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IoT Brings Intelligence to Edge for Ships, Oil and Gas, Utilities
Dell Technologies is selling a bundled solution, using its Edge Gateway and Arundo Analytics' Edge Agent software, to manage sensor data in some of the most difficult environments, and to identify potential problems and act on that data locally, even without Internet connectivity.
Feb 18, 2019—
Dell Technologies customers are deploying a new Internet of Things (IoT) bundle for maritime and oil and gas industries. The system includes Dell's Edge Gateway 5100, which captures data from a user's own sensors, as well as Arundo Analytics' Edge Agent software, which enables users to manage and share detailed sensor information from some of the harshest and most remote industrial locations.
The solution is designed for use on ships, at oil and gas facilities, and at wind farm operations that feature rugged environments and sometimes little immediate access to their own servers. With the new technology, companies can automatically monitor conditions, act on them locally and share the collected data with their management offices.
For several years, Dell and Arundo have been working together to provide companies with sensor data and connectivity regarding the health of components within a ship's engine room or equipment used by utility companies. "Dell Edge Gateway 5100 devices are hardened and maritime class-certified," says Chris Wolff, Dell's head of global OEM, "especially designed for advanced computing in remote or rugged environments."
This year, Wolff says, Dell has created a bundle out of the solutions already installed. "We are working with customers in all kinds of industries with harsh environments," she states, both indoors and outdoors. With this solution, sensor data is received by the Edge Gateway, either via a cabled connection, a Zigbee mesh-network connection (using a USB dongle) or a Wi-Fi connection. The gateway comes with Arundo's Edge Agent software, which performs its own computing and then forwards that data once there is access to transmitting networks, such as cellular, Wi-Fi or satellite connections.
By managing data at the edge, Wolff says, companies can ensure that wherever that data is being collected, knowledge is being put to work by those who need to respond to any problems without delays. Sensor devices are, by nature, chatty. But sending a large amount of chatter into the cloud, to be computed there, isn't realistic or desirable. "Most of the time, sensors are letting you know everything is OK," she points out. When that status changes, if the sensor detects an issue, those onsite need to be able to act. That means computing needs to be carried out on site, and a system could even intelligently kick off a set of actions. "Computing on the edge saves time and money," she says.
Dell's gateways are also designed to enable and benefit from machine learning performed at the edge, so that they can further automate appropriate responses to changes in sensor measurements. The firm introduced its Edge Gateways three years ago to automate the collection of sensor data, and interest has been growing since then. "If something happens on an oil and gas rig," she states, "you want that data immediately." To further enable the management and sharing of information, Wolff notes, some larger companies are beginning to install micro-data centers.
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