Enterprise web apps.
Built with Angular.
We've been building with Angular since Angular 2. Complex multi-module platforms, role-based SaaS dashboards, ERP frontends — Angular's opinionated structure is what keeps large codebases from turning into a mess at month six.
Angular is our default for enterprise complexity
Angular's opinionated structure is a feature, not a constraint. When a project involves multiple modules, large teams, or complex business logic, that structure pays off.
Enterprise Management Platforms
Multi-module applications with complex routing, role-based access control, and audit trails. Angular's module system keeps large platforms maintainable.
Multi-tenant SaaS Frontends
Subscription dashboards, tenant isolation, real-time data, and complex forms. Angular's reactive forms and RxJS integration handle the state complexity SaaS requires.
ERP & Legacy Modernisation
Replacing desktop applications with modern Angular-based interfaces connected to existing backend systems. The UX gets modern — the working infrastructure stays.
Internal Operations Tools
Logistics, operations, and finance tools with bulk data handling, print-ready reports, and custom workflow management. Built for the people who use them daily.
Not the right call for every project. Here's when it is.
Angular adds structure up front. For small projects, that's overhead. For enterprise applications, it's the thing that keeps the codebase readable at month eighteen.
Structure at scale
Angular's architecture — modules, services, guards, interceptors — enforces consistency. Code written six months in looks the same as code written on day one. For large teams, that's not optional.
TypeScript-first, signals-native
Angular is TypeScript from the ground up. Angular 19 adds signals for fine-grained reactivity, catching an entire class of bugs before they reach production.
Enterprise tooling built in
Dependency injection, reactive forms, HTTP interceptors, route guards — Angular ships these. Less time wiring third-party libraries, more time building features that matter.
SSR + prerendering with Angular 19
Angular's built-in SSR and hybrid rendering gives you fast initial loads and SEO-friendly output without bolt-on libraries. This site runs on it.
What we pair with Angular
Angular rarely runs alone. Here's the full stack we typically build around it.
Common questions about Angular development
Which Angular version do you use?
We use Angular 17–19 for new projects — standalone components, signals, new control flow, and hybrid SSR. For existing codebases we'll work with whatever version is live and recommend upgrades where they add value.
Can you take over an existing Angular application?
Yes. We start with a code audit — architecture quality, technical debt, test coverage — then agree on a direction before touching anything. We've inherited codebases from Angular 2 through Angular 16.
Angular vs React — which should I choose?
For enterprise applications with large teams and complex business logic, Angular's opinionated structure is an advantage. For smaller teams, React's flexibility often wins. We use both — we'll give you an honest recommendation for your specific situation.
How long does a typical Angular project take?
An Angular SaaS dashboard from scratch: 14–22 weeks depending on scope. A complex enterprise platform with multiple user roles: 24–36 weeks. Design maturity is the biggest variable — projects with completed Figma files move significantly faster.
Need an Angular team for your enterprise project?
Tell us what you're building.
We've been writing Angular since Angular 2. From a quick scoping call to a full build, we'll be straight with you about what it takes.
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