Full-Stack Web Applications Built End-to-End by One Accountable Team

Stripe found that 42% of developer time goes to technical debt. Applications built by fragmented teams accumulate debt at the integration boundaries. We build complete web applications with a single team that owns frontend, backend, database, and infrastructure.

42%

of developer time goes to technical debt, and full-stack applications built by a single team accumulate less debt because integration boundaries are owned, not passed between teams

Stripe, 2018

Full-Stack Web Applications

Complete web applications built end-to-end with React or Next.js frontends, Node.js or Python backends, PostgreSQL or MongoDB databases, and cloud deployment.

What's Included

Everything you get with our Full-Stack Web Applications

Architecture Design Document

Complete system design covering data models, API contracts, authentication flows, rendering strategy, and infrastructure topology, reviewed before code begins

Production Web Application

Full-stack application with React/Next.js frontend, Node.js/Python API, database, authentication, and automated tests deployed to production with CI/CD

Infrastructure and DevOps

Cloud infrastructure, CI/CD pipeline, monitoring, automated backups, and staging environment defined as infrastructure-as-code

Our Full-Stack Web Application Process

1

Architecture Design

We design data models, API contracts, authentication flows, rendering strategy, and infrastructure topology. The architecture document is reviewed and approved before code begins.

2

Foundation Sprint

Database setup, API framework, authentication, CI/CD pipeline. At the end of this sprint you have a deployable application skeleton with user registration working end to end.

3

Feature Sprints

Two-week sprints delivering working features across the full stack. Each sprint produces deployable, tested code. You review working software every two weeks.

4

Launch and Handoff

Performance testing, security audit, monitoring setup, documentation, and team training. You launch with confidence and complete ownership of the codebase.

Key Benefits

Zero integration boundary bugs

The same team writes the API and the frontend that consumes it. The same team designs the database schema and writes the queries. Type contracts are shared between layers through TypeScript. Integration bugs that plague multi-team projects simply do not occur.

Faster delivery through shared context

When one team understands every layer, feature development does not require cross-team coordination. A feature that needs a new API endpoint, a database migration, and a frontend component is implemented by the same people in the same sprint.

A codebase your team can own

Clean architecture, TypeScript throughout, comprehensive tests, and documentation. Your team inherits a codebase they can understand, modify, and extend independently. No vendor lock-in, no proprietary frameworks.

Research & Evidence

Backed by industry research and proven results

The Developer Coefficient

42% of developer time goes to technical debt, much of which originates at the boundaries between frontend and backend teams where assumptions diverge

Stripe (2018)

Systems Sciences Institute

Production bugs cost 6x more to fix than those caught in design, making upfront full-stack architecture planning the highest-ROI activity

IBM (2020)

Frequently Asked Questions

What tech stack do you use?

React or Next.js for frontend, Node.js or Python for backend, PostgreSQL or MongoDB for database, Redis for caching, and AWS or Vercel for hosting. We choose based on your specific requirements, team expertise, and performance needs.

How long does a full-stack web app take?

An MVP with core features takes 8 to 12 weeks. A full-featured application takes 12 to 20 weeks. We deliver in 2-week sprints so you see working software continuously.

How much does it cost?

MVP applications range from $30,000 to $60,000. Full-featured applications with complex features run $60,000 to $150,000. Fixed-price proposals after a scoping session.

Can you take over an existing application?

Yes. We audit the existing codebase, identify technical debt and architecture issues, and create a prioritized plan to improve it while maintaining feature velocity.

Build Your Application With One Team That Owns Every Layer

Tell us about your application. We will map it to a full-stack architecture with realistic timelines and costs.