Deployment Case
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Meridian Capital operated a monolithic core banking platform processing 2.1 million daily transactions. Settlement latency exceeded regulatory thresholds, deployment cycles required six-week change windows and the architecture resisted modernisation due to undocumented component dependencies accumulated over twelve years.

JARRETT PLATFORMS LTD conducted a structural audit mapping all component dependencies, then designed a distributed microservices architecture with event-driven settlement processing. Custom computer programming delivered twelve bounded context services with automated testing, CI/CD pipelines and comprehensive operational telemetry.

Transaction settlement latency reduced by 58%. Deployment cycles shortened from six weeks to four days. Platform has operated with 99.97% uptime over eighteen months with zero unplanned downtime incidents.

Northfield Health Network managed patient records across six legacy systems with incompatible data formats, manual reconciliation processes and no unified clinical view. Data inconsistencies affected care coordination for 340,000 registered patients across twelve facilities.

We designed a unified patient data architecture with HL7 FHIR-compliant interfaces connecting all legacy systems through a central integration hub. Computer systems design established data governance rules, conflict resolution protocols and real-time synchronisation with full audit trail capability.

Single unified patient view achieved across all twelve facilities. Data reconciliation time reduced from four hours to under three minutes per patient record. Clinical staff reported 41% improvement in care coordination efficiency within six months of deployment.

Vantage Freight managed inventory across 41 warehouse nodes in the UK and Ireland using disconnected systems with batch synchronisation causing up to four-hour inventory discrepancies. Customer-facing delivery estimates were unreliable and operational teams lacked real-time visibility.

Our team engineered a real-time supply chain command platform with event-driven inventory synchronisation, API connectivity to all warehouse management systems and a central operations dashboard providing live telemetry across the entire network.

Inventory synchronisation reduced from four hours to under two seconds. Delivery estimate accuracy improved from 72% to 96%. Operational team response time to supply chain disruptions decreased by 67% through real-time alerting and automated rerouting protocols.

Thornfield required integration of five third-party portfolio management systems with their proprietary risk analytics engine. Manual data export processes created daily reconciliation gaps and delayed risk reporting by up to twenty-four hours.

JARRETT PLATFORMS LTD designed an integration architecture with automated ETL pipelines, standardised data transformation layers and real-time event streaming connecting all portfolio systems to the analytics engine with full data lineage tracking.

Risk reporting latency eliminated — analytics now operate on near-real-time data. Manual reconciliation reduced by 89%. System has processed over 14 million portfolio transactions without data integrity incidents since deployment.

Clearwater operated laboratory information systems across eight sites with no centralised result delivery. Clinicians waited up to forty-eight hours for cross-site test results and duplicate testing occurred in 12% of cases due to visibility gaps.

We architected a centralised laboratory integration platform with HL7 messaging, automated result routing and a unified clinician portal. Custom programming delivered site-specific adapters for each legacy laboratory system without requiring replacement.

Cross-site result delivery reduced from forty-eight hours to under fifteen minutes. Duplicate testing rate dropped from 12% to 1.8%. Clinician satisfaction scores increased by 34 points within the first quarter post-deployment.

Harbourline managed last-mile delivery routing manually across 280 daily routes with no dynamic optimisation capability. Fuel costs exceeded industry benchmarks by 23% and on-time delivery rates had declined for three consecutive quarters.

Our computer systems design team built a dynamic routing optimisation platform integrating GPS telemetry, traffic data feeds and delivery constraint modelling. Custom algorithms processed route assignments in under thirty seconds for the full daily fleet.

Fuel costs reduced by 19% within six months. On-time delivery rate improved from 81% to 94%. Route planning time for operations team decreased from three hours to twelve minutes per daily cycle.