These were not surface-level inefficiencies. They compounded over time, increasing the cost of every new program rollout and stretching the teams responsible for maintaining existing ones. As the volume of programs increased, so did the risk. The client recognized that the model that had brought them to this point was not the model that would take them further. They needed a partner who could introduce repeatable, standardized implementation approaches without disrupting the programs already in flight.
Solution
The client selected Brillio based on our track record in healthcare product engineering, cost-effective execution, and capacity to deliver at speed and scale. The engagement began with a six-week assessment of the client’s current state, producing a transformation roadmap built around three areas: implementation, support, and delivery.
Implementation standardization replaced the custom-first approach. Reusable components, configurable products, CI/CD automation, and defect remediation accelerators were introduced. We retained best practices and applied systematically across successive rollouts rather than rediscovered with each new engagement. A POD-based delivery model, managed through technical program managers, tied execution to SLA and KPI outcomes.
Support and sustenance engineering addressed platform resiliency. Faster incident resolution, repeatable ticket handling automation, and structured change request management kept existing programs running without interruption while new ones were launched in parallel.
Delivery enablement was achieved through plug-and-play componentization, packaged features, and DevOps-led optimization of testing and deployment. Capacity was managed through rolling forecasts and bench-ready Flex PODs, allowing the team to scale up or down without disrupting continuity. The technology stack spanned .NET Full Stack, .NET Core, React, SQL, MERN stack, Talend, and SDET-led automation, with GenAI and Brillio Centers of Excellence integrated throughout to accelerate and sustain the transformation.