Design & Build
Web and mobile applications, designed and engineered in the same practice.
- Build iterations
- Two rounds, then build
- Deliverables
This is the service the practice exists for: the people who draw it are the people who ship it.
What that changes
- No translation loss. No spec document, no “engineering interpreted it differently.”
- Honest estimates. Scope is judged by the people who will do the work.
- Faster rounds. Feedback goes straight into the code.
How it is built
Static-first and server-rendered wherever the product allows. JavaScript is added where an interaction needs it, assets are processed at build time, and pages arrive as complete HTML. On applications that cannot be static, the same discipline applies to payload size, caching, and time to first interaction.
Infrastructure is part of the design
Where something runs shapes what it can do. Architecture, environments, and deployment are scoped alongside the interface rather than handed to somebody else afterwards — which is how a design survives contact with production.
Readable by machines
Search engines and language models are a real share of the audience now, and they read markup, not layout. Semantic HTML, structured data, sitemaps, and plain-text representations ship as standard. This site is the reference implementation — see the colophon.
Design & Build: common questions
What do you build with?
TypeScript throughout. React, Next.js, Angular, Svelte, or Astro on the front end; React Native and Expo for mobile; Node, PostgreSQL, Supabase, or Firebase behind them. Deployed to AWS, Azure, Cloudflare, or Vercel depending on where you already are.
Do you work in our existing cloud?
Yes. We deploy into AWS — ECS, Lambda, RDS, CloudFront — as readily as Azure or an edge platform. The right answer is usually the one your team already operates.
Can our team maintain it?
That is a design requirement. Every build ships with readable code, infrastructure defined in version control, and a walkthrough.
Do you handle SEO and AI visibility?
Built in. Semantic markup, clean heading structure, schema.org data, server-rendered HTML, and machine-readable formats so search engines and language models read the product accurately.