Applications Built to Still Be Correct Next Year
A website can be wrong all week and cost you traffic. An application that is wrong charges the wrong card, shows one customer another customer's records, or loses an order. This is the highest starting price we publish, and the reason is not more screens — it is that the interface, the API, the database and deployment have to agree, and somebody has to own the seam where they meet.
Free proposal · No contracts over 30 days · Reply within one business day
Leads
1,284
CPL
$38
ROAS
4.7x
Revenue by month
Everything Included in Full-Stack Development
No vague retainers. Here is exactly what lands, and what it is for.
Architecture and Data Model
Entities, relationships and the rules that must always hold, designed as a PostgreSQL schema with indexes and constraints in place before the first feature. Migrations live in version control, so the database changes the same way the code does.
API Contract and Business Rules
One documented REST or GraphQL contract that the interface and the server both build against, with validation at the boundary and every rule enforced in code the browser cannot reach.
Permissions and the Audit Trail
Roles and record-level access checked on the server for every request, so one customer cannot reach another's records by changing an identifier in the URL. Privileged actions — a refund, a price override, a permission change — are written to an audit trail with a timestamp and an actor, because that question is only ever asked after the fact.
Admin and User Dashboards
Two interfaces, two audiences. Customers see their own records, their billing and their history; your team sees the queue, the exceptions and the controls to fix them. Both built from one React component library so they stay consistent.
Payments and Integrations
Stripe or your processor, wired with webhooks that are idempotent and signed, so a retried callback does not charge twice. CRM, calendar, accounting and messaging integrations built against rate limits, retries and the day the other service is down.
Deployment, Backups and Monitoring
Separate staging and production environments, a pipeline that runs the tests before anything ships, database backups that we restore in a drill rather than assume, and error and uptime alerting that reaches a person.
A repeatable sequence, not improvisation
- 1Discovery & architecture
- 2Schema & API
- 3Vertical slices
- 4Payments & integrations
- 5Hardening & QA
- 6Launch & monitoring
Tools we run this on
Licences are included in the retainer unless noted otherwise.
Pairs well with
Situations we build this for
The brief we get most often, and why this service rather than another one.
Two Vendors and One Blame Loop
The interface team says the API is wrong; the API team says the interface calls it wrongly. Nobody owns the contract between them, so the bug survives every sprint.
The MVP Reached Its Ceiling
A prototype or no-code build now holds real customers, real money and real records. It was correct at fifty users and is failing at five thousand, and the fix is structural.
You Sell Access, Not Hours
Subscriptions, trials, seats, tenants and a billing cycle that has to reconcile with what the software actually granted. That is a system with state, and no CMS holds it.
Customers Want to Serve Themselves
Your team answers the same questions by phone and email every day: where is my order, can I change my booking, send me the invoice. Each of those is a logged-in screen.
- Customer and member portals with accounts, roles and self-service
- SaaS platforms with subscription billing and tenant separation
- Marketplaces and two-sided platforms with payouts
- Booking and scheduling applications with payments attached
- Client-facing dashboards where each account sees only its own data
- No-code or prototype MVPs rebuilt for production load
- Learning and membership platforms with gated content
- Applications migrated from shared hosting to cloud infrastructure
Why businesses buy this
Not adjectives — the mechanism behind each one.
One Team Owns the Seam
Most defects in a split build live between the halves, where neither vendor is responsible. When one team designs the contract and both sides of it, that gap has an owner.
One Source of Truth
Every screen reads from the same schema instead of each half keeping its own copy of the truth. Reports agree with the dashboard, and the dashboard agrees with the invoice.
Rules the Browser Cannot Reach
Anything a user can edit in DevTools is not a rule, it is a suggestion. Permissions, prices and limits are checked server-side on every request, so the interface stays a convenience.
Growth Without a Rewrite
Pagination, indexes, background jobs and stateless servers are decided at build time. Handling ten times the load then becomes a configuration change and a bigger machine rather than a rebuild.
Full-Stack Development — Starting From $1,000
Starting prices are based on basic project requirements. Final pricing depends on scope, features, integrations, number of pages, functionality and specific business requirements.
- 30-day terms, no long lock-in
- You own every asset and account
- Scope and price in writing first
Your product has accounts, permissions and money in it
If that sounds like you, the free proposal will tell you what we would do first and roughly what it costs — before anyone asks for a card.
Get a free proposalYour site is content — no accounts, no data to keep right
We will say so on the first call rather than four months in. If something else on the list would serve you better, we will point at it.
Browse the other 24 servicesExperiences Shared By Our Clients
Eight in ten of our clients came from a referral by one of the others.
“Their team elevated our brand social presence with creative, consistent, and engaging content. Our audience engagement and brand recognition grew faster than we expected. As they promised us, we are fully satisfied.”
Client names published with permission. Full case studies available on request.
Full-Stack Development FAQs
Ready to get started with Full-Stack Development?
One team building both halves of a web application — interface, API, database, authentication and deployment — so the contract between them is designed rather than negotiated.