Case Study
US based customer has developed a platform designed to support
senior-care organizations in delivering safe, responsive, and
high-quality care to elderly residents. The system connects
caregivers, nurses, and administrators through a unified
interface while seamlessly integrating with wearable and
environmental devices to ensure real-time visibility of
resident well-being. In addition to the primary cloud-based
solution, an offline/on-premise is also developed, which serves
as a replica of the on-premise deployment.
Case Study
Community Care Platform
Set up a Meeting
US based customer has developed a platform designed to support
senior-care organizations in delivering safe, responsive, and
high-quality care to elderly residents. The system connects
caregivers, nurses, and administrators through a unified
interface while seamlessly integrating with wearable and
environmental devices to ensure real-time visibility of
resident well-being. In addition to the primary cloud-based
solution, an offline/on-premise is also developed, which serves
as a replica of the on-premise deployment.
Customer was looking for a development partner to implement
large-scale modernization and architectural transformation
initiative.
Solution
- SpringCT team studied the entire platform and started creating documentation for maintenance perspective. In parallel, the team worked on various new features that the platform was
- The initial phase involved rewriting the Reporting Module of an existing application within a tight timeline. To ensure smooth integration without disrupting the existing application, we proposed an IFRAME-based rendering approach, allowing reports to be embedded seamlessly while maintaining performance and isolation.
- This solution not only enabled in-application reporting but also supported scheduled report delivery via email, meeting business requirements efficiently. The approach delivered strong performance results, leading to high customer satisfaction and paving the way for additional project ownership.
- Subsequently, the project scope expanded to a Node.js microservices modernization initiative, where we proposed and drove a structured architectural approach to upgrade and standardize the system.
Product Features
- Embedded and high-performance reporting module integrated into the existing application
- Scheduled email reports for automated delivery
- Microservice-based backend architecture with 12–15 services
- Support for both cloud-based and on-premise deployments
- Integration with multiple third-party healthcare device vendors
- Scalable backend supporting increasing team size and parallel development
- Improved maintainability, observability, and testability across services
- Integration with multiple vendor devices (wearables, bed sensors, room sensors)
- Real-time capture of movement, health events, system events
- Centralized event logging for auditing and care insights
- Detailed reports: resident check-ins, staff logins, health & system events
- Scheduled report delivery for Admins and senior management
- Data-driven insights for quality monitoring and compliance documentation
Key Technical Achievements
Designed and delivered a lightweight IFRAME-based reporting architecture, enabling rapid delivery under tight timelines
Led the Node.js modernization initiative, upgrading services from mixed Node versions (6, 14) to LTS Node
Drove complete migration from JavaScript to TypeScript for improved type safety and maintainability
Established strong engineering standards by introducing, Linting, Prettier, Husky, Changelog
Strict parameter validation using Zod
Integrated SonarQube for code quality and security analysis
Implemented CI/CD pipelines, improving deployment reliability and development velocity
Refactored services into a modular, maintainable architecture
Technology Used
- .NET Framework 4.7.2, ZMQ, Protobuf
- Ionic (Angular), Node JS, Microservice Architecture, RabbitMQ, MySQL, Redshift, Redis, AWS, Kubernetes, AWS SQS, Grafana
