Part 1: Top 3 Ways to Find Network Innocence and Hold ISP and Cloud Providers Accountable – 1/7/2025
Modern network operations teams are tasked with managing networks that are constantly in a state of transformation. The role has expanded to require visibility into the network delivery paths between end users, managed infrastructure, and business-critical applications across hybrid and multi-cloud environments. This requires new visibility into applications, traffic flows, distributed locations, and managing cloud workflows in order to maintain good end-user experience. Broadcom is pioneering active and passive monitoring methodologies coupled with end-to-end network performance that provide app performance baselines, migration validation, and continuous performance insight to tame growing network and application complexity.
Part 2: Ten Ways to Overcome Today’s NetOps Challenges While Waiting for AI to Mature – 1/14/2025
Today’s proven analytics will drastically improve data correlation, troubleshooting, innocence and predictions. A foundation of patented analytics and algorithms will help build resilient network infrastructure that supports any AI workloads, wherever they are hosted.
Part 3: The Latest Research From Broadcom on the State of Network Operations 2024 – 1/21/2025
A recent study by Broadcom reveals that for the next 12 months, network operations teams remain focused on observability, performance, cloud utilization, AI, and security. But finding success is hindered by continued reports of network teams regularly learning about issues from users instead of their monitoring tools, along with many reports using 10 or more network monitoring tools today. In this session, uncover a better way to move from network monitoring to network observability with expertise built on three decades of innovation and proven analytics, scale that assures the largest networks in the world and is the only solution in the industry with end-to-end, hop-by-hop, client to cloud visibility that delivers on the promise of network observability.
Jeremy Rossbach