“If you’re a CIO today, basically you have no choice. You have to do edge computing and cloud computing, and you have to do them within budgets that don’t allow for wholesale hardware replacement…”
For a while there, it looked like corporate IT resource planning was going to be easy. Organizations would move practically everything to the cloud, lean on their cloud service suppliers to maintain performance, cut back on operating expenses for local computing, and reduce—or at least stabilize—overall cost.
Unfortunately, that prediction didn’t reckon with the Internet of Things (IoT), which, in terms of both size and importance, is exploding.
What’s the “edge?”
It varies. To a telecom, the edge could be a cell phone, or a cell tower. To a manufacturer, it could be a machine on a shop floor. To a hospital, it could be a pacemaker. What’s important is that edge computing allows data to be analyzed in near real time, allowing actions to take place at a speed that would be impossible in a cloud-based environment.
(Consider, for example, a self-driving car. The onboard optics spot a baby carriage in an upcoming crosswalk. There isn’t time for that information to be sent upstream to a cloud-based application, processed, and an instruction returned before slamming on the brakes.)
Meanwhile, the need for massive data processing and analytics continues to grow, creating a kind of digital arms race between data creation and the ability to store and analyze it. In the life sciences, for instance, it’s estimated that only 5% of the data ever created has been analyzed.
Condusiv® CEO Jim D’Arezzo was interviewed by App Development magazine (which publishes news to 50,000 IT pros) on this very topic, in an article entitled Noting that edge computing is predicted to grow at a CAGR of 46% between now and 2022, Jim said, “If you’re a CIO today, basically you have no choice. You have to do edge computing and cloud computing, and you have to do them within budgets that don’t allow for wholesale hardware replacement. For that to happen, your I/O capacity and SQL performance need to be optimized. And, given the realities of edge computing, so do your desktops and laptops.”
At Condusiv, we’ve seen users of our solutions increase the capability of their storage and servers, including , by 30% to 50% or more. In some cases, we’ve seen results as high as 10X initial performance—without the need to purchase a single box of new hardware.
If you’re interested in working with a firm that can reduce your two biggest silent killers of SQL performance, with an I/O performance specialist now.
If you want to hear why your heaviest workloads are only processing half the throughput they should from VM to storage, view this