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Advanced Web Applications

Web applications and SaaS platforms engineered for real workloads.

We build enterprise web applications, multi-user platforms and the APIs behind them — software that handles complex data, many users and demanding business logic.

Our focus

Application engineering, not websites.

Our web practice builds software: systems with data models, permissions, integrations and business logic. We don't build brochure websites or template landing pages.

Capabilities

What we build for the web

  1. 01

    Enterprise web applications

    Browser-based systems that replace or extend core business software, combining the depth of desktop tools with the reach of the web.

    • Complex forms and workflows
    • Large data sets
    • Integration with internal systems
  2. 02

    SaaS platforms

    Multi-tenant products with account management, subscription integration, tenant isolation and an architecture prepared for growth.

    • Tenant isolation
    • Accounts, plans and billing integration
    • Administration tools
  3. 03

    Multi-user systems

    Roles, permissions, collaboration and audit trails for systems used by many people with different responsibilities.

    • Granular roles and permissions
    • Concurrent editing safeguards
    • Activity history
  4. 04

    Complex dashboards & interfaces

    Data-dense interfaces that make large amounts of information understandable and actionable in daily professional use.

    • Filtering, drill-down and export
    • Real-time status views
    • Designed for expert users
  5. 05

    Custom APIs & backend services

    Well-designed APIs and services that implement business logic, integrate other systems and serve web and mobile clients.

    • Clear, versioned API contracts
    • Background processing
    • Third-party integrations
  6. 06

    Scalable architecture

    Architecture planned for growth in users, data and features, so the system scales without being rebuilt.

    • Horizontal scaling paths
    • Caching and query optimization
    • Observability from day one

Architecture

From interface to infrastructure

Every application we build is designed as a whole — from what users see to how data is stored and protected.

Client project · anonymized

Advanced Multi-User Web Application

This work in practice: a multi-user web platform with real-time features, session security and a staff console, built as the web counterpart of a native mobile product.

Read the case study
Type
Multi-user web application and staff console
Starting point
An existing native mobile product
Our scope
Specification, architecture, front end, API, admin console, deployment
Status
Release candidate, in pilot (October 2026)

Standard practice

Built in from the first release

  • 01

    Authentication & roles

    Secure sign-in, single sign-on where required, and permissions matched to real responsibilities.

  • 02

    Multi-tenancy where needed

    Strict separation of customer data for platforms that serve many organizations.

  • 03

    Performance

    Fast interfaces and efficient queries, measured rather than assumed.

  • 04

    Security practices

    Input validation, least-privilege access, dependency hygiene and protection against common attack classes.

  • 05

    Observability

    Logging, metrics and error tracking, so problems are found before users report them.

  • 06

    Accessibility

    Keyboard support, sufficient contrast and semantic structure, so the application works for everyone.

Frequently asked questions

Can you take over or extend an existing web application?

Yes, after a technical review. We assess the codebase, architecture and risks first, then recommend whether to extend, refactor or rebuild specific parts.

Do you build the backend as well as the interface?

Yes. We design and build the complete application — interface, APIs, data model, integrations and deployment.

How do you approach a new SaaS product?

We start with the core workflow that delivers value, then design tenancy, roles, billing integration and administration around it, so the first release can grow into a complete product.

Start a conversation

Have a system that off-the-shelf software can't handle?

Describe the problem. We'll reply with an engineering perspective on how it could be solved and what a sensible first step looks like.