Right-Size Fargate Tasks Without the Guesswork
With Fargate, you pay for exactly what you request, which means over-provisioned task definitions cost you directly, every hour. Sedai continuously tunes CPU and memory allocations, Spot eligibility, and auto scaling to cut waste without sacrificing availability.


Fargate Removes Infrastructure Management. It Doesn't Remove Inefficiency.
Serverless compute shifts the operational burden off your team, but the decisions that drive cost don't disappear. Task CPU and memory are still yours to configure, Spot still requires judgment to use safely, and scaling minimums set at launch tend to stay wherever they were set.
Task configuration is set at deployment and rarely revisited.
CPU and memory get defined based on launch-time estimates that may not reflect actual behavior. Unlike EC2, there's no gradual drift signal — you're either correctly sized or you're not, and the bill doesn't tell you which.
Spot adoption requires per-service judgment that most teams skip.
Fargate Spot can cut compute costs significantly, but whether a service can tolerate interruptions depends on architecture, criticality, and traffic patterns. Assessing that across every service consistently gets deprioritized.
Conservative scaling minimums run as idle cost indefinitely.
Minimum task counts get set to safe-feeling numbers at launch and rarely come back down — even when the services they were protecting no longer need them.
How We Help
Task & Container Rightsizing
Sedai observes actual utilization and incrementally adjusts CPU and memory allocations — accounting for Fargate's specific resource combinations — to eliminate over-provisioning at the task level.
Intelligent Fargate Spot
Sedai evaluates restart tolerance, traffic patterns, and environment type to identify Spot candidates, then configures an optimal Spot/On-Demand blend automatically.
Auto Scaling Optimization
Sedai analyzes load patterns to right-size task minimums and scaling policies, so you stop paying for idle capacity during low-demand periods.