OptOps continuously finds and safely removes waste across Kubernetes, GPUs and HPC, increasing utilization, reducing infrastructure cost and unlocking capacity without adding hardware.
See your waste in 60 seconds — no account, nothing installed
See what it printsarrow_downwardus-east-1 • 52 Nodes
Cluster Health
At Risk
warningResource Slack (Waste)
38.5%
-34.3%DEPLOYMENT: AUTH-SVC
-$84/mo saved
CONSOLIDATION PLAN
Savings gate cleared. Executing:
Drain 2x c5.xlarge → repack
-$312/mo saved
SPOT RESCUE: CART-SVC
Interruption notice received.
Live-migrated · same pod IP
0 connections dropped
Runs on every major Kubernetes platform
EKS
GKE
AKSConsolidation and spot only save money if moving a pod doesn't mean killing it. OptOps checkpoints eligible workloads with CRIU and restores them on the destination node — memory and process state come along, and on AWS so do the pod IP and open TCP sessions.
node-a · spot
Running · healthy
node-b · replacement
Restore target · standby
Requests served
14,203
During migration
0 dropped
Start read-only. Watch in shadow mode. Then let it drive. You decide when OptOps goes from showing you the savings to capturing them autonomously.
One chart brings up everything — agent, node engine, spot handler, and live migration. It starts read-only and every automation ships switched off, so nothing changes until you say so.
The engine cross-references live CPU and memory usage against requests to find oversized pods and underpacked nodes — and shadow mode shows you every rightsize, consolidation, and migration it would make before anything is enabled.
Enable continuous rightsizing, node consolidation, and spot automation with live-migration rescue — capability by capability. Most teams see 30–40% lower bills in the first month.
Most clusters run far below capacity, paying for nodes that sit half-empty. OptOps continuously bin-packs pods onto fewer nodes and powers down the ones it drains — no dropped workloads, no manual rebalancing.
6 nodes · avg 38% utilized
Spot instances cut compute costs dramatically — if your workloads can survive the interruptions. OptOps makes them survivable.
When the cloud reclaims a spot node, OptOps live-migrates your workload off it — same memory, same connections, same pod IP — proven against real AWS FIS interruption drills.
33s rescue · same pod IPDiversified spot pools, automatic on-demand fallback, and a stockout circuit breaker — a capacity crunch never strands your workloads.
Automatic fallbackQuota and capacity root-cause insight tells you exactly why spot isn't landing — with a link to the fix. Plus rescue that starts moving workloads before the 2-minute warning even fires.
Early accessOne platform that finds the waste, executes the fix, and proves the savings — from cloud Kubernetes to GPU and HPC fleets. Seven capabilities, each with its own deep dive.
Move running pods across nodes, zero downtime
State-preserving rescue when interruptions hit
Autonomous bin-packing with never-lose-money gates
Continuous rightsizing with OOM spike protection
Real-time cost visibility, savings you can audit
Turn idle accelerators into sellable capacity
Read-only default, decisions made in your cluster
This category has a credibility problem: inflated savings claims and automation you're asked to trust blindly. We built the opposite — mechanisms you can verify yourself.
Fire a real AWS spot interruption at your own opt-in workload and watch it survive with state intact. Self-service resilience drills, in your cluster.
See every action OptOps would take — every rightsize, consolidation, and migration — before you let it act.
Every consolidation plan must clear savings and safety gates before it executes. If a plan doesn't save money, it doesn't run.
Realized savings and remaining opportunity are reported separately — never netted, never inflated, never double-counted.
“Our clusters were running at a fraction of what we were paying for, and we had no straightforward way to see it. OptOps showed us exactly where the waste was and cut our Kubernetes spend by around 60% — without a single production incident.”
Rohit Khanna
Co-founder, CreatorTag
No account. No agent. Nothing installed.
The optops CLI reads your current kube-context, computes on your machine, and prints what the cluster costs today against what the same workloads would cost properly sized.
Real output from a 6-node on-demand cluster whose pods request ~8× the CPU they use.
By the time you spot waste on your monthly bill, you've already paid for it.
60%
cost cut
30 days
to get there
0
production incidents
