and we do a handoff session covering the architecture. We do not hold the deployment hostage or charge retainers for systems we already built.