
Enterprise Linux
Build, deploy, verify, and retire Linux systems with image lineage, rollout controls, rollback, and compliance evidence.
OpenFactory Linux fleet management starts with verified images: reproducible Linux builds, explicit deployment records, runtime verification, rollback paths, and evidence that can be connected to enterprise change and compliance systems.
Many Linux fleets drift because machines are patched and configured one by one. OpenFactory treats the OS image as the controlled artifact: requirements, recipe, package list, service config, tests, and approval trail all stay attached to the image that machines inherit.
The same platform can build a small appliance image, a self-hosted app stack, or a regulated workstation. The difference is governance: approvals, identity, evidence retention, staged deployment, and monitoring. Start with the Linux image builder, then add enterprise controls as the fleet grows.
Linux fleet management is the practice of building, deploying, updating, verifying, and retiring Linux systems across many machines. It covers image lineage, rollout controls, access, inventory, monitoring, rollback, and audit evidence.
The OS image is the baseline every machine inherits. If the image is reproducible, tested, and linked to approval evidence, fleet rollout and compliance become easier to reason about.
OpenFactory focuses on reproducible builds, test evidence, attestation, controlled rollout, rollback paths, and integrations such as ServiceNow so regulated teams can connect OS changes to review and audit workflows.
Create the reviewed base images your fleet will inherit.
Verify that deployed systems still match approved runtime policy.
Cryptographic evidence for signed builds and verified boot chains.
Connect Linux image lifecycle events to ITSM, CMDB, and GRC.
Use OpenFactory to turn the same requirements into a bootable, testable Linux system.