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Scalable Cloud Platform Enhancement for Data Consolidation and Analytics
  1. case
  2. Scalable Cloud Platform Enhancement for Data Consolidation and Analytics

Scalable Cloud Platform Enhancement for Data Consolidation and Analytics

apriorit.com
Business services
IT services
SaaS providers

Business Challenges in Scaling Data-Intensive SaaS Platforms

As the client’s user base expanded rapidly, existing infrastructure and processes faced limitations in scalability and performance. The client struggled with managing increasing system complexity, rising operational costs, and the need for uninterrupted service delivery during platform evolution.

About the Client

A mid to large-sized SaaS vendor specializing in cloud-based data collection, processing, and analytics platforms for enterprise clients, serving a growing user base with diverse data sources.

Goals for Developing a Highly Scalable and Cost-Effective Data Platform

  • Establish a robust DevOps environment with automated CI/CD pipelines to support continuous development and deployment.
  • Architect and implement a scalable infrastructure leveraging cloud services to accommodate increased user volume and data throughput.
  • Optimize operational costs by transitioning to more cost-efficient technologies and resource management strategies.
  • Facilitate rapid deployment of new features and system updates without service interruptions.
  • Ensure the platform handles over 100,000 active users and processes over one million requests daily, with improved performance and user experience.

Core Functional System Components and Capabilities

  • Multi-source data ingestion system capable of collecting unstructured data from mobile and desktop devices using agents and push/pull mechanisms.
  • Processing engine that applies custom rules to unify, filter, and analyze collected data.
  • Web-based dashboards providing real-time geolocation tracking, activity monitoring, and data overview.
  • Automated build, test, and deployment pipelines supporting continuous integration and continuous delivery.
  • Environment setup with separate development, testing (staging), and production environments for streamlined release cycles.
  • Ability to onboard additional servers effortlessly to handle growth, with automated provisioning workflows.
  • Secure user authentication and role-based access control systems.

Recommended Technologies and Architectural Approaches

Cloud infrastructure platforms (e.g., AWS, Azure, or equivalent cloud providers).
Linux-based server environments for cost-efficiency and performance.
Containerization with Docker to ensure consistent deployment across environments.
Orchestration via Kubernetes or similar for scalable service management.
NoSQL databases such as DynamoDB or equivalent for flexible, high-performance data storage.
Relational databases like MySQL on cloud managed services for configuration and logging.
Message queuing systems (e.g., RabbitMQ or equivalents) for reliable asynchronous processing.

Essential External Systems and Data Integrations

  • Data sources from mobile agents and web push mechanisms.
  • External cloud storage and database services for scalable data management.
  • Continuous integration tools (e.g., Jenkins, Bamboo, or equivalent) for automated deployment.
  • Version control systems and project management tools facilitating collaborative development.

Critical Non-Functional System Requirements

  • System scalability to support over 100,000 active users and over 1 million daily requests.
  • High availability and resilience to minimize downtime during updates or failures.
  • Cost optimization to reduce operational expenses by at least 40% compared to baseline infrastructure.
  • Security measures ensuring data protection and compliance with relevant standards.
  • Rapid deployment cycles allowing several releases per week with minimal disruption.

Projected Business Benefits and System Performance Goals

The implementation of a modern, scalable cloud-based data platform is expected to achieve approximately 40% reduction in operational costs, support growth to over 100,000 active users, and enable the platform to process over one million requests daily with high performance and reliability—resulting in improved user satisfaction and competitive advantage.

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