Technologies Disrupt, Consumption Models Transform

As everyone who works in IT knows, we are living in arguably one of the most disruption 1fascinating and exciting times since the industry was created many decades ago.  The tectonic shifts in technologies, markets, and consumption models are radically reshaping the IT landscape. It’s providing folks in IT with new challenges to adapt and evolve, as well as new opportunities, to define the future and lead. What’s driving these shifts and who will be leaders in this next wave of IT?

Disruptive technologies relate to new products, services, and innovations that radically change an industry or business strategy. They often create new markets by disrupting existing ones. Within IT, there are lots of good innovation examples. But how are disruptive technologies such as software defined “anythings”, converged/hyper-converged “somethings”, and all flash “everthings” driving today’s transformational shifts in IT?

disruption 2 If your view is through the lens of an organization that develops and integrates these technologies, it seems obvious to draw the connection that they are driving the shifts we are seeing today.  But for users (i.e. the consumers of the services delivered by cool technologies) these gadgets are merely a means to an end. For users, it’s about the way the technology is delivered and consumed that drives major transformation shifts across entire industries.

There are lots of examples we use every day. Ride sharing services allow us to travel locally on a moment’s notice eliminating the friction of finding and paying for a ride. Streaming services allow us to watch personalized content, from any device, at any time, and from any location. Online retailers allows us to find products, compare prices, and receive them the next day, without having to leave the house or talk to a sales person.

Sure, many of these services are all delivered by “disruptive” technologies under the covers, such as software defined infrastructure running on hyper-converged systems accessing flash storage. Pretty cool stuff to the folks who run the data centers. But to the consumers of these services, what’s cool to them is they can get home using Uber after dinner in the city, catch up on True Detective on their iPad, and order the new Chuck Taylors from Zappos, all with a few taps on their devices. While these capabilities seem to be the norm today, it wasn’t all that long ago that we didn’t think that  landing on Mars or the Red Sox winning a World Series was possible.

disruption 3Similarly in IT there are more instances of why it’s really the consumption of a technology that drives transformational shifts. Take for example an organization that added Flash technology to support a set of workloads.  No surprise the impact was positive and significant. The performance and latency improvements increased their transaction loads and reduced processing time. The space efficiency allowed them to support additional test and development workloads without having to add more capacity.  All good stuffand capabilities the IT guys were thrilled to be able to provide.

From the perspective of the consumers of the technology the most significant impact resulted from operational changes in the way those IT services were being delivered. By transforming their operational processes and workflow IT delivered the ability to fully automate the provisioning, reporting, and chargeback of the service. What used to take days to deliver and consumecould now be done in minutes. The process to provision was simplified into a user basedstandardized service catalogue offered through a web portal. The ability to understand how much the user was consuming and how much was available could be transparently communicated. Getting the apps to run faster and use less space was great. But eliminating the operational friction to use the technology transformed how the service delivered by the flash system is being consumed.

disruption 4The trend is that more organizations are making these types of operational transformations. From an IT perspectivethey are not easy transitions to make and require partnerships with providers who can deliver more than just a cool technology. What’s becoming clear is that the emerging leaders for this next wave in IT will provide the end-to-end capabilities and complete ecosystem to not only make the infrastructure better, faster, and more efficient, but also transform how users can consume the technology.

As a result, technologies developed and implemented by “single product” focused companies, will find it more difficult to be successful in the long term. While there is a short term ability to disrupt other older technologiesit becomes difficult to maintain that advantage over the long term. That said, while “portfolio” companies can deliver more complete solutions, there’s still a need to invest in technology development to avoid falling behind, even if it means disrupting themselves.

It’s the rare combination of both, the ability to develop disruptive technology, and have the breadth to deliver it as a part of a complete solution that integrates into a user’s ecosystem that has the best opportunity lead. When you look at the market today, there’s a long list of technology “disruptor” product companies. There’s also a long list of large, established “portfolio” companies. But the list of those who can do both well, is pretty short. But it seems to be where organizations are beginning to shift their IT strategies and investments going forward.
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Scott Delandy

About the Author: Scott Delandy

As an advocate for Dell Technologies and its customers, Scott Delandy accelerates technology transformations across operations to exceed business objectives and deliver results. He drives engaging conversations that prioritize client needs within Dell’s vision, technology roadmap and modernization initiatives. As a vital leader of Dell’s Infrastructure Solutions Group, Scott is known for his transparency and inviting team members into real world dialogues to invest in the company’s future. Since 1990, Scott has served EMC/Dell Technologies in numerous roles, building meaningful, sustained relationships across technology areas, including storage infrastructure, disaster recovery, cloud computing, virtualization, next gen apps and containers. Scott holds a Bachelor of Business Administration from the University of Massachusetts, Amherst.