The client operates an AI-powered fitness and body-analysis platform that helps users analyze body metrics. As its user base grew, the platform's existing cloud setup began to strain under the added load.
MoreYeahs modernized the cloud infrastructure behind an AI fitness and body-analysis platform, moving from single-cluster ECS to a fully scalable EKS architecture.
The client operates an AI-powered fitness and body-analysis platform that helps users analyze body metrics. As its user base grew, the platform's existing cloud setup began to strain under the added load.
The growing user base exposed limitations in the platform's original single-cluster ECS-based deployment.
Deployment Delays — Releases became slower and less predictable as the platform grew.
Scaling Constraints — The existing ECS setup struggled to scale cleanly with demand.
Compute and Monitoring Gaps — Compute allocation and monitoring hadn't kept pace with the platform's growth.
MoreYeahs upgraded the platform from a single ECS-based deployment to a fully scalable EKS (Kubernetes) architecture, standardizing infrastructure and modernizing delivery in the process.
EKS Migration — Upgraded from a single ECS-based deployment to a fully scalable EKS architecture.
Kubernetes Autoscaling — Implemented autoscaling, workload segregation, and optimized node groups.
Full Containerization — Containerized all microservices for workload portability.
Infrastructure as Code — Standardized and rebuilt the complete infrastructure using Terraform.
Modern CI/CD — Upgraded the CI/CD pipeline to standardized release workflows with approval and rollback mechanisms.
Centralized Incident Response — Improved incident response with centralized dashboards.
Network Security — Strengthened network security using private subnets and strict access boundaries.
The modernized platform runs on Amazon EKS with infrastructure defined entirely as code.
The migration to EKS gave the client the scalability, cost efficiency, and availability the growing platform needed.
High Availability — The client confirmed high availability following the migration.
Optimized Operational Cost — The new architecture delivered optimized operational cost alongside improved scaling.
Improved Scaling — Autoscaling and workload segregation let the platform handle growth without manual intervention.
The modernized architecture positions the platform to keep growing its user base without repeating the same infrastructure bottlenecks.
Room to Grow — A fully scalable EKS foundation supports continued user growth.
Safer Releases — Approval and rollback mechanisms reduce the risk of shipping changes.
Stronger Security Posture — Private subnets and strict access boundaries reduce the platform's attack surface.
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