Full-Stack Web Applications
Complex web applications from concept to production
Custom dashboards, internal tools, portals and web applications where a standard product doesn't fit. Fully typed, fully tested, production-ready from day one.
The problem
Off-the-shelf SaaS products become less sufficient as your processes get more complex. Spreadsheets get unmanageable, integrations fail, and client communication runs through three different systems. At some point custom software becomes cheaper than the stack of subscriptions.
What you get
TypeScript end-to-end
Frontend and backend fully typed. Shared types between client and server prevent 80% of classic API bugs.
Role-based access (RBAC)
Fine-grained permissions per role, per resource. Admin UI for role management included.
Audit trail
Every significant action logged with user, timestamp and context. Useful for compliance and debugging.
Payment integrations
Stripe, Mollie or both. Webhooks, subscription billing, refunds and invoices.
Tests and CI/CD
Unit tests for business logic, integration tests for critical paths, GitHub Actions pipeline with staging and production deploys.
Observability
Structured logging, Prometheus metrics and alerting via Grafana or ntfy. You'll know immediately when something's wrong.
Tech stack
Process
Requirements workshop → technical scope → fixed quote → sprint 0 (setup + skeleton) → 2-weekly sprints with preview → UAT → production deploy → 30 days aftercare.
Frequently asked questions
How does this differ from a SaaS platform?
A full-stack app is for one client/organisation with one dataset. SaaS is multi-tenant: multiple clients share the same infrastructure but never see each other's data. Choice depends on business model and scale.
What about mobile support?
Fully responsive for mobile browsers by default. For a native mobile app (iOS/Android), React Native + Expo is a logical addition - see 'Mobile App Development'.
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