Rural GIS SDI & Geospatial block chains for Agriculture and food sustainability.

About Solution

The Rural GIS SDI provides a basis for spatial data discovery, evaluation, and wide application for users and providers within all levels of government, non-profit, commercial, academia sectors and all citizens in general. The word GIS infrastructure is used to promote the concept of a reliable, supporting environment that facilitates the access of geographically related information by using a set of standard practices, protocols, and specifications to all entities and stakeholders of various supply chains and businesses. There are many applications and technologies which can be developed out of the Rural GIS SDI such as the Geo spatial block chain technology. Imagine a transaction between two parties that is recorded in a ledger. (In the food supply chain, that might mean transferring cargo from an international shipper to a local distributor, for example.) Geo spatial Block chain logs those transactions in multiple digital locations across a distributed ledger. Anyone attempting to alter the ledger would have to change every copy. A series of such transactions becomes part of a “chain” of all transactions that establishes the provenance and condition of the goods. For any supply chain monitoring including the agriculture and food, the transactions occur at various locations where products are observed or change hands. Location intelligence is at the heart of this supply chain analysis and provides important context. With a location-specific view on a GIS map, a supply chain manager can see exactly where food spoilage problems arise. The geospatial block chain provides an immutable record of events and where each occurred on the chain.

Information dissemination is the key need for snapping the gaps present in today’s rural and urban livelihood and prosperity especially in the agricultural and food sector, Providing the current population and future generations with an indefinite food supply is an economic, environmental, and social concern. Rural GIS SDI enables Rural and other remote area community planners, economists, agronomists, and farmers to research and devise practices that will enable the sustainability of all stages of food production to ensure the survival of the human race. Whether implementing organic farming methods, transporting the agricultural raw materials and final goods and products or other logistics, finding the most profitable and healthy places to plant new crops, or allotting farmland for preservation to secure future food production, Rural GIS SDI has the capabilities to collect, manage, analyze, report, and share vast amounts of agricultural data to aid in discovering and establishing sustainable agriculture practices.

Use of Rual GIS SDI and associated Geospatial blockchain technology has proven itself to be a great equalizer throughout the world in the acquisition, management, and distribution of spatial information. In many cases, this technology can be applied to humanitarian and sustainable development efforts also, which are in great need of many rural and underdeveloped nations such as African and other rural and indigenous regions.

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