Software engineering
Software that is still maintainable in year three
Any competent team can deliver a working application. The harder problem is delivering one that a different team can safely change two years later, when the original decisions are undocumented and the people who made them have moved on.
We build for that horizon. That means designing around users rather than around the database schema, keeping the architecture as simple as the problem allows, automating tests so that changing code is not frightening, and writing down the reasoning behind decisions that would otherwise look arbitrary later.
We work across new development, modernization of existing systems, and integration between the two — which in practice is where most enterprise engineering effort actually goes.
Full lifecycle
- Technology strategy and product planning
- UX and user-centered design
- Architecture and technical design
- Development and integration
- Quality assurance and automated testing
- Deployment, monitoring and optimization
- Ongoing maintenance and support
Capabilities
What we deliver
Web application development
Responsive, accessible web applications built to standards, tested across devices, and designed so the interface reflects the task rather than the data model.
Mobile application development
Mobile experiences where they genuinely serve the user, delivered natively or cross-platform according to what the application actually requires.
Cloud-native development
Applications designed for cloud from the outset — appropriately decomposed, observable, resilient to partial failure, and economical to run.
APIs and systems integration
Well-documented, versioned APIs and integrations between systems that were never designed to speak to each other, with proper handling of failure and retry.
Microservices and containers
Service decomposition and container orchestration where the complexity is warranted — and a considered monolith where it is not.
Legacy modernization and migration
Assessing, refactoring, re-platforming or replacing ageing applications incrementally, keeping the business running throughout the transition.
Quality assurance and automated testing
Unit, integration, end-to-end and accessibility testing built into the pipeline, so quality is continuously verified rather than periodically hoped for.
DevOps, CI/CD and DevSecOps
Automated build, test, security scanning and deployment, with infrastructure as code — making releases a routine event rather than a scheduled risk.
Maintenance and optimization
Ongoing support, dependency and security updates, performance tuning and cost optimization for applications already in production.
Technologies
We choose stacks based on the problem, the organization’s existing investment, and who will maintain the result — not on preference. This is a representative sample.
Languages
- Java
- .NET and C#
- Python
- JavaScript
- TypeScript
Front-end frameworks
- React
- Angular
- Vue
Runtime and delivery
- Node.js
- Containers and orchestration
- CI/CD automation
- Infrastructure as code