What stack do you build on?

Next.js, TypeScript and PostgreSQL for most products, with tRPC or REST depending on who consumes the API. We'll justify every choice in the architecture phase rather than defaulting to it.

Can you take over an existing codebase?

Yes. We start with a paid audit — architecture, test coverage, dependency risk and a prioritised list — so you get something useful whether or not you continue with us.

Who owns the code and the infrastructure?

You do, from the first commit. Your GitHub organisation, your cloud account, your IP. Everything is infrastructure as code, so there is nothing locked in our heads.

What happens after launch?

Most clients move to a retained team for ongoing work. If you'd rather take it in-house, we run a structured handover and stay available for questions.

Web Application Development

SaaS platforms, dashboards and internal tools built to carry real load and real customers.

Laptop showing analytics charts and business dashboards

Services01 / 06

SaaS platforms, dashboards and internal tools built to carry real load and real customers.

Scope a Web App View our work

Modern office workspace with an open-plan desk setup

Deliverables: 05; artefacts handed over
Phases: 04; build milestones
Engagement: Web Apps; Web Application Development

Web Application Development

The workflow that makes you money has outgrownspreadsheets and a stack of SaaS subscriptions wiredtogether by hand. We build the application thatreplaces it — one you can charge for, onboardcustomers into, and raise on.

The problem

Sound familiar?

If more than one of these describes where you are today, this is the service that fixes it.

The business runs on spreadsheets nobody trusts
Critical process lives in a file with twelve tabs, one owner, and no audit trail of who changed what.
Off-the-shelf SaaS almost fits
You are paying per seat to work around a tool rather than with it, and the gap widens every quarter.
The existing app can't take another feature
No tests, no types, no boundaries — so every change risks breaking something unrelated and ships slower than the last.
It falls over when usage grows
What worked for fifty users times out at five thousand, and nobody can say which query is responsible.

How we deliver it

11
Architecture before code
Data model, service boundaries and integration points agreed and written down in week one, so the expensive decisions get made deliberately.
22
Type safety end to end
TypeScript from database schema through API to interface. A breaking change surfaces in the editor, not in production.
33
Multi-tenancy and permissions
Tenant isolation, roles and audit logging designed in from the start. Retrofitting them later is a rewrite.
44
Billing and onboarding
Stripe subscriptions, trials, usage metering and a self-serve signup that doesn't need you in the loop.
55
Performance budgets
Server Components by default, measured query plans, and caching where it earns its complexity.
66
Tests that run on every commit
Unit tests on the logic that matters and Playwright on the paths that earn revenue, wired into CI.