Meet Aviz Networks at EDUCAUSE 2026: Rethinking Campus Networking with Open Infrastructure
Aviz Networks says it will participate in EDUCAUSE 2026 to discuss how open networking using SONiC and packet-level Deep Network Observability can support AI, HPC performance, Zero Trust execution, and campus network modernization within budget constraints.
Research Overview
The blog frames campus networking as a moving target as universities expand AI initiatives, add support for data-intensive workloads, and strengthen cybersecurity while operating on constrained IT budgets.
It argues that GPU clusters, hybrid-cloud deployments, and Zero Trust networking create requirements for improved network visibility and automation to keep campus infrastructure flexible and cost-effective.
Key Findings
Aviz describes a need for visibility at the packet level to reduce congestion risk in east-west GPU traffic and to support consistent performance for AI and HPC research workloads.
It also links Zero Trust execution to network observability, stating that teams without packet-level visibility may struggle to validate policy, investigate anomalies, or respond to evolving threats.
Technical Breakdown
The post describes open networking for AI and HPC workloads as providing low latency, stable throughput, and deep observability for underlying infrastructure.
For campus cybersecurity, it says Deep Network Observability provides deeper context into network behavior to support faster investigations and policy validation.
Operational Impact
On cost and lifecycle management, the blog cites fixed infrastructure budgets alongside increasing maintenance expenses and the recurring need to refresh proprietary hardware as factors affecting flexibility and total cost of ownership.
It states that SONiC-based networking can be deployed across hardware from multiple vendors, reducing dependency on a single proprietary vendor and expanding options for future infrastructure investments.
Leadership Perspective
Aviz positions its EDUCAUSE 2026 presence as a forum for higher-education IT leaders and university CISOs to review how open networking and observability fit campus priorities.
The post says attendees can discuss practical approaches to modernize campus networks, evaluate limitations of current architectures, and examine how open infrastructure can relate to AI research, Zero Trust, and infrastructure budget planning.
Aviz Networks’ EDUCAUSE 2026 message centers on SONiC-based open networking and packet-level Deep Network Observability for AI/HPC performance, Zero Trust support, and longer-term cost and flexibility goals. This “Blog Signals brief” is a fact-based summary of the vendor blog.
Source: aviznetworks.com, by Yohan Kattackel Bobby.