The 2-minute notice arrives
The cloud reclaims a spot node. Most tools start evicting pods and hoping they reschedule cleanly. OptOps starts a live migration instead.
Spot Automation
Spot instances cut compute costs dramatically — if your workloads can survive the interruptions. OptOps rescues them with state intact, proven against real AWS interruption drills.
What happens between the interruption notice and the node vanishing
memory, state & pod IP moved — rescue completed in 33s in real AWS FIS drills
Downtime
0s
Connections dropped
0%
In-memory state
Preserved
Toggle it. That's the whole pitch.
Every other platform's spot story ends in drain-and-cold-restart. Ours ends with the workload still running.
The cloud reclaims a spot node. Most tools start evicting pods and hoping they reschedule cleanly. OptOps starts a live migration instead.
Memory and process state are checkpointed and restored on a healthy node — on AWS, the pod IP and open TCP connections come along.
Long-lived connections, in-memory sessions, and half-finished work survive the reclaim. Your users never know it happened.
Interruptions aren't the only spot failure mode. Capacity crunches are handled too.
Workloads spread across instance types and pools so a single reclaim wave never takes out a whole tier.
When spot capacity dries up, workloads land on on-demand automatically — no stranded pods, no paging anyone.
Repeated capacity errors trip a breaker that stops burning API calls on pools that keep refusing you.
Fire a real AWS spot interruption at your own opt-in workload and watch the rescue preserve state. No other platform lets you test their spot story on your cluster.
Rebalance-signal-driven rescue that starts moving workloads before the 2-minute warning even fires.
Quota and capacity root-cause insight tells you exactly why spot isn’t landing — with a link to the fix.
Book a demo and we'll fire a real interruption at a running workload — and you'll watch it keep serving.
Book a Demo