![]() ![]() ENFIRE provides Military Engineers with technologically relevant and continuously advancing capabilities to conduct tactical geospatial data collections from offset locations and to disseminate the data using a variety of transport options (e.g., radios, tactical networks, business networks, etc.) on unclassified or classified networks. That data and related geospatial information are integrated into one cohesive suite of COTS hardware and software. The ENFIRE program modernizes and expedites the collection and dissemination of reconnaissance, construction, facilities planning and project management data for U.S. The ENFIRE kit integrates Government off the Shelf (GOTS) and COTS hardware and software components that generate, manage and analyze a wide variety of geospatial and engineering data at a higher degree of fidelity than had been previously possible. The update to the sketching set evolved into the Instrument Set, Reconnaissance and Surveying, commonly known as ENFIRE. The updated set included a variety of COTS and Government modified software to aid in engineering calculations, data capture and analysis to replace the plane table, compass, level, and protractors, of its predecessor. This set was used by soldiers for decades, but had started to collect dust in Army inventories after the 1950s. Army approved an update to the Military Field Sketching set used by combat engineers. Combat Engineers have employed the vast array of COTS technology at their disposal and have revolutionized the military engineering tradecraft. More specialized technologies like Commercial off the Shelf (COTS) Global Positioning Systems (GPS) and Geographic Information Systems (GIS) have transformed map making and land navigation to support multiple often times disparate user communities. Improvements to human-computer interaction have made these devices extremely accessible and easy to use. Measuring devices and cameras can be operated at great distance and capture large amounts of data. They underpin accomplishment of the combat engineering mission.Ĭomputers have become smaller and more powerful. Location and assessment of infrastructure and terrain for force movement, construction management, base operations and overall decision support optimizes the use of manpower, material and time. When those two things happen, levels of complexity are eliminated and understanding materializes. Modern terrain and infrastructure reconnaissance focuses on two things, 1) locating and 2) assessing. That data and related geospatial information. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |