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Rapid Deployment of Scalable Microservices Platform for Business Continuity During Global Disruptions
  1. case
  2. Rapid Deployment of Scalable Microservices Platform for Business Continuity During Global Disruptions

Rapid Deployment of Scalable Microservices Platform for Business Continuity During Global Disruptions

99x.io
Business services
Government
Non-profit

Challenge of Rapid Development and Deployment of Resilient Business Continuity Software

The client faces a critical need to develop a scalable, cloud-native business continuity solution that can be rapidly built and deployed in response to unforeseen global disruptions such as pandemics. The existing process hampers timely delivery, and there is a requirement for a flexible, white-labelable platform capable of supporting various organizational scenarios with minimal setup time.

About the Client

A medium to large enterprise specializing in business continuity solutions, seeking to quickly develop and deploy cloud-native applications to assist organizations in maintaining operations during crises.

Goals for Developing a Rapid, Scalable Business Continuity Platform

  • Design and implement a scalable, cloud-native architecture utilizing microservices to enable quick deployment and easy maintenance.
  • Develop a white-label configurable platform capable of supporting multiple client customizations with minimal effort.
  • Ensure the platform can be deployed within a short timeframe (approximately one week) for rapid response scenarios.
  • Leverage infrastructure as code to streamline environment rollouts for development, testing, and production.
  • Build a microservices-based system that operates on serverless cloud offerings to enhance scalability, availability, and cost-efficiency.
  • Use online collaboration tools effectively across distributed teams to facilitate development under remote working conditions.

Core Functional Requirements for Business Continuity Software

  • Microservices architecture composed of fully cloud-native services (e.g., serverless functions, containerized microservices) that enable modular updates and scalability.
  • Support for a web-based user interface optimized for quick setup and configuration for diverse organizational needs.
  • Ability to deploy and update environments seamlessly using infrastructure as code practices.
  • Configurability for white-labeling to allow branding and customization per client.
  • Integration capability with external communication and notification services (e.g., email, SMS, chatbots).
  • Scenarios and risk assessment modules based on pandemic impact analysis.
  • Logging, monitoring, and alerting features for operational visibility.

Preferred Technologies and Architectural Approaches

AWS Serverless ecosystem (Lambda, Fargate, API Gateway, S3, Cloudfront, SES, Lex, Polly, Sumerian)
Infrastructure as code tools (e.g., AWS CloudFormation, Terraform)
Microservices architecture with containerization and serverless functions
Online collaboration tools for distributed development teams

External System Integrations Needed

  • Communication platforms for messaging and notifications (email, SMS, chatbots)
  • Authentication and identity management systems
  • Scenario data sources for pandemic and risk assessment
  • Monitoring and logging services

Non-Functional System Requirements

  • Scalability to support rapid deployment in diverse organizational environments
  • High availability and fault tolerance leveraging serverless cloud offerings
  • Security best practices for data privacy, access control, and compliance (e.g., GDPR)
  • Performance capable of supporting instant environment setup and configuration
  • Automated deployment pipelines for continuous integration and delivery

Projected Business Impact and Benefits

The platform will enable organizations to rapidly develop and deploy business continuity solutions, supporting quick adaptation during crises. Expected outcomes include a reduction in deployment time to approximately one week, increased scalability and flexibility, and streamlined multilingual, multi-tenant support. This accelerates the client's ability to guarantee operational resilience, improves response efficiency, and reduces downtime during emergencies.

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