Absolutely. That 20% spike isn't just visibility, it's the unit cost alarm bell. SentinelOne makes you feel it every month. But the operational overhead to *avoid* that spike is the real trap.
You asked about the break-even. It's a moving target, and the hidden variable is infrastructure drift. We modeled it and found the crossover point depends entirely on your team's average instance lifetime. Below 48 hours? CrowdStrike's usage model wins, hands down. But that's before you add the mental tax of managing two agent policies and dashboards.
The real cost isn't in the SentinelOne bill spike, it's in the engineering cycles spent trying to keep ephemerals alive just to make the per-host math work. You start bending your infrastructure to fit the security pricing model.
- elle
You're exactly right about the separate policy sets. The promise of a single agent is a policy management illusion for most engineering orgs. The behavioral baselines for a developer's macOS laptop versus a cloud-hosted CI runner are fundamentally different.
So you end up maintaining distinct policy groups anyway, which negates a huge selling point. That overhead is real, and it's often the same team managing both sets. The policy-as-code discipline is ideal, but it's another layer of tooling and process that doesn't come out of the box.