App Development

Web Application Development

Most web applications are not hard because of the features. They are hard because of everything around them — permissions, audit trails, background jobs, migrations and the version of the system that has to keep running while you replace it.

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Web Application Development

What We Build

Web products from a first version through to systems used by thousands daily.

SaaS Platforms

Multi-tenant products with subscriptions, roles, usage limits and self-service onboarding.

Customer Portals

Client-facing portals over your existing systems, with authentication and permissions done properly.

Internal Tools

Operations and admin systems that replace the spreadsheets a department is quietly running on.

APIs & Integrations

REST and GraphQL APIs, webhooks and third-party integrations with retry and reconciliation.

Legacy Modernisation

Old applications replaced incrementally, running alongside the original rather than in a big-bang cutover.

Dashboards & Reporting

Reporting layers that stay fast as data grows, without hammering your production database.

What Every Build Includes

01

Authentication and roles

SSO, MFA and role-based permissions designed against your real org structure.

02

Audit trails

Who changed what and when, on the records where it matters — nearly always needed later.

03

Background jobs

Queues for anything slow, with retries, dead-letter handling and visibility into failures.

04

Observability

Structured logs, metrics and alerting from the first deployment.

05

Safe migrations

Schema changes that deploy without downtime and can be rolled back.

06

Security practices

Dependency scanning, secrets management and the OWASP basics enforced in CI.

Apps We Have Built Across Sectors

The platform changes, the discipline does not — performance on real devices, offline behaviour and a release process that does not break users.

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Fintech & banking
E-commerce
Healthcare
Logistics & field ops
Travel & hospitality
Education
Trading & investing
Real estate
Social & community

Application Engineering Capabilities

What we hold to on every build, regardless of platform.

Real-device testing

A device matrix drawn from your analytics, tested throughout rather than at the end.

Offline behaviour

Local storage, sync and conflict resolution designed in, not retrofitted after a complaint.

Security hardening

Certificate pinning, encrypted storage and tamper detection where money or identity is involved.

Automated tests in CI

Unit and end-to-end coverage on the critical paths, running on every change.

Observability

Crash reporting, performance tracing and release health visible from the first build.

Release engineering

Staged rollouts, signed builds and a tested rollback for every deployment.

How We Deliver

Working software every two weeks, on infrastructure you control.

Discovery

Requirements, constraints and integrations mapped, with a phased plan and price.

Architecture

Data model, services and infrastructure designed and reviewed before the build.

Build

Two-week sprints with demos and a staging environment updated continuously.

Launch and hand over

Production deployment, monitoring, documentation and a walkthrough for your team.

Build Something You Can Own

Tell us what the application needs to do. You will get a phased plan, a timeline and a price — usually within 48 hours.

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FAQs

Web Application Questions

Everything you need to know about our app development work.

Usually TypeScript with React and Node, or Python with Django, unless you have an existing team or standard we should match. The most important factor is who maintains it afterwards, so we ask that question first.

Yes. We start with a review of what is there and an honest assessment of what should be kept, refactored or replaced. Incremental improvement is usually cheaper and far less risky than a rewrite.

You do, from the start. Code lives in your repository, infrastructure in your cloud account. We work in your environment rather than handing something over at the end.

By sizing for your realistic load rather than a hypothetical one, and by building so the bottlenecks can be addressed when they appear. Premature scaling architecture costs money and slows delivery; we would rather instrument properly and scale what actually needs it.