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SONiC, automation, and AI Ops for AI traffic patterns

Source Decision Insights Coverage Published May 5, 2026 Companies 1
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25th article in the last 90 days, one of 295 articles referencing Sonic. Previous coverage: Aviz Networks details ONES demos for open networking at CCISDA 2026 (May 2026).

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Seniority
Architect
Job function
Cloud Systems / Cloud Architect
Persona
Platform / Infrastructure Architect
Buyer role
Architect / Technical Evaluator
Decision stage
How to start
Adoption curve
Early Adopters
Technology maturity
Market Correction
Industry
Information Technology / Software & Services / IT Services / Cloud Services

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The podcast discusses how AI workloads change network traffic patterns, with a focus on latency-sensitive east-west traffic and multi-layer networking. It also covers why teams are adopting SONiC-style open networking and using automation plus AI Ops for faster, more consistent operations in AI data centers.

Research Overview

Scott Raynovich and Thomas Scheibe describe what changes as AI clusters scale, framing the discussion around new traffic behavior, operational demands, and cost pressures. The conversation targets teams building AI clusters and evaluating GPU infrastructure and data center network strategies.

The article ties these networking changes to design and operational practices, including open networking with SONiC, automated deployment, and AI-driven operations aimed at earlier issue detection.

Key Findings

The discussion characterizes AI traffic as high volume and bursty, with latency sensitivity that is higher than in many traditional application scenarios. It emphasizes machine-to-machine communication dominating over human-triggered request flows.

It also outlines that AI environments commonly span multiple network layers, including frontend access, backend GPU-to-GPU communication, and storage pipeline movement. Each layer introduces different timing and performance requirements that affect how networks are managed.

Technical Breakdown

For traffic direction and triggers, the article contrasts traditional patterns—described as north-south and human-request-driven—with AI workload patterns described as east-west dominant and machine-driven. It adds that AI flows are bursty and require ultra-low latency, with frequent data movement into and out of clusters.

On operations, the article describes an AI networking lifecycle organized around Day 0 planning using templates, Day 1 automated deployment and configuration, and Day 2 monitoring, optimization, and troubleshooting. The intent is to reduce manual switch-by-switch configuration and shorten time between GPU readiness and network readiness.

Operational Impact

The conversation links open networking with SONiC to standardized operations across different hardware vendors. It states that a single network operating system can run across platforms, reducing the need to manage separate tools and workflows per vendor.

The article also explains how automation and AI Ops aim to improve detection and resolution speed by analyzing network behavior over time, spotting patterns, and suggesting fixes based on historical situations. It positions automation as a way to deploy using validated blueprints and pre-tested configurations to reduce deployment delays.

This blog signals a fact-based summary of the vendor blog, focused on AI workload traffic characteristics, open networking with SONiC for standardized operations, and the use of automation and AI Ops to support faster deployment and earlier issue detection in AI data center networks.

Blog post, originally published by Yohan Kattackel Bobby at Aviz Networks.

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