SoftIron takes the game a step further by rebelling against the contemporary norm of taking generic components or sub-assemblies, and bolting them together and dropping on software. By creating appliances for scale-out data centers, private and public cloud, and enterprise-scale facilities, SoftIron radically improves industry-standard performance on all critical metrics, including density, efficiency, capacity, speed, and heat emission. "We build task-specific appliances, which are designed to only run one particular kind of software-defined architecture, so they're completely optimized to run them from the ground up," says Andrew Moloney, SoftIron's vice president of strategy, an industry veteran with 30 years of experience. SoftIron tackles that problem with a unique approach.
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The biggest one of them being the glitch in the communication between the separated hardware and software layers leading to unnecessary inefficiencies in the data flow. Brad Casemore, IDC research vice president, data center networks, in a recent report, named Worldwide Datacenter Software-Defined Networking Forecast, 2018–2022, concurs, "We're now at a point where SDN is better understood, where its use cases and value propositions are familiar to most datacenter network buyers and where a growing number of enterprises are finding that SDN offerings offer practical benefits." But there are some significant hurdles stakeholders need to overcome before it's all smooth sailing. IDC estimates that the worldwide data center SDN market will be worth more than $12 billion by 2022. Gone are the days when network traffic was dictated by proprietary hardware solutions running proprietary software. Andrew Moloney, VP of Strategy Without a shadow of a doubt, Open Source is the buzz de jour in the data center space with the influx of Software Defined Networking.
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