Israeli AgriTask introduces a new management system for marijuana growers.
The Israeli AgriTask has introduced the new management system Agri-platform for medical cannabis growers, who unlike other farmers face a unique regulatory environment.
The Agri-platform is set to comply with all regulations as well as improve productivity and increase yields.
“Our challenge was to quickly adapt our platform that has been so successful with soybeans, coffee, cotton, various vegetables and in orchards and forestry to a crop that is highly regulated,” said Israel Fraier, Chairman and CEO of AgriTask. He adds that “the platform’s flexibility allowed us to take advantage of experience in Brazil, Mexico, Peru and Israel and develop a platform that meets the strictest regulations and at the same time improve productivity and increase yields.”
The AgriTask platform integrates various data sources into one comprehensive, easy to use system, which serves all management levels. The company’s proprietary app allows the user to benefit from a full range of integrated inputs including satellite and UAV image layers and indexes, automatic climate models, digitalization of field data based on individual protocols, and integrating machinery and third-party sensor data. This permits users to easily detect problems in the growing cycle, define a plan and control the entire process from beginning to end.
“AgriTask’s arrival on the scene was perfectly timed for us and has helped in a whole array of tasks from pest surveys to diseases, and from ongoing operations to costs to names just a few,” says Getulio Ferreira, director of planning and production at Girassol Agricola, one of the biggest seed producing companies in Brazil. He adds that the use of AgriTask’s platform “has enabled us to generate more accurate and reliable data for fast and assertive decision making.” In addition, Ferreira notes the platform enabled Girassol Agricola to take the technological era in the field one step further by totally eliminating the use of paper.
The company has taken its platform used in a full range of crops one step further to meet the stringent regulatory environment facing medical cannabis growers. The upgrading gives the growers the necessary tools to monitor and document every aspect of the process from the mother plant, to post-harvest processing and shipment reports. This includes tracking and documenting of all activities from pest monitoring, to waste and death of plants, mobility of plants at a specific facility, quantities harvested and quality assessment. Data can be entered into the system by farm workers and managers through the proprietary mobile application developed by AgriTask for medical cannabis growers or automatically via integration to alternative systems.
After harvesting, each batch receives a unique ID, which includes details from the mother plant stages, clones taken, the growth cycle, post-harvest, weight, packaging and all relevant laboratory test results. The ID is prepared in accordance with Israeli Health Ministry regulations, which are currently the most stringent in the world for medical cannabis.
This kind of documentation is a crucial part of the regulatory process that growers are facing in the US and Israel as well as other countries in this relatively new segment in agriculture. As a drug, the regulations ensure that the final product meets the stringent quality level for use by patients. No less important is to prevent any seepage of medical cannabis into the non-medical market.
Equally as important for growers are productivity and yields. The AgriTask platform gives growers up to the minute reports that allow real-time assessments regarding the state of their batches and risks and immediate action on critical issues ranging from fertilizer, pest and disease treatment, lighting and irrigation to name just a few.
The system’s capabilities raise the overall responsibility of the staff and facilitate data reporting in real time. The quick response to risks and events affecting the growing of medical cannabis enables the prevention of unnecessary chemical applications on the plants, minimizes batch mortality and produces a cleaner, higher quality product for medical use. The bottom line for the growers is higher yields with far lower inputs and fewer losses from regulation.