Build the machine
Turn requirements and recipes into ISO or disk-image artifacts that can move beyond the build service.

Solutions
Build complete Linux images, inspect the running machine, retain software inventory and test evidence, and give platform teams or agents a controlled path from intent to a reviewable artifact.
OpenFactory focuses on the complete Linux system: its packages, services, users, desktop, boot path, artifact, and validation. It can complement local development environment and package tools, but does not pretend to be a host-shell activator or private package registry.
Turn requirements and recipes into ISO or disk-image artifacts that can move beyond the build service.
Boot the actual result in an isolated VM and use repeatable terminal, service, desktop, or visual checks.
Keep artifact identity, CycloneDX inventory, build records, and test outcomes connected for review.
Validate hosted, customer-cloud, on-premises, and disconnected requirements through a bounded enterprise pilot.
Each solution uses the same underlying loop while emphasizing a different operational outcome.
Use an image and operating boundary that already matter to a platform, security, fleet, or agent workflow.
Produce the artifact and validate its actual runtime behavior in an isolated VM.
Inspect the result, its software inventory, test output, and any gaps before deciding on production adoption.
These pages separate available capabilities from the integrations that still require a technical pilot.
Standardize complete Linux images and provide teams a versioned, tested artifact rather than a machine setup runbook.
Platform engineeringConnect image recipes, artifacts, CycloneDX inventory, hashes, and runtime validation evidence.
Software supply chainAssess supported inventories, rebuild a replacement image, and validate it before a scoped rollout path.
CVE remediationGive agents authenticated MCP tools and isolated VMs so generated work can be operated and tested.
AI agent infrastructureNo. OpenFactory can include development tools in a Linux image, but its product boundary is the complete bootable system and its validation, not activation inside the host shell.
Image builds, VM validation, CycloneDX inventory, supported CVE assessment, MCP operations, and organization-scoped workflows are available. Customer-controlled deployment and integrated rollout paths are scoped through a pilot.
Choose one representative Linux image, define acceptance checks and its deployment boundary, and run a technical pilot that ends with an artifact, evidence, and a fit and gap decision.
A single representative image can reveal the value of versioned builds, VM validation, software evidence, and a controlled deployment boundary.