Abstract: A base station may include a transceiver, a memory and a processor. The processor is effective to identify first and second raw data collectable by first and second transducer devices. The processor may generate first and second metadata associated with the first and second transducer devices, respectively. The processor may send the first and second metadata to the first and second transducer devices The processor may receive the first raw data and the first metadata from the first transducer device, the second raw data and the second metadata from the second transducer device. The processor may transform the first raw data into first transducer data based on the first metadata and transform the second raw data into second transducer data based on the second metadata, wherein the second transducer data corresponds to the second format.

Abstract: Technologies are described for devices and methods to irrigate a crop. The systems may comprise an irrigation processor configured to be in communication with, a memory, a soil moisture tension sensor, an infrared camera, and a valve. The irrigation processor may receive an input, soil moisture tension data, infrared data, ambient temperature data, humidity data, and weather data, and store each in the memory. The input may include a crop, an area planted, and a location. The irrigation processor may generate an output of a crop water stress index. The irrigation processor may generate a water requirement. The irrigation processor may determine an irrigation requirement. The irrigation processor may generate a determination to irrigate based on the soil moisture tension data, the output of the crop water stress index, and the irrigation requirement. The irrigation processor may operate the valve to irrigate based on the determination to irrigate.

Abstract: Technologies are described for devices and methods to irrigate a crop. The systems may comprise an irrigation processor configured to be in communication with, a memory, a soil moisture tension sensor, an infrared camera, and a valve. The irrigation processor may receive an input, soil moisture tension data, infrared data, ambient temperature data, humidity data, and weather data, and store each in the memory. The input may include a crop, an area planted, and a location. The irrigation processor may generate an output of a crop water stress index. The irrigation processor may generate a water requirement. The irrigation processor may determine an irrigation requirement. The irrigation processor may generate a determination to irrigate based on the soil moisture tension data, the output of the crop water stress index, and the irrigation requirement. The irrigation processor may operate the valve to irrigate based on the determination to irrigate.

Abstract: Technologies are described for systems to generate a report. The systems may comprise a processor and a memory including instructions. The processor may be configured to receive a request for a user interface, generate interface data, send the interface data to an interface processor, and receive and save an input that includes a location and a crop. The processor may be configured to send a first query to a climate processor, receive and save climate data; send a second query to a water usage processor, receive and save water usage data; and send a third query to a water reserves processor, receive and save water reserves data. The processor may be configured to generate report data based on the input, climate data, water usage data, water reserves data, and a demand sensitive drought index algorithm, and send the report data to the interface processor to be displayed upon a display.

Abstract: Technologies are described for devices and methods to program a transducer. The methods may comprise a processor gathering a set of characteristics of the transducer. The methods may comprise the processor comparing the characteristics to a database of transducer profiles. The methods may comprise the processor determining first transducer profile data for the transducer from the database. The methods may comprise the processor generating interface data based on the characteristics and the first transducer profile data. The methods may comprise the processor sending the interface data to a graphic user interface. The methods may comprise the processor receiving a selection from the graphic user interface. The methods may comprise the processor compiling the selection, the characteristics, and the first transducer profile data into second transducer profile data. The methods may comprise the processor generating instructions for the transducer based on the second transducer profile data.

Abstract: A base station may include a transceiver, a memory and a processor. The processor is effective to identify first and second raw data collectable by first and second transducer devices. The processor may generate first and second metadata associated with the first and second transducer devices, respectively. The processor may send the first and second metadata to the first and second transducer devices The processor may receive the first raw data and the first metadata from the first transducer device, the second raw data and the second metadata from the second transducer device. The processor may transform the first raw data into first transducer data based on the first metadata and transform the second raw data into second transducer data based on the second metadata, wherein the second transducer data corresponds to the second format.