Services
Each service below is described as it is actually delivered. Work is scoped in writing, carried out in reviewable increments, and handed over with the documentation needed to operate it.
Service catalogue
Applications built around a specific operational problem rather than adapted from a generic product. We start from the workflow the software has to support, model the data behind it, and implement the system in units that can be tested and released independently.
Browser-based systems for internal operations and customer-facing use. We pay attention to the parts users feel: predictable navigation, states that survive a page reload, accessible markup, and performance on ordinary devices and connections.
Environments defined in code so they can be rebuilt, reviewed and reasoned about. This covers networking, compute, storage, deployment pipelines and the monitoring needed to understand how a system behaves in production.
Structural decisions made explicitly: where boundaries sit, how services communicate, which data is authoritative, and what happens when a component is unavailable. Architecture work is delivered as written documentation alongside diagrams, not as a verbal agreement.
Interfaces that let existing systems exchange data reliably. We define contracts first, version them deliberately, and handle the unglamorous parts of integration properly: retries, idempotency, partial failures and reconciliation.
Translating design intent into working interfaces without losing detail. We implement layouts as responsive systems rather than fixed screens, keep interaction states consistent, and verify behaviour with keyboard navigation and screen-reader semantics.
Bringing older systems into a maintainable state without a risky rewrite. Typically this means characterising current behaviour with tests, isolating parts behind clear interfaces, and replacing them incrementally while the system stays in service.
Testing arranged so that it catches the failures that actually occur. Unit tests protect logic, integration tests protect boundaries, and end-to-end checks cover the few flows whose breakage would be most damaging.
Security treated as a set of engineering requirements. Authentication and authorisation are designed rather than bolted on, input is validated at trust boundaries, secrets are managed outside the codebase, and dependencies are monitored for known issues.
Independent assessment when a decision is expensive to reverse: platform selection, build-versus-integrate questions, scaling constraints, or a second opinion on a proposed architecture. Findings are delivered in writing with the reasoning included.
Ongoing care for systems that are already live: applying updates, tuning slow queries and endpoints, reducing operational noise, and keeping documentation aligned with what the system actually does.
How engagements run
Before implementation begins we agree what the work should produce and how completion will be judged. Progress is visible in the repository rather than reported second-hand, and every increment is reviewed and tested before it reaches production.
Documentation, deployment instructions and operational notes are written during the work, so the system can be maintained by whoever owns it afterwards.
Combined engagements
A modernisation project usually needs architecture work, test coverage and an infrastructure change at the same time. We plan engagements around the outcome rather than around service boundaries, and describe the composition clearly in the scope.
Enquiries
beoranged GmbH
myrapierce1989@gmail.com