From a distance, rugged edge computing seems like a new-age innovation. In reality, it isn’t. Instead, it’s the next generation of computing technologies that combines state of the art hardware with software that can be applied in various fields. RGC is the latest addition to the family of intelligent systems. The first was IBM’s System on Chip (SoC), which became popularized in the personal computer market.
The rugged edge computer ups the ante for smarter, faster, better systems that can take on new physical and/or environmental challenges. For instance, if a military field requires real-time access to real-time information for troop maneuvers, or if an agile group of sailors needs access to oceanography data at any time, Rugged Edge computing brings the hardware and software closer to the real-time environment. It also brings together processing and intelligence closer to real-time environments, which may require real-time access such as in disaster response. It also brings together low latency data processing and highly-scalable machine learning environments, something previously available only to the largest supercomputers.
But why did we, as an industry, not originally develop rugged edge computing? The answer lies in the purpose-built nature of today’s enterprise applications. Enterprises face increasingly difficult challenges in maintaining their competitiveness in an increasingly competitive environment. They need to have systems that can tolerate extreme weather conditions (which often appear regularly in the business world), ruggedized networking that can withstand heavy-duty networking environments, and the ability to communicate without relying on expensive infrastructures. Such systems require an environment in which data connectivity is robust, consistent, and can be rapidly obtained and used – even during the deployment of patch-level security enhancements to the network or software.
Such requirements drove the original purpose-built systems from dedicated military networks to commercial cloud infrastructures. They required extremely reliable and scalable hardware, highly-efficient processors, reliable networking and real-time processing. Such systems had to be highly resilient, especially to harsh environments. All of these factors are part of the current focus of Rugged Edge computing. In fact, they are a major reason why Rugged Edge computing is now a leading provider of mission-critical data sources for large and small businesses, as well as for government agencies, large hospitals, military agencies, and the infrastructure at critical sites around the world.
The Rugged computing approach to network and software designing was born out of a need for reliable and scalable systems in harsh industrial environments – specifically those where legacy architectures and expensive equipment were required. Today, Rugged Edge computing is the leading provider of mission-critical IT infrastructures for military, healthcare and public sector agencies, and are expanding their reach to deliver highly-scalable and cost-effective systems for non-traditional markets such as enterprises, the corporate data center, and mobile devices. Such systems include systems for automotive, manufacturing, medical, hospitality and education; as well as networks and software for the home and for the office.
One example of Rugged Edge computing technology is the NVMe card, which has been developed by Dell to deliver high-speed, low-latency, enterprise-grade Ethernet solutions. NVMe’sbursting heartbeat technology delivers up to 10 terabytes per second of burst capacity, enabling distributed computing even in the most-reliable data center conditions. Such scalable solutions allow for secure communication between servers, racks, and servers, and between multiple end-user devices and applications. Discover more about this topic here: https://en.wikipedia.org/wiki/Edge_computing.