Nicolas Brousse, a Cloud Technology Leader, became Director of Operations Engineering at Adobe (NASDAQ: ADBE) after the acquisition of TubeMogul (NASDAQ: TUBE). As TubeMogul's sixth employee and first operations hire, Nicolas has grown Adobe/TubeMogul's infrastructure over the past nine years from several machines to over four thousand servers that handle over 100 billions of requests per day for clients like Allstate, Chrysler, Heineken and Hotels.com.
Adept at adapting quickly to ongoing business needs and constraints, Nicolas leads a global team of site reliability engineers and database architects that manage and monitor Adobe Advertising Cloud's infrastructure 24/7 and adhere to "DevOps" methodology. Nicolas is a frequent speaker at top U.S. technology conferences and regularly gives advice to other operations engineers. Prior to relocating to the U.S. to join TubeMogul, Nicolas worked in technology for over 15 years, managing heavy traffic and large user databases for companies like MultiMania, Lycos and Kewego. Nicolas lives in Richmond, CA and is an avid fisherman and aspiring cowboy.
After successfully moving a large workload from a Public Cloud to an OpenStack Private Cloud, the former TubeMogul Operations Engineering team tackled its next important step toward Cloud Bursting. While experiencing hyper-growth on the Adobe Advertising Cloud, the team had to figure out a simple way to quickly provision new compute resources. Our latency critical workload need our core private resources while some workload can safely leverage public cloud. Cloud Bursting helped to ensure rapid support of the business and provide a more flexible capacity planning strategy. Being able to burst some workload back to the Public Cloud allowed the team to leverage the best of public and private cloud.
It can be easy to come up with a TCO analysis that would challenge any public cloud and make you think, "let's go in-house!" What are the challenges and is it really worth it? The TubeMogul Operation team went thru the technical challenges at building a private cloud. In this presentation you will learn how the team went from a R&D to an automated deployment of a bare-metal servers to finally migrate a large workload from a Public Cloud to its own Private Cloud infrastructure. We will detail how the team dealt with unexpected issues and also how we chose the hardware, estimated capacity, stay cost effective, improve overall performance of the system, and bring better control and visibility.
The Internet is increasingly complex and routinely experiences outages, instabilities, and attacks. While cloud providers, CDNs, and acceleration services may claim to be always available, that doesn’t mean that they’re “always reachable.” In fact, they are almost certainly experiencing a constant rate of low-level failure that is largely outside of your control yet is still impacting your users. But what Internet performance management tools are available to help you obtain visibility and shorten the mean time to innocence? What’s going on right now in the CDN, cloud, and Internet transit performance space?