Infrastructure lifecycle management
orcharhino for automated IT infrastructure
orcharhino by ATIX is a central platform for provisioning and managing data centre and IT infrastructure. It connects provisioning, configuration, content, lifecycle, patch, security and compliance processes for systems in data centres and in the cloud.
ForgeOne supports organisations in Austria with assessment, target architecture, Linux integration, automation and operating processes. As an ATIX partner, ForgeOne combines vendor expertise around orcharhino with local technical implementation and support in Austria.
When a central platform becomes useful
As system counts grow, manually maintained repositories, individual installation paths and inconsistent maintenance windows become difficult to control. A central platform is particularly useful when changes must be rolled out reproducibly, in stages and across multiple locations or platforms.
- heterogeneous Linux and Windows estates across data centres and cloud platforms
- inconsistent patch levels, package sources and approval processes
- recurring provisioning and configuration work
- limited visibility of systems, content, vulnerabilities and policies
- requirements for documented changes and technical acceptance
Six core capability areas
This structure follows the product areas described by ATIX. The exact scope depends on the version, target system, licence and support model.
Provisioning
Repeatable deployment through network, boot media or images for supported physical, virtual and cloud targets.
Configuration management
Central integration of Ansible, OpenVox/Puppet or Salt for standardised configurations.
Content management
Versioned repositories, packages, container content and defined stages for development, test and production.
Patch management
Scheduled distribution of updates and errata with CVE context, approvals and staged rollouts.
Security management
Policy checks, vulnerability information and controlled remediation within supported product capabilities.
Compliance management
OpenSCAP-based checks, reports and evidence supporting internal and regulatory requirements.
Systems, platforms and automation
ATIX documents management of multiple enterprise and community Linux distributions as well as selected Windows systems. Depending on the supported scenario, provisioning can target bare metal, common virtualisation platforms and public cloud environments.
Ansible, OpenVox/Puppet and Salt can be integrated into configuration workflows. APIs, CLI, job templates and the orcharhino Ansible Collection allow management tasks to become part of existing automation and operating processes.
Because compatibility matrices are version-specific, distributions, releases, architectures, hypervisors and plugins are checked against current documentation before a recommendation is made.
From assessment to controlled rollout
- Assess the estate: systems, versions, locations, networks, repositories and responsibilities.
- Validate compatibility: compare target systems, architectures, integrations and required product components.
- Define a pilot: set a limited host group, content lifecycle, roles, approvals and measurable acceptance criteria.
- Exercise operating processes: test registration, synchronisation, patching, reboot, error handling and rollback.
- Roll out in stages: onboard systems in controlled waves and hand over operations, documentation and escalation paths.
Choose the platform from the target architecture
orcharhino, Red Hat Satellite and SUSE Multi-Linux Manager overlap in some areas but differ in supported systems, content models, provisioning, automation, integrations, subscriptions and support paths.
The decision should therefore be based on the actual distribution mix, existing subscriptions, operating expertise, security controls and the way content must move from test to production, rather than on the longest feature list.
orcharhino FAQ
What is orcharhino? Action: Open answerClose answer
orcharhino is a platform developed by ATIX for automating and managing data centres and IT infrastructure. It combines provisioning, configuration, content, lifecycle, patch, security and compliance management.
Which systems can orcharhino manage? Action: Open answerClose answer
ATIX documents support for multiple Linux distributions and Windows systems as well as deployment across bare metal, virtualisation and cloud platforms. Supported releases, architectures and feature boundaries must be checked against current vendor documentation for every project.
Can existing Linux systems be onboarded? Action: Open answerClose answer
Supported existing systems can generally be registered later and managed centrally. Package sources, operating system versions, network access, roles and existing automation should be assessed first.
Does orcharhino replace Ansible? Action: Open answerClose answer
No. orcharhino can integrate Ansible into central operating workflows. Roles, playbooks and responsibilities remain part of the automation and operating model.
How do ForgeOne and ATIX work together on orcharhino? Action: Open answerClose answer
ForgeOne works as an ATIX partner on the technical assessment, integration and support of orcharhino solutions in Austria. Product support, subscriptions and vendor services are coordinated with ATIX for each project.
How does an orcharhino project begin? Action: Open answerClose answer
It starts with a reliable assessment, a check against the current compatibility matrix and a clearly scoped pilot. Content lifecycles, rollout, patch processes and operational handover follow after that validation.
Recommended next step
From product assessment, the next step leads into comparison, technical preparation or a concrete project discussion.
Compare platforms
Assess orcharhino and SUSE Multi-Linux Manager by distributions, content model, provisioning and support paths.
Prepare automation
Structure Ansible, roles, inventories and configuration as code as a reliable operating foundation.
Discuss the project
Clarify the system estate, platform fit, pilot scope and a realistic next step together.
Practice & technical insights
Further guidance on reproducible Linux configuration, maintenance windows and Ansible operating processes as a technical foundation for centrally managed infrastructure.
Ansible inventories, roles and Vault
Repository structure, YAML/YAML, inventories, variables, roles, Vault and technical acceptance for reproducible Linux operations.
Linux baseline with Ansible
Packages, services, SSH drop-ins, handlers, check mode and technical acceptance as a reusable Linux baseline role.
Plan lifecycle management around your infrastructure
We assess the system estate, platform fit, integrations and a realistic pilot before planning a rollout.