FreeWave Technologies: Difference between revisions
Updated information to reflect current markets, applications, and references. Text updated on behalf of paid editor, BizEdge, Inc. |
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==Uses == | ==Uses == | ||
FreeWave's wireless M2M [[solution]]s are deployed across many industries including oil and gas, government | FreeWave's wireless M2M [[solution]]s are deployed across many industries including oil and gas, government, precision agriculture, traffic systems, water/wastewater, manufacturing, and other utilities. For instance, FreeWave radios are used by energy companies to maximize production and reduce operating costs for mission critical applications within the military, and for environmental monitoring to provide warning of impending natural disasters such as volcanoes. | ||
The [https://www.freewave.com/wp-content/uploads/2018/12/case-study-ecuador-seismic-monitoring.pdf Institute of Geophysics of Ecuador] uses FreeWave technology at [[Tungurahua]], the highest volcano in the world which operates at below zero temperatures from a height of 5,947meters (19,511 feet) above sea level. FreeWave M2M devices capture early-warning signs that an eruption is imminent and transmit images from the top of the volcano. With hundreds of thousands of residents living around the volcano, early warning is crucial to take precautionary measures and evacuate citizens before an eruption can take place. The Geophysical Institute of Peru also uses FreeWave technology to capture and transmit sensor data across a line-of-sight path of up to 127 kilometers (78 miles) at 115 Kbps or up to 67 kilometers (41 miles) at 1 Mbps. | The [https://www.freewave.com/wp-content/uploads/2018/12/case-study-ecuador-seismic-monitoring.pdf Institute of Geophysics of Ecuador] uses FreeWave technology at [[Tungurahua]], the highest volcano in the world which operates at below zero temperatures from a height of 5,947meters (19,511 feet) above sea level. FreeWave M2M devices capture early-warning signs that an eruption is imminent and transmit images from the top of the volcano. With hundreds of thousands of residents living around the volcano, early warning is crucial to take precautionary measures and evacuate citizens before an eruption can take place. The Geophysical Institute of Peru also uses FreeWave technology to capture and transmit sensor data across a line-of-sight path of up to 127 kilometers (78 miles) at 115 Kbps or up to 67 kilometers (41 miles) at 1 Mbps. | ||