Aviz Networks works with Red Hat on AI factory network orchestration

Aviz Networks said it will work with Red Hat on software that targets orchestration, visibility, and operation for AI factory network fabrics. The effort centers on running Aviz components on Red Hat platforms to support consistent management across infrastructure layers.

The companies described AI factory environments that combine networking and data-processing technologies, including NVIDIA Spectrum-X Ethernet, NVIDIA Quantum InfiniBand, and NVIDIA BlueField DPUs, alongside networking and performance needs as environments scale. They said organizations require software-defined orchestration, observability, and operations with lifecycle management across complex infrastructure stacks.

The collaboration is built on Red Hat AI Factory with NVIDIA, with Red Hat Enterprise Linux as the foundation. Aviz said it will bring Aviz ONES for AI fabric orchestration, Aviz Service Node for deep network observability, and Network Copilot™ for AI-driven operations, all running as software on Red Hat Enterprise Linux. The materials also describe support for connected, disconnected, and air-gapped environments depending on product configuration and deployment needs.

Red Hat’s Mark Longwell, Director, Telco and Edge Alliances, said, “Modern AI infrastructure requires visibility and operational consistency across the full stack. By combining Red Hat Enterprise Linux and Red Hat OpenShift with Aviz Networks’ network orchestration, observability, and AI-driven operations capabilities, organisations can better manage the complexity of AI factory environments while maintaining flexibility, scalability, and control.” Aviz’s Cody McCain, Director of Product Management at Aviz Networks, said, “Our collaboration with Red Hat helps bring these capabilities together on the world’s leading enterprise Linux operating system.” Forward-looking statements in the materials said the companies intend to align workload and network operations through the combination of their software-based orchestration, observability, and AI-assisted troubleshooting capabilities.