HPE

In an interview at HPE Discover, Sudheer Matta, Senior Vice President, Products at HPE, explains how HPE's AI-native, self-driving network is in production today, delivering deployments up to 10 times faster through "zero ticket cutovers," up to 90% fewer user complaints, and greater workflow automation. He also describes how costly cloud tokens are pushing AI inference to the edge, a shift HPE supports with an end-to-end AI visibility layer spanning Wi-Fi, switching, SD-WAN, NAC, and the data center that frees IT staff from routine firefighting to focus on strategic work.

Sudheer Matta, Senior Vice President, Products at HPE, presents the company's self-driving network strategy built around "zero ticket" outcomes, citing deployments 10 times faster than previous vendors and a healthcare institution reporting 90% fewer complaints from doctors and staff. He emphasizes that trust and proven results matter more than marketing, challenging enterprises to test HPE at their worst site, and notes that the high cost of cloud tokens is pushing AI inferencing to the edge, where customers like the University of Texas at Dallas now run their network with one engineer instead of four.

Julius Francis, Senior Director, Product Marketing at HPE, explains how AI workloads are becoming distributed across multiple sites beyond traditional data centers, requiring robust networking infrastructure, and how HPE's integration with Juniper combines compute, storage, networking, and security capabilities including cloud-native routing in ProLiant servers for edge environments. He highlights opportunities for telecommunications providers to leverage their infrastructure for distributed AI interconnection and announces the SPX 12000 router, delivering over 500 terabytes per second in 32RU with 800 Gig capability and 1.6T readiness, featuring deep buffers, low latency, and line-rate security for hyperscalers, telcos, and cloud-scale enterprises.

Jeff Maki, Senior Distinguished Technologist at HPE and treasurer of the Ethernet Alliance board, explains how the Alliance tracks physical layer Ethernet specifications from IEEE 802.3 and OIF, including fully retimed optics (FRO), linear receive optics (LRO/RTLR), and linear pluggable optics (LPO), as the industry moves from 100G to 200G per lane. The Alliance publishes reference tables to keep the community informed on these optical options and the host-side specifications that determine which solution fits where.