Field staff needs tools, software, and rugged devices that meet requirements not only for doing their job but for the rigorous environments they may work in. Rugged tablets are ideal for utility management, city fleet vehicle maintenance, parks management, and more.
GNSS Rugged Tablets are proving to be ideal for transportation construction projects as well as biology, geology, roadway and wetland projects on a state level. In Oregon, this has been increasingly true as DT Research tablets have been rolled out to offices across the state. DT Research worked closely with ODOT to design purpose-built GNSS positioning tablets that provide using GPS locating and 3D modeling technologies. Now, these tablets which meet rigorous requirements for in-the-field state-employed workers, are used daily to complete their tasks and achieve accurate geospatial measurements
All branches of the military, including the Air Force, are utilizing purpose-built rugged tablets for fleet maintenance, helping to streamline processes, improve workflows, and increase productivity. These portable, high powered tablets have quickly become a way to swiftly and competently manage tasks from inventory reconciliation to standard checks.
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Purpose-built tablets are gaining ground in every branch of the military, with new applications continually found. The U.S. Navy is utilizing rugged tablets in a variety of ways to improve logistics in the dock and at sea. Being able to rapidly fulfill requests completely and efficiently is one of the challenges faced by these experts, and having rugged tablets on hand to facilitate these processes allows heightened productivity and better outcomes.
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DT Research continues to develop powerful new tools such as scientific-grade GNSS and integrated RTK positioning tablets for digital forensics use in the field. Such purpose-built tablets are effectively transforming how forensic mapping and collision reconstruction are handled in the field, allowing investigators to utilize and enhance the precision of position data that is derived from satellite-based positioning systems.
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