Streamlining Infrastructure for a Social Connection Platform

Streamlining Infrastructure for a Social Connection Platform

| September 13th, 2023

In today’s fast-paced digital landscape, a forward-thinking California-based company set out to revolutionize personal connections through virtual interactions. Their aim was to create a cutting-edge online event booking platform tailored for individuals seeking genuine, meaningful relationships. However, beneath the surface of this ambitious goal, a web of intricate infrastructure challenges emerged, posing significant hurdles to their progress.

The Client

Our client is a company headquartered in East Los Angeles, United States, with an annual revenue of $2.2 million.

They maintain a significant online presence, attracting an average of 180,000 website visitors in the last month. However, they faced a challenge with a 55% bounce rate on their website, and their user base exhibited an interesting geographical distribution, with 57% of users originating from Australia and 22% from the United States

The Challenge: Manual Infrastructure and Scaling Difficulties

Manual Configuration

Initially, the company’s infrastructure consisted only of development and production environments, both configured manually through the AWS UI. This setup lacked a crucial intermediary: a staging environment for rigorous testing of new features.

Mindset Shift: Recognizing the Value of Staging

Here, the first mindset shift occurred. Developing a staging environment (a replica of the production environment) wasn't a luxury but a necessity. It allowed the business to test new features and changes rigorously before reaching end-users.

Legacy Resources

Over time, some infrastructure resources became outdated and irreplaceable, causing operational inefficiencies and bottlenecks. Attempting to upgrade these resources proved challenging.

Mindset Shift: Embracing Infrastructure as Code (IaaC)

The second shift involved adopting Terraform, a tool for automating infrastructure provisioning. Terraform allowed for quick and scalable changes, eliminating the need for manual intervention and transforming the way the company managed its infrastructure.

Development Stage: Embracing Terraform for Success

Step 1: Initial Progress

In just two months, a dedicated team brought all microservices infrastructure to life, consisting of 40 applications in ECS containers and 35 Lambda functions. However, some applications faced issues due to hardcoded configurations.

Step 2: Implementing Terraform

Over the next four months, the team prepared Terraform code and configuration files to create an identical staging environment. This was the pivotal step in their journey.

Step 3: Collaborative Efforts

For several more months, the company’s developers worked closely with Terraform experts to resolve issues and ensure a smooth transition.

Mindset Shift: Taking Ownership

They also initiated the shift towards ownership. While Terraform experts were always available for support, the company's team began making minor code adjustments themselves.

Step 4: Continuous Improvement

Even after the project’s completion, periodic discussions were held to reinforce the IaaC concept. A list of recommendations for further improvements was provided.

The Result: Efficient Scaling and Rapid Deployment

Validation: QA Approval

Finally, the company’s QA team tested the new staging environment and gave their approval.

Efficiency Unleashed

Today, scaling the company’s infrastructure is a breeze. Modifying Terraform configuration files allows them to adapt swiftly to changing demands.

Rapid Deployment

Introducing new services on their staging environment now takes a mere 15 minutes, compared to the days it used to consume. This journey showcases the power of Terraform in transforming manual infrastructure into a flexible, scalable, and efficient system.

The Technology Stack

  • Terraform: Infrastructure configuration files
  • AWS EC2: 40 virtual servers
  • AWS ECS: 40 microservices in isolated Docker containers
  • AWS ECR: Container code storage
  • AWS Lambda: 35 cloud computing functions
  • AWS S3: Object storage
  • AWS Route53: DNS management
  • AWS RDS: Relational database
  • AWS IAM: Access management and security groups
  • AWS CloudFront: Content delivery acceleration
  • AWS OpenSearch: For search queries integration
  • AWS Kinesis: Real-time data streaming processing
  • AWS SNS: Notification service
  • AWS SQS: Integration bus
  • MongoDB Atlas: Cloud NoSQL database management

    Download the full case study

    Are you facing similar challenges with your infrastructure? Let’s start a conversation and explore how our development team can empower your business, just as we did for this client!

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      SETRONICA

      Setronica is a software engineering company that provides a wide range of services, from software products to core business applications. We offer consulting, development, testing, infrastructure support, and cloud management services to enterprises. We apply the knowledge, skills, and Agile methodology of project management to integrate software development and business objectives effectively and efficiently.