Aumsat Technologies LLP

Aumsat is a progressively incorporated earth observation and reconnaissance application environment that sees our planet and its current circumstance for the essential benefit of humankind. By understanding the dynamic interaction between Land, Air, and Water we provide a diverse, comprehensive range of analytical solutions for smart agriculture, water and surveillance sectors. We are specialized engineers, scientists, and big thinkers passionate about making information accessible and actionable who believe in being a part of the future of technology and pushing our limits to go even further. Our team came together to be problem solvers and solution finders by bringing together geomatics, predictive analytics, remote sensing, object detection, and statistics for earth observation applications. Team Aumsat has been part of the Chandrayaan 2 Lunar Mission of India and has been trained by NASA, ISRO, UNOOSA, Google, Harvard School of Design, and IIT Bombay. Our consistent foundations are built on precision, innovation, and trust.

We are specialized engineers, scientists, and big thinkers passionate about making information accessible and actionable. We believe in being a part of the future of technology and pushing our limits to go even further. Our team came together to be problem solvers and solution finders by bringing together geomatics, predictive analytics, remote sensing, object detection, and statistics for earth observation applications. Team Aumsat has been part of Chandrayaan 2 Lunar Mission of India and has been trained by NASA, ISRO, UNOOSA, Google, Harvard School of Design, and IIT Bombay. Our consistent foundations are built on precision, innovation, and trust.

Water monitoring is an essential public service. The resulting hydrological information enables evidence-based decisions about water. Public safety, food supply, energy production, social justice, the environment, health, and prosperity all have high inter-dependency on the water within any watershed. Policies, planning, adaptive management, and engineering decisions need reliable information about the variability of water quantity and water quality over time and in space. The role of groundwater in the context of the sum of the impacts of human activities must be understood in order to learn from the past, manage the present, and create a secure water future. Providing for a safe and secure source of water to support all requirements is expensive. Developing sufficient capacity to survive periods of drought is expensive. Making wrongful assumptions about the quality and/or the quantity of water in providing for these essential public services is expensive Given the high cost of hydrological ignorance, a sustainable supply of relevant, reliable, and trustworthy integrated groundwater management is necessary.

Groundwater is the primary requirement for Agricultural operations. Farmers in India apply for loans from Nationalized banks for availing subsidies. Finding out the right source of underground clean water is a big challenge without a technology-driven approach, and conventional methods rely on inaccurate, time-consuming, costly, and unscientific methods. Hence, Banks end up accumulating NPA’s when a farmer ends up drilling a dry well. Unlike developed countries like the US, UK, etc., the application of Satellite Technology for Groundwater surveys still remains a challenge in India.