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Capabilities

Infrastructure engineering across the full operating stack.

Twelve service lines covering the operating system, security, automation, platforms, virtualization, networking, monitoring, data systems, high-performance computing, and AI/GPU infrastructure.

Capability map

Choose the layer you need to engineer.

Each capability page explains the environment, technical scope, engineering work, deliverables, related technologies, and adjacent AASHU capabilities.

Rows of enterprise server racks in a data center
OS

Enterprise Linux

Linux lifecycle engineering, RHEL specialization, migrations, performance, identity, and fleet operations.

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Close view of secured rack-mounted server hardware
SEC

Security & SELinux

Linux hardening, SELinux, security baselines, OpenSCAP, audit controls, and compliance-supporting engineering.

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Infrastructure engineer working with systems in a data center
AUTO

Ansible Automation

Reusable automation from Ansible content through Red Hat Ansible Automation Platform.

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Rows of data-center server racks with network cabling
K8S

Containers & Kubernetes

Containerized workloads and Kubernetes infrastructure engineered from the operating system up.

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High-density rack-mounted servers in a data center
OCP

Red Hat OpenShift

Production OpenShift platforms across deployment, GitOps, operators, security, observability, and lifecycle.

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Engineer using a laptop in a data-center operations area
VDI

Citrix Linux VDI

RHEL virtual desktops with Citrix Linux VDA, controller registration, HDX validation, and day-2 operations.

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Rack-mounted server infrastructure in blue data-center lighting
CLOUD

Cloud & Virtualization

VMware, AWS, Azure, hybrid infrastructure, migration, automation, and operational integration.

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Dense network cabling connected to enterprise switching equipment
NET

Enterprise Networking

Cisco-focused multi-vendor routing, switching, segmentation, services, automation, and troubleshooting.

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Rack-mounted infrastructure with active status indicators
MON

Zabbix Monitoring

Monitoring architecture, agents, SNMP, discovery, alert design, dashboards, and operational handoff.

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Enterprise data-system hardware in a server environment
DB

Database Platforms

Oracle Database, MySQL, and PostgreSQL deployment, lifecycle, availability, performance, and operations.

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High-density compute racks in a data center
HPC

HPC Infrastructure

Linux compute clusters, Slurm, MPI, parallel storage, high-speed fabrics, automation, and operations.

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Blue-lit high-density GPU server infrastructure
GPU

AI / GPU Infrastructure

GPU systems, Slurm, MPI, Kubernetes GPU platforms, MIG, inference infrastructure, and observability.

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Not isolated silos

Complex infrastructure crosses service boundaries.

OpenShift depends on Linux, identity, networking, storage, security, automation, and observability. HPC depends on schedulers, MPI, storage, fabrics, Linux, and monitoring. The service architecture is modular, but the engineering approach is integrated.