Latest posts by

Bruce Davie

Bruce Davie

Bruce Davie is VP and CTO for VMware, APJ. He joined VMware as part of the Nicira acquisition, and was Networking CTO until 2017. He has over 25 years of industry experience, and was a Cisco Fellow prior to joining Nicira. He has written over a dozen Internet RFCs, contributed to networking standards on MPLS and QoS, and authored several networking textbooks. Bruce received his Ph. D. in computer science from the University of Edinburgh in 1988 and is an ACM Fellow.

And Now For Something Completely Different

If you’re one of my 1441 twitter followers or an avid reader of trade publications from the Asia-Pacific region, you may have noticed I started a new job last week. After two-plus years as CTO for Networking at VMware, I’ve now taken on the role of CTO for APJ (Asia, Pacific and Japan). My new job […]

VMworld and the Future of Networking

VMworld 2016 in Las Vegas was an especially hectic one for me, and ultimately a very satisfying event as well. In addition to my normal schedule of breakouts, customer meetings, and analyst briefings, I was responsible for organizing a new networking event that took place alongside VMworld, called future:net. Whereas VMworld is mostly about talking […]

Networking and the Rise of Developers

It is hardly news at this point that “the developer is king” (especially if you work in Silicon Valley). This is particularly true for those of us who’ve worked for technology companies for a long time. However, a couple of things have changed in the last few years: You no longer need to be at a […]

Network Virtualization: Mainstream in 2015, Expanding Reach in 2016

Once again it’s time to look back on the last year, see what happened in our industry, and try to make some predictions for the coming year. Let’s start by seeing how last year’s predictions fared. One of my main points last year was that 2015 would be a year of operationalization and production deployment […]

NSX at VMworld 2015

I finished off 2014 with a round of predictions about the future of network virtualization, and now I find myself preparing my VMworld® 2015 session on a similar topic. So as a preview of what I’ll be talking about in a few days (and later on at VMworld Europe), I thought it would be worth looking […]

VMware NSX: What we learned in 2014; what to look for in 2015

Before I launch into some predictions for 2015, I want to take a quick look back at the post I wrote a year ago, predicting how the network virtualization landscape would shape up in 2014. This is not just to pat myself on the back for getting a few things right (my predictions weren’t that bold […]

Geneve, VXLAN, and Network Virtualization Encapsulations

For as long as we’ve been doing Network Virtualization, there has been debate about how best to encapsulate the data. As we pointed out in an earlier post, it’s entirely reasonable for multiple encapsulations (e.g. VXLAN and STT) to co-exist in a single network. With the recent publication of “Geneve”, a new proposed encapsulation co-authored […]

Network Virtualization in 2014

As 2013 comes to a close, it’s time to pull out the crystal ball and make some predictions about 2014—specifically, about what we’re likely to see in the Network Virtualization space in the coming year. The safest prediction I can make is that Network Virtualization will see a significant uptick in adoption next year. That’s […]

Network Virtualization Gets Physical

Network virtualization, as others have noted, is now well past the hype stage and in serious production deployments. One factor that has facilitated the adoption of network virtualization is the ease with which it can be incrementally deployed. In a typical data center, the necessary infrastructure is already in place. Servers are interconnected by a […]

Open Source, Open Interfaces, and Open Networking

[This post is a joint effort by Brad Hedlund, Scott Lowe, T. Sridhar, Martin Casado, and Bruce Davie] Without a doubt these are transformative times in networking. Everything we’ve known about how to build and operate networks over the last quarter century is changing: networks are evolving from interconnections of individually configured devices to software-defined, […]