UPDATED 12:21 EDT / AUGUST 28 2012

“Our Biggest Competition is the Status Quo” says Fusion-IO CEO, David Flynn [VIDEO]

David Flynn, Fusion-IO CEO

In their ongoing coverage of VMworld, John Furrier and Dave Vellante spoke with David Flynn, CEO of Fusion-IO. In its first year as a public company, Fusion-IO boasts an impressive earning’s report, 82% growth and acquisition of IO Turbine. In this conversation, Flynn discusses Fusion-IOs success and future innovations, the advantages of Fusion-IO architecture, Flash productivity increases and why competitor mimicry might actually be advantageous.

Recognizing Fusion-IO as “disruptors in the market,” Furrier asks about the next Fusion-IO disruption. According to Flynn, the release of Fusion-IO’s ION transforms select open systems servers into application data accelerators. In this way Fusion-IO is responding to the common problem clients were facing with networking capability from within local servers.

Flynn also comments on the interplay of cloud with flash, explaining that Fusin-IO technology allows for people to do more with their own infrastructure. Namely, customers can solve scaling problems that use to require you to take data off premise. Flynn adds, “It’s really about how quickly the organization can learn to take advantage of the performance levels.”

Furrier also inquires about new architectures in the data center. Flynn says, “Performance optimized storage arrays are now no longer necessary when flash in the server can do a much better job of supplying the performance.” Flynn references that there are multiple case studies on their website that further illustrate this point. Polaris uses Fusion-IO to accelerate their virtual server bar, decreasing the time for their customers to load their webpages from 5 seconds to under a second. There are also several examples of complex queries, such as analytics queries for large storehouse of data decreasing from days to hours. Flynn adds that Fusion-IO no longer requires a performance storage array, but allows customers to focus on a capacity problem. “With our architecture, its as if the data were in-memory because we’ve integrated flash as a new type of memory, as opposed to integrating it behind the storage controllers.”

Vellante suggests things start to get interesting when it comes to how these innovations deliver dramatically enhanced productivity “where you can actually support analytic and transactional inquiries in near real-time.” Flynn says we “want more information, more quickly, from multiple access points.” To illustrate how data services are enhancing productivity, Flynn cites a film production company called Prime Focus in the UK, which provides 3-D conversion for many major films. As the data does not take long to load into the system, artists triple productivity as they can edit 3 times the scenes in a day. Flynn says, “This does ultimately boil down to human productivity and that is what drives economic growth as well…get more work done per unit of human input.”

Vellante suggests, “To really get that productivity increase, people have to change the way they write applications.” Flynn says the world of big data is already changing because “to get scale, people are giving up on data management services.” He suggests with scale as the number 1 goal, people sacrifice data management services, transactional consistency and persistence altogether because of the business value that scale drives; “With Flash, you can offer those services in milliseconds, and instead of accessing those services as protocols on the far end of a network, you can access them as APIs.” According to Flynn, these services are significant because “this new generation of applications can offload that complexity that it used to take by having a platform underneath…because the media actually handles that for you. So, we’re talking about taking the data management services of the SAN and the persistence and transactional requirements at the app and converging them in the Flash infrastructure.”

Vellante notes that Pat Gelsinger of EMC has added Flash to the array and many others are making moves very similar to Fuion-IO. Vellante raises the question of whether copies in the tech market good or bad for Fusion-IO. Flynn believes the similar developments are beneficial. Flynn explains that Fusion-IO is agnostic to storage system and servers, which frees clients from the pressure to use a specific server or storage vendor.

When Vellante asks who is Fusion-IO’s biggest competitor, Flynn responds: “Our biggest competitor is the status quo. People using mechanical storage systems because they don’t know better.” Flynn explains that most people think Flash is too expensive not realizing that if that server is able to do 10x the workload, their company saves a significant amount on server costs, networking costs, hardware and software consolidation. As a result, Fusion-IO is developing an effective sales team to “combat ignorance, not because there’s not a positive ROI, but [because] people don’t know about it.”

Flynn also weighs in on what this new era of data infrastructure is special. Flynn sees Flash as the game-changer. He notes, “It’s only been in this past decade that you’ve got a memory device that has 100times the density of d-ram. [With] a d-ram you get maybe 16 gigabytes of capacity, [now] you’re talking about 1600 gigabytes with Flash — that didn’t exist back in the formative years of operating system design…Flash is able to offer performance a 1000x that of disks, if that had existed back when operating systems were being built, it would have been the centerpiece of the operating system.”

On the heels of its growing 700 employee staff, Flynn recalls when Fusion-IO only had a team of 7. Going forward, Flynn is confident about the future disruptions Fusion-IO stands to offer. He ends by quoting Mark Leslie, CEO of Veritas, who says: “When small meets large, small always wins.” Flynn says we have seen this scenario with Intel Microsoft versus the mainframe and we are seeing it now with Flash accelerators versus SAN. “This isn’t just a matter of throwing flash chips into a server, it’s a matter of integrating and using memory controller technology that makes those memory chips redundant.”


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