Heavy Networking

Subsea communications cables are an essential part of the global Internet. On today's Heavy Networking, sponsored by Telstra, we dive into the realms of undersea cables to learn how they are laid, signalling methods, POPs and landing stations, how they can be damaged (and repaired), and more. Our Telstra guests are Andy Lumsden, Head of Network Engineering and Operations; and Jeff McHardy, General Manager, Network Development and Commercial Management.

Today on Heavy Networking, the icanhazip story. On the surface, icanhazip.com is simple enough: You hit the URL, and get back your external, public IP address. There are no ads, no blinky lights, just an IP. This free, simple utility has become widely popular, with billions of requests per day. We talk with creator Major Hayden about why and how he built icanhazip, the time and money he's invested, and the insane amount of personal effort it's taken to keep it going.

Today's Heavy Networking, sponsored by Intel, dives into 5G, virtualization, and AI. Intel's 3rd Gen Xeon processors can support a variety of use cases, including running virtualized network functions in the data center, at the edge, and in the cloud. They also have built-in acceleration for AI and cryptography, giving organizations a flexible platform for a variety of workloads, including service providers building out 5G networks. Our guest is Cristina Rodriguez, Vice President Data Center Group General Manager Wireless Access Network Division at Intel.

Curt Norris started his career as an IT support specialist. Five years later he's an automation engineer. On today's Heavy Networking we discuss his career journey including milestones, ongoing learning, the pros and cons of mentorship, whether a degree makes a difference, and more.

Today's Heavy Networking explores Crosswork Cloud Traffic Analysis from episode sponsor Cisco. This tool is designed to make you deeply knowledgeable about your BGP peering relationships and traffic flows throughout your infrastructure. It will also recommend the routing tweaks in your IGPs, BGP, RSVP-TE, and segment routing to eliminate those pesky congestion points. We also discuss the pros and cons of putting network management capabilities in the cloud.

On today's Heavy Networking, sponsored by Palo Alto Networks, we hear from Salesforce about the evolution of its branch network to SD-WAN. Salesforce was able to trade MPLS for Internet broadband, get more bandwidth for less money, employ application-based steering and policy enforcement, and more. Our guests are Georgi Stoev, Sr. Network Architect at Salesforce; and Kumar Ramachandran, Senior Vice President at Palo Alto Networks.

Nick McKeown, Professor of Electrical Engineering and Computer Science at Stanford University, stops by the Heavy Networking podcast to speculate on the future of networking. Professor McKeown has been a force behind the Software Defined Networking (SDN) movement and has co-founded successful startups including Nicira and Barefoot Networks.

On today's Heavy Networking, we get practical with infrastructure-as-code, talking with sponsor Gluware about how their users have integrated network automation into their IT practices, bringing DevOps to NetOps. We also explore Gluware Lab, an IDE for network engineers can develop network features and workflows. Our guests are Olivier Huynh Van, Chief Science Officer and Co-Founder; and Michael Haugh, VP of Product Marketing.

Today's Heavy Networking is a nerdy excursion into EVPN VXLAN, including how it works, why you might want it, and why multivendor interoperability is so difficult with this standard. Guest Tony Bourke and host Ethan Banks also explore hardware challenges, automation strategies, EVPN flooding mechanisms, BGP multi-homing, and more.

Today on Heavy Networking, we talk with sponsor Arrcus about its support for segment routing and the impact it will have on the wider network market, particularly for 5G networks. Our guests from Arrcus are Keyur Patel, CTO and Co-Founder; and Murali Gandluru, Vice President, Product Management.