Aviz Networks details ONES integration with NVIDIA UFM
2 companies named across 7 categories, one of 852 articles referencing Aviz Networks. Previous coverage: Aviz Networks details NAF AutoCon 6 plans (Oct 2026).
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ONES Fabric Manager now integrates with NVIDIA UFM to automate tenant isolation across Ethernet and InfiniBand fabrics. The update matters to enterprise infrastructure and security teams because it replaces manual partitioning steps with API- and UI-based workflows for hybrid AI networking.
Research Overview
The blog says AI and HPC environments depend on low-latency networks and large RDMA traffic flows, which makes fabric management more complex as workloads scale. It presents ONES as a layer that coordinates north-south Ethernet and east-west InfiniBand traffic through a single management experience.
NVIDIA UFM is described as the fabric manager for InfiniBand, with visibility into hosts, switches, ports, and PKey partitions. ONES uses that interface to automate fabric actions rather than requiring operators to manage partitions by hand.
Key Findings
The integration automates creation of tenant isolation for both traffic planes, including PKey allocation for InfiniBand and VLAN or VNI allocation for Ethernet. The blog also says the system includes rollback, retry, and drift detection during tenant provisioning.
A comparison table in the post says provisioning time drops from 20-30 minutes to 2-5 minutes, while configuration error rates fall from 15%-20% to under 1%. It also states that the integration supports tenant-isolated partitions and per-port selection on multiport servers.
Technical Breakdown
The blog outlines background sync jobs that reconcile inventory every 30 minutes and detect changes made outside ONES. It also says tokens are refreshed automatically before expiry to avoid authentication failures during provisioning.
Additional controls include fail-safe defaults, circuit breakers, and a strict-isolation option for UFM failure handling. The post says ONES can preserve externally managed PKeys instead of overwriting them, and it can run protected sync jobs in a 3-plus-instance high-availability setup.
Operational Impact
ONES presents the same UFM workflow through both REST APIs and a native UI. The post says this lets operators register fabrics, validate credentials, build the PKey pool, and assign ports without relying on command-line calls.
The blog says the interface gives teams one source of truth for both planes, so actions taken through the UI or API remain aligned. It also says tenant deletion removes both the VLAN and the PKey through an atomic process.
Leadership Perspective
The post frames the integration as useful for AI and ML platform teams, network engineers, security and compliance leads, and operators. It links tenant isolation and hardware-level PKey enforcement to audit readiness and controlled access across shared AI infrastructure.
The blog says the UFM integration is generally available as part of ONES Fabric Manager. It closes by positioning the release as part of a broader effort to support hybrid Ethernet and InfiniBand environments in AI data centers.
This Blog Summary is a fact-based summary of the vendor blog and is intended for enterprise decision-makers evaluating fabric automation, tenant isolation, and hybrid AI network operations.
Blog post, originally published at aviznetworks.com.