Web Engineering.
Web systems that hold up under real traffic.
Bespoke high-performance web systems engineered for global scale and speed.
Web Engineering is where we build the systems people actually transact on: marketing sites that load instantly from anywhere, dashboards that stay fast as data grows, and commerce flows that don't drop carts when traffic spikes. We treat the browser as a runtime with hard constraints, not a canvas, and we engineer for the slow phone on a congested network, because that is the device most of your revenue arrives on.
Our view is that performance is an architecture decision, not a cleanup pass at the end. We choose rendering strategy per route — static, streamed, or client-hydrated — based on what the page is for, then defend those choices with budgets in CI. A Next.js App Router build with Server Components, edge caching on Vercel, and a typed Supabase data layer gives us a system that is fast by default and cheap to change later.
This capability is for founders and product leaders who have outgrown a template or a no-code stack and need a codebase a team can extend for years — typed end to end, observable in production, and documented well enough that the next engineer ships in their first week.
Production Next.js Codebase
A typed App Router application with Server Components, a clean data layer, and per-route rendering strategy, deployed on Vercel edge.
Performance Budget Harness
Lighthouse CI and bundle-size checks wired into pull requests so regressions in LCP, CLS, and JS weight fail the build before merge.
Typed Data Layer
End-to-end TypeScript from Postgres schema to UI, with Supabase row-level security and generated types so the database and code never drift.
Commerce & Checkout Flows
Catalog, cart, and payment integration built to survive traffic spikes, with idempotent server actions and resilient state on flaky networks.
Component Library
An accessible, documented set of UI primitives the in-house team can compose without reverse-engineering one-off pages.
Runbook & Handover
Architecture notes, env setup, and observability dashboards so your team owns the system on day one, not month three.
Founders and product leaders who have outgrown a template or no-code stack and need a typed, observable, long-lived web system their own team can extend for years.
Do we have to rebuild everything from scratch?
Not always. We start with an audit of your current stack. If the foundation is sound we extend it; if a template or no-code tool is the ceiling on your performance and team velocity, we migrate route by route so the live site keeps working throughout.
Why Next.js and Supabase instead of a headless CMS or a custom backend?
Because they collapse the gap between database and UI. Server Components let us keep data fetching on the server and ship less JavaScript, and Supabase gives us Postgres with row-level security and generated types — so the schema, the API, and the frontend stay in sync without a hand-written middle tier. When a project genuinely needs a CMS or a separate service, we add it; we don’t make it the default.
How do you keep the site fast after we add features for a year?
Performance budgets live in CI. Pull requests run Lighthouse CI and bundle-size checks, so a regression in LCP, layout shift, or JavaScript weight fails the build before it merges. Speed stops being something you periodically rescue and becomes a constraint the codebase enforces on itself.
Commission web engineering.
Tell us what you're building. We respond within 48 hours.