Rightsizing
Requests follow measured usage, not last quarter's guess. Limits stay where they protect the service.
cpu + memoryEvery core,
fully utilized.
Koremaxe right-sizes workloads, packs pods and schedules around price and carbon signals. No code changes.
Example cluster
-
34 pods
5 nodes
14 idle slots
Illustrative scheduling model. Not a customer result.
Three levers, one scheduler.
Koremaxe reads your existing manifests and your telemetry. It proposes changes, shows the blast radius, then applies them during a window you choose.
Bin packing
Pods land on fewer nodes before the cluster grows. Affinity rules and disruption budgets are respected.
node countPrice and carbon
Batch work waits for a cheaper, cleaner hour. Deadline-bound jobs keep their deadline.
spot + grid signalWatch a cluster tighten.
Drag the pod count. The grid below uses the same bin-packing pass Koremaxe runs against a real cluster, with a simple first-fit model for illustration.
Nothing is applied automatically. Every proposal is a pull request against your manifests, reviewed like any other change.
Before24 nodes, 61 percent utilized
After18 nodes, 84 percent utilized
GuardrailRollback in a single command
What changes on a real cluster.
These figures come from one example cluster and are shown to explain the shape of the change. Your baseline is the only baseline that matters.
Nodes24 to 18
Fewer nodes carry the same workload.
Utilization61 to 84%
Idle capacity is found and reclaimed.
Batch hours42% moved
Deferrable jobs follow cleaner, cheaper hours.
Example cluster, 180 pods. Results vary with workload shape.
Priced by cluster, not by surprise.
Operate
Per cluster
Approvals and scheduled apply.
- Unlimited namespaces
- Approval workflow
- Carbon and spot signals
- Rollback automation
Enterprise
Custom
For platform groups and regulated estates.
- Self-hosted controller
- Policy integration
- Dedicated support
Find the capacity you already pay for.
Connect a read-only cluster role and get a proposal in one reporting cycle.