This visit is related with a blog post I wrote several years ago (2011) called Cairo Cloud Formations. In that post, I discussed how the Egyptian innovation ecosystem was “primed and ready” to learn about cloud computing, design cloud architectures, build their own systems, and innovate within those systems.
Looking back on that 2011 visit, several things come to mind:
- Cloud computing was a government priority. I met with the Ministry of Communications and Information Technology (MCIT) and they had already adopted EMC’s Cloud Computing Curriculum to bring them up to speed on the topic.
- The university research community in Cairo had multiple professors that were well-versed in cloud computing, but the student population as a whole were not aware of the cloud computing definition, benefits, and approaches.
- My EMC co-workers were well aware of EMC’s cloud computing strategy, but none of them had hands-on experience with physically and logically piecing together a cloud computing infrastructure.
Our strategy after this visit was to (a) focus heavily on cloud education, (b) generate cloud-specific research proposals with select universities, and (c) build a “mini-cloud” on-premise at the Cairo Center of Excellence with EMC employees.
Two years later, there has been significant progress made on all three fronts.
The mini-cloud was designed by EMC Distinguished Engineer Wissam Halabi. To say that Wissam has cloud knowledge would be an understatement. Wissam is EMC’s leading Cloud Architect and a major force behind the implementation of EMC’s internal private cloud, which supports over 60,000 employees, enables over 400,000 customer/partners, spans 5 geographic data centers, contains over 8 PB of data, and hosts well over 400 unique applications and tools.
So we asked Wissam: what is the minimum configuration that we could build in Egypt that qualifies as a “cloud”?
It is not my purpose to step through this architecture, explain the components, and articulate how this minimalistic architecture satisfies certain cloud computing characteristics (although I can certainly work with Wissam on a separate blog post if there is interest).
Instead I prefer to focus on the impact this approach had on the innovation ecosystem. EMC employees were able to augment their cloud knowledge with a hands-on activity. They communicated this new knowledge to relevant government and university partners. Customers were brought in to the lab and educated on the approach. Without exception, our government and university partners raised their hands and said “we would like to do the same thing”.
As a result we have launched two EMC cloud computing research labs. These labs are dedicated to serve as a sandbox for (a) students completing the EMC Academic Alliance cloud computing course, and (b) researchers desiring a location to try out new cloud algorithms and ideas. Each lab consists of a VNXe, several servers, and VMware cloud assets.
Why VNXe? Because the system in and of itself is cloud-like.
The mini-cloud approach is cookie cutter; any university can build a similar system for students.
In upcoming posts I will look at some of the research emerging from these systems, and share a bit more detail about EMC Cairo’s advanced innovation program.
GM Magued Mahmoud, myself, Innovation and University Research Program Manager Marwa Zaghow, and Distinguished Engineer Wissam Halabi with the “mini-cloud” at German University Cairo.
image credit: emc.com
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Steve Todd is an EMC Fellow, the Director of EMC’s Innovation Network, and a high-tech inventor and book author Innovate With Global Influence. An EMC Intrapreneur with over 200 patent applications and billions in product revenue, he writes about innovation on his personal blog, the Information Playground. Twitter: @SteveTodd