ONUG FALL '21 Broadcom Panel Discussion on Business Service Reliability

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Presented by

Jeremy Rossbach, DX NetOps Product Team, Broadcom Software

About this talk

In today’s world of complex networks supporting hybrid and cloud native business applications, the traditional methods of network monitoring are no longer sufficient to guarantee the reliability of a company’s core business services. An AI-driven approach is now required for true observability to reflect the customer experience more accurately as it relates to business services delivered. In this panel discussion, Shamus McGillicuddy, Vice President of Research at Enterprise Management Associates (EMA), will highlight some of his recent network observability research and the main reasons that he places Broadcom DX NetOps at the forefront of the industry in the latest Radar Report on Network Performance Management. The panel also includes Broadcom’s Lead Evangelist for AIOps, Tony Davis, a 27-year IT Operations practitioner and advisor. Tony will discuss how an AI-driven NetOps platform can provide many of the real time analytics required to implement Broadcom’s unique Business Service Reliability methodology for AIOps to realize continuous business innovations. Moderated by Jeremy Rossbach, Director of Product Marketing, DX NetOps at Broadcom. Broadcom is collecting your personal data when you submit such information as part of the BrightTALK registration process. Your personal data is processed according to Broadcom's Privacy Policy: https://www.broadcom.com/company/legal/privacy/policy When you interact with Broadcom, this serves as your authorization to BrightTALK to provide your contact information to Broadcom in order for Broadcom to follow up on your interaction.
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With a combination of real-time performance monitoring and machine-learning driven analytics, Broadcom Software’s DX NetOps comprehensively simplifies the management of today's complex network architectures through high scale, unified network monitoring enabling full-stack analytics for assuring traditional, and software-defined and cloud architectures.