As enterprises accelerate AI adoption, IT professionals face a dual challenge: the exponential growth of distributed, multi-cloud AI infrastructure and the looming cybersecurity threats posed by large-scale quantum computers. Sensitive AI training data and operational pipelines, often traversing global fiber networks and GPU-powered data centers, are vulnerable to “Harvest Now, Decrypt Later” attacks and data poisoning risks. This session presents design patterns and tools for building quantum-safe AI infrastructure that simplifies complexity and ensures trust across AI networking, security, and automation. We’ll demonstrate how Qrypt’s…
In this session, we’ll explore how Red Hat Ansible Automation Platform equips teams with the intelligence and automation needed to meet these modern demands head-on. You’ll see how Event-Driven Ansible enables real-time remediation by automatically detecting and responding to signals across your infrastructure, to unlock AIOps. We’ll also showcase how our generative AI capabilities lower the barrier to automation by accelerating playbook creation, improving content quality, and simplifying ongoing maintenance. Join us to learn how to design an automation strategy that’s resilient, scalable, and AI-powered—built…
Enterprise AI isn’t just about algorithms or GPUs — it’s about moving data, securely and at scale, across an increasingly complex landscape of clouds, regions, and regulatory boundaries. Network infrastructure often sits in the background, but it has become the hidden accelerator (or bottleneck) for AI initiatives. This talk explores how agility in the network fabric determines whether AI stays in the lab or delivers business outcomes in production.
Unlock the potential of AI Networking now, where advanced technologies and strategies are transforming how IT professionals build and manage distributed environments. This session focuses on creating secure, efficient, and scalable networks that simplify complexity and deliver real business value. Learn about the broader landscape of AI security, automation, and infrastructure, with intelligent networking solutions that drive innovation. Gain insights into modern design patterns and proven techniques with data center networks that empower your organization to stay agile, connected, and prepared for the evolving demands…
This session explores the powerful combination of GenAI and no-code automation for efficient network operations. See how you can automatically discover your hybrid network and expose configuration drift on Day 1. Learn how Agentic AI provides natural language input and output for collaborative troubleshooting directly on a map. Explore how AI serves as a digital assistant, triggering diagnosis from third-party systems and continuously learning from your network’s live digital twin. This powerful combination of GenAI and no-code automation empowers teams to proactively prevent outages with…
AI is accelerating the evolution of data center design, introducing new demands for performance, flexibility, and efficiency. Meeting these demands requires a robust network infrastructure geared to run AI workloads as infrastructure scales up, out and across. This session will explore how enterprises can harness the power of AI and AI Infrastructure investments with networking designed for the era of AI. Learn how to AMD empowers enterprises to easily stand up and monitor scale-out AI clusters to power up and monitor the clusters running…
Scalable automation has been the white whale of network operations teams for decades. In this panel discussion, we will discuss the opportunities and challenges with leveraging AI for network automation, and recent advances creating a “real-world value” pathway for the first time. Join us to learn more about how network operations teams can break through the “automation ceiling” to achieve the transformative impacts on efficiency, resilience, and performance that have always proven elusive.
Enterprise networking is at a tipping point. While cloud, compute, and security infrastructure have embraced automation, WAN procurement remains manual, opaque, and slow—out of step with AI-driven, real-time enterprise demands. This session introduces ONUG’s AI-Enabled WAN Connectivity API initiative: a collaborative, enterprise-driven effort to build an open API framework for automating WAN services procurement. Led by Citi’s Eric Powers and supported by industry leaders across banking, pharma, cloud, and telecom, the project is transforming how enterprises source network services—from months-long RFPs to real-time service discovery…
