How ABP Live Went Serverless to Handle Massive Traffic Surges with BluePi's Help

How ABP Live Went Serverless to Handle Massive Traffic Surges with BluePi's Help

BluePi successfully helped ABP Live, a leading online news platform, scale its infrastructure for high demand periods while significantly reducing costs through a serverless architecture.

ABP Live Logo

ABP Live

Client

Manufacturing

Industry

Data Platform

Services

Scalability

Scalability

Key Result

The Challenge

  • Scalability

    Scalability

    Existing infrastructure lacked the capacity to handle the anticipated traffic surge of 2 million concurrent requests.

  • Cost efficiency

    Cost efficiency

    Traditional scaling solutions were expensive and inefficient for infrequent, short-duration high-traffic periods.

  • Agility

    Agility

    Implementing a solution that could automatically scale for future high-demand events was crucial.

Our Solution

  • AWS API Gateway

    AWS API Gateway

    Served as a unified entry point for managing API requests.

  • AWS Lambda

    AWS Lambda

    Provided a serverless platform for executing application code without managing servers.

  • AWS DynamoDB

    AWS DynamoDB

    Offered a scalable and flexible NoSQL database for storing data.

  • AWS CloudWatch

    AWS CloudWatch

    Enabled monitoring and logging of application performance and resource utilization.

  • AWS SNS

    AWS SNS

    Sent real-time notifications for event triggers and scaling actions.

Business Impact

  • Scalability

    Scalability

    The serverless architecture successfully handled the peak load of 2.08 million concurrent requests with 100% uptime.

  • Cost savings

    Cost savings

    ABP realized substantial cost savings, reducing expenses from $530 per campaign to just $15.

  • Improved agility

    Improved agility

    Serverless architecture enabled rapid development and deployment of new features without server management overhead.

  • Reduced maintenance

    Reduced maintenance

    Eliminated the need to provision, manage, and maintain servers, reducing operational overhead.

  • Lower total cost of ownership (TCO)

    Lower total cost of ownership (TCO)

    Reduced costs associated with server management, software licenses, and infrastructure maintenance.