Linux Platform Engineering
RHEL-family systems, RPM workflows, Fedora workstations, SSH access patterns, patching, lifecycle standards, and operational baselines.
libvirtd.com
Personal engineering profile
NAME
Senior Linux Infrastructure & Platform Engineer
Engineering Linux platforms that become easier to operate, secure, automate, document, and inherit.
Christopher Jones is an infrastructure and platform engineer focused on Linux estates, identity systems, automation, and the operational habits that keep platforms maintainable after the first build is finished.
His work sits close to the real control plane: RHEL and RPM ecosystems, FreeIPA, LDAP, Kerberos, Okta integrations, Puppet, Foreman, Satellite, GitHub Enterprise governance, Apache HTTPD, TLS, PostgreSQL, and SSH-heavy remote engineering.
He is comfortable in server rooms and storage conversations, but also in the less visible work that makes infrastructure survivable: documentation, standardization, access models, naming conventions, repeatable builds, and handoff-ready runbooks.
The work is platform-centered, with enough breadth to connect identity, build systems, application support, and governance into one operating model.
RHEL-family systems, RPM workflows, Fedora workstations, SSH access patterns, patching, lifecycle standards, and operational baselines.
FreeIPA, LDAP, Kerberos, Okta, SCIM, SAML, OIDC, account lifecycle flows, access boundaries, and directory-backed platform controls.
Puppet expansion, Foreman provisioning, Satellite buildout, repeatable host patterns, and automation that supports day-two operations.
Hands-on server room work, storage support, remote systems repair, physical-to-logical mapping, and practical ownership of host platforms.
Apache HTTPD, TLS, PostgreSQL, service hosting patterns, dependency tracking, and operational support for application environments.
GitHub Enterprise governance, access review habits, standard platform documentation, audit-friendly decisions, and secure inheritance of systems.
Representative projects are listed in an operator's register style: concise, technical, and focused on durable platform outcomes.
SCIM-oriented identity work connecting account lifecycle requirements to platform operations and clean integration behavior.
Identity platform cleanup and modernization around LDAP, Kerberos, host enrollment, access policy, and operational documentation.
Configuration management growth for more consistent Linux host state, repeatable changes, and reduced manual drift.
Provisioning and lifecycle support for Linux systems with attention to maintainable build patterns and operator handoff.
RHEL ecosystem management around content, patching, host lifecycle, and enterprise platform consistency.
Repository, organization, access, and operational guardrails for teams that need source control to be governable without being obstructive.
Infrastructure groundwork for AI platform needs, with emphasis on access, repeatability, documentation, and production support expectations.
Workstation lifecycle standards for engineer machines, balancing Linux flexibility with supportability and repeatable rebuild paths.
Download the current resume PDF for a conventional employment history and project chronology.
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