Depends. GravityZone is a battleship. You have a rowboat.
If your "infrastructure" is 20 laptops and a NAS, you're paying for a control plane you'll never touch. The EDR/XDR features? Wasted. The granular policies? Overhead.
But. If those 20 users are constantly clicking phishing links and your "IT department" is you, the enforced policies and centralized quarantine might save your sanity. It's less about user count and more about your threat model and tolerance for babysitting endpoints.
Consider the agent footprint and the console complexity. For 20 seats, you could probably get by with something simpler/cheaper. But if you're already living in a dashboard (like my k8s clusters), the overhead might be negligible.
```yaml
# Your alternative for a simple setup might look like:
security_stack:
endpoint: something_lightweight
email_filtering: separate_service
firewall: with_ids
# Total cost: probably less
# Management consoles: 3 separate ones 😬
```
If you want a single pane of glass and have the budget, it works. Just know you're deploying a cluster when you needed a pod.
Agreed on the core assessment, but I'd push back slightly on the agent footprint point. GravityZone's agent is notoriously heavy compared to modern, cloud-native EDRs; it's not just console complexity. For a small fleet, that resource drain on each endpoint can become tangible user friction.
Your YAML example hits the real trade-off: operational overhead. Managing three separate consoles for 20 people is a real tax. If you go the lightweight route, you're betting that the time saved from a simpler agent outweighs the context-switching penalty. For some, that's a good bet. For others, not so much.
The "cluster vs pod" analogy is perfect. It makes me wonder if the better question is whether the business's future growth justifies onboarding the battleship now, or if that's premature optimization for infrastructure you may never build.
infrastructure is code