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Cloud-Based Secure and High-Availability Infrastructure for Critical Healthcare Data Platform
  1. case
  2. Cloud-Based Secure and High-Availability Infrastructure for Critical Healthcare Data Platform

Cloud-Based Secure and High-Availability Infrastructure for Critical Healthcare Data Platform

netguru.com
Medical

Challenges Faced by Healthcare Technology Providers in Scaling Mission-Critical Applications

The client operates a healthcare platform that delivers essential data during surgical procedures, with the need for secure, high-availability cloud infrastructure. As market traction grows, they require a robust, scalable, and compliant solution to handle increasing traffic, ensure minimal downtime, and maintain high security standards in a mission-critical environment.

About the Client

A scalable healthcare technology provider developing a mission-critical digital platform for surgical teams, requiring secure data handling, high reliability, and compliance with healthcare standards.

Goals for Developing a Secure, Scalable, and Reliable Healthcare Data Infrastructure

  • Design and implement a cloud infrastructure that supports easy deployment with scalable capabilities tailored to growth.
  • Ensure operational excellence through automation, monitoring, and management tools.
  • Implement essential security measures including encryption, access controls, and activity logging to meet healthcare industry compliance.
  • Guarantee high reliability and availability by deploying across multiple availability zones and enabling disaster recovery protocols.
  • Optimize performance efficiency to handle increasing workloads with minimal latency.
  • Control costs effectively while maintaining the required quality of service.

Core Functional System Requirements for Healthcare Data Platform

  • Containerized application deployment using a managed container service that simplifies management and scaling.
  • Multi-environment separation via dedicated virtual private clouds for development, testing, and production.
  • Centralized logging and audit data storage for compliance and troubleshooting.
  • Security measures including data encryption at rest and in transit, role-based access controls, and activity logging.
  • High availability configuration across multiple geographic zones with automated failover capabilities.
  • Integration with external monitoring tools for detailed application and infrastructure diagnostics.
  • CI/CD pipeline for continuous integration and delivery of new features with minimal downtime.

Preferred Technologies and Architectural Approaches

Cloud infrastructure based on scalable container management (e.g., Fargate or equivalent managed container services).
Single master account setup with isolated virtual private clouds (VPCs) per environment.
Centralized log and audit data management via dedicated account or service.
Security implemented with encryption keys and role-based access controls.
Monitoring and analytics utilizing cloud-native services and third-party tools similar to DataDog.
CI/CD workflows using automated pipeline tools such as CircleCI or similar.

External Systems and Tools Integration Needs

  • Application performance monitoring tools for real-time diagnostics.
  • Logging and audit management systems for compliance and security oversight.
  • Secure databases with replication capabilities for scalability as demands grow.
  • Disaster recovery and automated failover systems for maximum uptime.

Critical Non-Functional System Requirements

  • Support for high availability across at least three availability zones with recovery times under 5 minutes.
  • Encrypted data storage and transmission in compliance with healthcare security standards.
  • Proactive monitoring with alerting on key metrics such as CPU usage, disk queue length, and free storage space.
  • Cost-effective architecture optimized for performance, security, and operational efficiency.
  • Automated deployment, scaling, and recovery processes for minimal manual intervention.

Projected Business Impact of the Cloud Infrastructure Project

The implementation of a secure, high-availability cloud platform will enable the client to confidently scale their healthcare data services, reduce downtime to less than 5 minutes in outage scenarios, and improve compliance and security posture. This will support increased market penetration, enhanced reliability during critical surgical procedures, and cost-efficient operations, ultimately safeguarding patient outcomes and organizational reputation.

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