SMART Agriculture

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Farmers realize the use of Smart Agriculture will dramatically increase the global food system’s efficiency; and providing that food security is their highest priority.  However, the farmers' ultimate goal is to reduce costs and increase profits to become self-sustained. to enable the achievement of that goal, the Smart Agriculture IoT technologies must become more efficient and secure. Like most IoT devices/equipment, today's Smart Agriculture technology is vulnerable and 'hack-able'. This problem must be resolved to protect our farmers and consumers.

As farmers scale up to meet production demands while decreasing their carbon footprint, their IoT/AI devices and equipment must be innovated to meet modern day efficiency and cybersecurity needs. The technology used in Smart Agriculture must securely and automatically manage variations in the fields to increase crop yield, optimize the use of precious natural resources (water and energy), and provide the data analytics and statistics required for the farmers' self-sustainability.

The enabling force behind SMART farming is  the Internet of Things (IoT)  connecting smart machines and sensors integrated on farms to make farming processes data-driven and secure.

DCTI provides a technology that enables self-sustainability with its:

• Climate/Environment control
• Rate-based Automated Demand Response 
• Irrigation and fertilization sensor management

DCTI's Diana technologies are inherently secure and drastically improve system wide efficiencies in agriculture applications by providing near real time environmental and other heuristic information for the decisions that control air, water, temperature to create the “smart” automated and scalable solution for this industry.