Week 1–2
Information architecture & API design
Map routes to rendering mode, define OpenAPI or GraphQL schema, pagination and error contract, and caching headers or CDN rules.
Web
Web Development
We build internal tools, customer portals, and content-led sites where the front end and API evolve together. Routing, data fetching, and caching strategies are chosen per surface: static generation for marketing, server components or SSR for authenticated app shells, and edge middleware for geo, auth, or A/B. Backend code follows clear boundaries (handlers → services → repositories) with migration-based schema change on PostgreSQL or equivalent.
Next.js, React, Node, APIs, and edge-ready performance with accessibility baked inDiscuss this service
When teams choose this
Situations we solve
- Marketing wants sub-second LCP globally while the app needs authenticated SSR—one repo with environment-specific caching and CDN behavior.
- Public forms and APIs face abuse; you need bot mitigation, idempotency keys, and structured audit logs.
- Design system drift across products—we centralize tokens in Tailwind/CSS variables or styled-system and publish versioned packages.
Engagement shape
How delivery typically runs
Sprint 1–n
Vertical slice delivery
Ship end-to-end features with tests at handler, integration, and Playwright/Cypress E2E levels; feature flags for safe rollout.
Per release
Production readiness
Load test critical paths (k6, Artillery), tune connection pools, add RUM (web-vitals, Datadog RUM), and run accessibility audits (axe, Lighthouse).
Deliverables
What you can hold at the end
Application codebase
Typed front and back, env separation, Dockerfile or serverless packaging, and CI that runs lint, test, and preview deploys.
Runbook
Deploy, rollback, database migration order, and on-call playbooks for 5xx or latency SLO breaches.
Design system package
Documented components with accessibility notes and Storybook or Ladle previews where applicable.
Tooling
Stacks we commonly integrate
- Next.js, React, TypeScript, Node.js
- PostgreSQL, Prisma / Drizzle / TypeORM, Redis
- Vercel, AWS (Lambda, ECS), Cloudflare Workers
- Playwright, Vitest/Jest, k6
Outcomes
Metrics we align on
20–40%
LCP improvement after perf pass (field data)
25–50% lower
API p95 latency after pool and query tuning
0 (WCAG AA target)
Critical axe violations on primary flows
Field note
B2B SaaS analytics dashboard
Heavy client bundles and unbounded list endpoints caused poor LCP and API timeouts during month-end reporting spikes.
We split routes by data mode, added pagination with cursor keys, Redis caching for aggregate tiles, and code-split charts. p95 API latency dropped and LCP on the home dashboard moved into the “good” bucket in CrUX.
Explore other services
Browse every practice area to see how we scope work, which stacks we use, and what outcomes we align on.