Aviz details its SONiC-based AI networking stack with ONES, OPB and Copilot
9 companies named across 12 categories, one of 712 articles referencing Aviz Networks. Previous coverage: Aviz outlines enterprise adoption of SONiC with Easy Deploy support (Jul 2026).
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Aviz describes an AI networking stack built on SONiC to support multivendor environments, combining orchestration and observability with traffic visibility and an LLM-based network assistant. The approach is positioned around reducing vendor lock-in and lowering operational and infrastructure costs for enterprise network management.
Research Overview
The blog frames modern networking as needing adaptive, scalable capabilities for AI-driven environments, beyond basic connectivity. It links these requirements to operational needs such as orchestration, observability, and real-time alerts in multivendor deployments.
Aviz says it addresses complexity, vendor lock-in, and prohibitive costs through a vendor-agnostic architecture. It presents two themes: “Networks for AI” and “AI for Networks,” tied to its stack components.
Key Findings
The centerpiece of the offering is ONES (Open Networking Enterprise Suite), which Aviz says provides real-time visibility, orchestration, anomaly detection, and AI fabric functionality including RoCE across multiple vendors. The blog also states ONES is supported by dedicated 24/7 customer service and is intended to avoid vendor lock-in.
For traffic visibility and monitoring at lower cost, Aviz introduces an Open Packet Broker (OPB) built on SONiC. The blog characterizes OPB as mirroring network packet broker functionality while offering reduced cost without performance impact.
Technical Breakdown
Aviz anchors its vendor-agnostic deployment approach on SONiC, describing it as an open-source operating system that enables interoperability across server and cloud environments. The blog provides examples of environments such as HPE, Dell, Lenovo, AWS, Azure, and GCP, and describes the goal as hardware flexibility via a partner ecosystem.
According to the blog, the full stack integrates ONES, OPB, and Network Copilot, enabling orchestration, observability, and traffic visibility without dependency on a specific NOS or hardware. It also positions LLM-based capabilities for operational support across troubleshooting and diagnostics.
Product Update
Network Copilot is described as a GenAI-based assistant on top of the stack that supports network management activities including routine upgrades, audit reports, and complex troubleshooting. The blog says it uses LLM-based AI for chat-based troubleshooting, performance diagnostics, upgrade checks, and real-time analytics.
The blog describes Network Copilot as intended to reduce time and effort for network management tasks and to replace repetitive work with automation. It also states the stack is designed for both network engineers and business leaders.
Operational Impact
Aviz connects its architecture to operational goals including improved orchestration and observability across multivendor environments. It says ONES supports anomaly detection and AI fabric monitoring and that OPB provides cost-efficient traffic visibility.
On cost and control, the blog emphasizes that a vendor-agnostic SONiC-based approach allows organizations to choose hardware and manage the network without vendor lock-in. It also states that the stack is meant to keep networks robust and scalable for future infrastructure needs.
Aviz’s blog describes a SONiC-based AI networking stack that combines ONES for orchestration and observability, OPB for traffic visibility, and Network Copilot for LLM-based operational assistance in multivendor environments. This “Blog Signals brief” is a fact-based summary of the vendor blog.
Blog post, originally published at aviznetworks.com.