A security-first MDM that manages compliance without compromising your infrastructure.

Traditional MDMs were designed for corporate IT control. They require root access, execute remote commands, and create a massive attack surface. One compromised MDM server can mean game over for your entire fleet.

gitMDM takes a security-first approach. Built on the principle that a compromise of your MDM server shouldn't result in an instant root-level compromise of its clients.

• Cross-platform (Linux, macOS, *BSD, Solaris, Windows)
• YAML configuration - cryptographically signed using sigstore
• Designed to run as a non-root user
• Uses git as a datastore for a persistent trail of events
• Secure-by-design with a minimal attack surface
• Low maintenance, low dependencies
• Self-hostable on anything from Google Cloud Run to a Raspberry Pi running Plan 9

📺 https://gitmdm.codegroove.dev/ - a real-life unrestricted instance of gitMDM.

By default, we verify only what we interpret as required for SOC 2 and ISO 27001 compliance:

• Disk encryption status
• Screen lock configuration
• OS security updates
• Firewall status
• Antivirus presence
• Password policy (NIST 800-63B compliant)

Want different checks? Edit cmd/agent/checks.yaml, sign the configuration, and run "make build". The checks are part of the binary, not runtime configuration.

Instead of giving servers control over devices, we use a one-way reporting model:

[Agent]           [Server]          [Git]
   |                 |                |
   |-- HTTPS ------->|                |
   |   (reports)     |--- git push -->|
   |                 |                |
   X <-- CANNOT -----|                |
       (execute)

Even if an attacker completely owns your server, they cannot modify agent behavior.

NOTE: We plan on making this approach more flexible in the future, but we will always choose secure-by-default.

Want to see what the agent checks for without connecting it to a server? We've got you covered:

go run ./cmd/agent/ --run all --verbose
🔍 Running compliance checks...

✅ AVAILABLE UPDATES [PASS]
Command: softwareupdate -l
Output:
  Software Update Tool

  Finding available software
Stderr: No new software available.

Status: OK
...

Build the command-line utilities:

make all

To run the MDM server, there are two options for storage:

• -git: the location of a git repo to clone and push to; if it's a local directory, we'll even git init the directory for you
• -clone: the path to a locally checked out clone of a remote git repo.

gitmdm-server -git /var/git

By default, the server will generate a join key that clients need to confirm they are talking to the correct server. You can pass in a custom string using --join scoobysnacks. If the join key leaks, the worst someone can do is upload garbage compliance data for their machine.

We love Google Cloud Run for our deployment story - check out ./hacks/deploy.sh to see how our own production infrastructure works.

To test the agent against the server, use:

gitmdm-agent --server http://localhost:8080 --join KEY

To persistently install the agent, add --install, which will populate launchd (macOS), task scheduler (Windows), user-systemd (Linux), or cron (elsewhere).

What's the worst-case scenario if my server is compromised?

Attackers can read compliance reports and trash them. They cannot push commands, install software, or access agent machines.

How do you prevent supply chain attacks? Agents are built from source, checks are compiled in, and with Sigstore integration, all configurations are cryptographically signed with identity verification. Minimal dependencies.

... are very much appreciated. We actually want this to be useful.

Because your security posture shouldn't require the missionary position.