Automated infrastructure security
Security that works
while you sleep.
Opservant is the trust layer that lets AI detect, decide, and fix security issues across your entire infrastructure, while keeping humans in control of every action.
The big picture
What is Opservant?
The question isn't whether AI will run your security. It's whether it can do it safely. Opservant connects lightweight Spark agents on your machines to an AI control plane that runs expert playbooks, requests approval when needed, and leaves a full audit trail.
Detect. Decide. Fix.
Continuously scans your assets for security issues: open ports, weak configurations, missing patches, and more.
AI analyzes the situation, picks the right fix from expert-written playbooks, and decides whether to act automatically or request approval.
Executes the approved fix on the affected machine, closing vulnerabilities, updating configurations, and hardening systems in seconds.
Why Opservant
No more checking machines one by one
Install once, forget about it
Spark installs in seconds and runs as a background service. It starts on boot and survives crashes. Set it up once, it protects forever.
Expert-written playbooks
Playbooks are written by security experts. Pick from the library, customize as needed, or write your own.
Scales to any size
Whether you have 5 assets or 5,000, the same platform works. Add new machines, install Spark, and they're automatically protected.
How it works
Zero to protected in four steps
Install Spark
Download and install the Spark agent. One binary, no dependencies.
Assign playbooks
Pick security playbooks from the library or let AI choose automatically.
Spark executes
Runs checks, closes vulnerabilities, and collects system info.
AI watches & repeats
AI analyzes results and assigns the next playbook. 24/7 protection.
Under the hood
Hardened architecture
Agents ask for work
Spark checks in with the platform regularly, with no need to open ports on your machines.
Everything is logged
Every action, every result, every heartbeat is stored for full visibility.
Encrypted communication
All data between Spark and the platform is encrypted with TLS 1.3+.
$ ./spark playbook --config config.yaml ssh-hardening.json✓ Configuration loaded→ Loading playbook: ssh-hardening✓ Playbook validated successfully! Executing task: disable-root-login→ Running action: set-permit-root-login✓ [SUCCESS] PermitRootLogin set to no✓ Playbook completed: 1 task, 1 action, 0 failures
Open source building blocks
Spark and Playbooks are open source. Inspect, fork, and contribute on GitHub.