Offline-first field app for a GCC services operator
Crews working in low-signal industrial environments moved from paper job sheets to an offline-first mobile application with conflict-free sync.
A legacy monolith serving 40,000 trade buyers was replaced incrementally with a server-rendered Next.js platform, without a single day of downtime.
A legacy monolith serving 40,000 trade buyers was replaced incrementally with a server-rendered Next.js platform, without a single day of downtime.
Delivery ran from our UK hub with engineering capacity from Pakistan, under a single accountable architect. The programme followed our standard four-stage lifecycle, with working software demonstrated every fortnight rather than status reported.
The same sequence on every engagement, whether it runs six weeks or two years. Each stage has an exit condition, so nobody discovers a disagreement in month four.
We map the business outcome, constraints and existing estate before proposing anything. Discovery ends with a costed plan, not a sales deck.
Rendering strategy, data model, integration contracts and the non-functional requirements are settled and documented as decision records.
Fortnightly increments against a visible backlog, with working software demonstrated every cycle rather than status reported.
Load testing, observability, runbooks and knowledge transfer β then either you take it in-house or we operate it under an SLA.
Crews working in low-signal industrial environments moved from paper job sheets to an offline-first mobile application with conflict-free sync.
Eleven clinics gained remote consultation and FHIR-synchronised records without replacing their existing Epic deployment.
A bilingual LMS serving 340,000 concurrent students through examination windows, with adaptive sequencing and retention-risk modelling.