We structure routes with the Next.js App Router so marketing pages, authenticated dashboards, and API handlers share one coherent codebase. Server Components reduce client bundle size while streaming keeps time-to-first-byte low on content-heavy pages. Caching is explicit — static segments, revalidation windows, and on-demand invalidation are documented in your runbook so editors know when changes go live. Every template ships with metadata helpers for titles, canonical URLs, and Open Graph tags tied to your CMS fields.
Core Stack
- Next.js
- React
- NestJS
Overview
What This Service Covers
We design and ship web products that feel premium and perform under load — marketing sites, customer portals, internal tools, and multi-tenant SaaS.
Our stack centers on TypeScript end-to-end: Next.js on the front, NestJS or Node APIs behind the scenes, PostgreSQL and Redis for data. Every project includes performance budgets, accessibility review, and deployment pipelines you own.
Capabilities
What's Included
Each capability maps to deliverables in your statement of work — no vague bullet points.
Backend contracts are defined before UI sprints so frontend and mobile teams can work in parallel. We use validated DTOs with class-validator or Zod, consistent error shapes, and pagination defaults that scale to large datasets. OpenAPI specs are generated and kept in sync with controllers — your internal teams can import them into Postman or codegen clients without guesswork. Versioning and deprecation policies are agreed upfront to avoid breaking mobile or partner integrations at release time.
Authentication flows cover email/password, OAuth providers, and optional SSO for enterprise clients. Access tokens are short-lived with refresh rotation stored in httpOnly cookies — never localStorage. Role and permission models map to your business rules: admin, editor, customer, or custom tenant scopes for multi-org SaaS. Audit logs capture who changed what, supporting compliance reviews and debugging production incidents without exposing secrets in logs.
Performance is a requirement, not a post-launch afterthought. We set budgets for LCP, INP, and CLS per template and run Lighthouse CI on pull requests. Images use next/image with responsive sizes; fonts are subset and preloaded where they affect hero content. Database queries are profiled for N+1 patterns, and Redis caches hot reads with TTLs aligned to your freshness needs.
Security reviews follow OWASP Top 10 patterns: parameterized queries via Prisma, output encoding, CSRF protection on mutations, and rate limits on auth and public forms. Secrets live in environment config — never committed — with separate dev/staging/production values. Dependency updates are tracked; critical CVEs trigger patch sprints. Penetration findings from your vendor are triaged and remediated with evidence for your security team.
Every project gets a CI pipeline: lint, typecheck, unit tests, and preview deployments per branch. Production deploys are zero-downtime with health checks and automatic rollback hooks. Structured logging and error tracking (e.g. Sentry) are wired before launch so you are not flying blind on day one. Infrastructure-as-code or platform docs are handed over so your team can own scaling decisions.
Delivery Flow
How We Execute
A transparent pipeline — you know what happens in each phase before we start.
We run structured workshops with stakeholders to capture business goals, user personas, integration points, and measurable success criteria. Existing systems are inventoried — APIs, auth providers, analytics, and content sources — so nothing surprises us mid-sprint. A lightweight discovery deck summarizes scope, risks, and out-of-scope items for sign-off before design or build begins.
Technical leads produce a solution outline: stack choices, data model sketches, deployment topology, and a milestone roadmap tied to demoable outcomes. Non-functional requirements — uptime, RPO/RTO, expected traffic — inform caching, queue, and database sizing. You review architecture decisions in a single session; changes after sign-off go through a change-request path with impact on timeline and cost.
Delivery runs in two-week sprints with a fixed ceremony rhythm: planning, daily async updates, demo, and retro. Each sprint ends with working software in a preview environment — not slide decks. Backlog is prioritized collaboratively; we surface blockers early when third-party APIs or content are delayed. Velocity trends help forecast launch dates without over-promising.
Before launch we run QA passes across browsers and devices, load tests on critical paths, and a security checklist review. Accessibility is validated against WCAG AA for key flows. Bug severity tiers define what must ship fixed vs. what can follow in a patch. Stakeholders sign a launch readiness checklist when acceptance criteria are met.
Go-live includes DNS cutover planning, monitoring dashboards, on-call runbooks, and a hypercare window for rapid fixes. We train your team on admin tools and deployment steps so handover is operational, not theoretical. Post-launch we review metrics against discovery goals and propose a backlog for phase two improvements.
At Handover
Tangible Deliverables
What you receive when the engagement milestone completes — documented and transferable.
Your Finished Product
Representative production interfaces — dashboards, apps, and workflows delivered at handover.
Included at handover
- Production codebase
- Admin docs
- Deployment runbook
- 30-day hypercare
Common Questions
FAQs for Web Development
Both. We audit first, then recommend refactor, strangler migration, or greenfield based on risk and budget.
You do — repos are in your org from day one with full transfer at handover.