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Five sensors collect crop and environmental information

  Plants can’t speak, how to communicate with plants?
  In nature, there are many ways of communicating between species. For example, bees communicate by flapping their wings, dancing, and releasing pheromones to inform their companions where there is fresh pollen, while plants rely more on secreting various chemicals, such as when a plant When attacked by pests, chemicals are secreted, volatilized into the air, and the surrounding plants sense it and trigger an anti-insect response.
  In fact, some chemical substances are secreted at various stages of plant growth to reflect the state of the plant, such as water shortage, insect pests, etc. From the perspective of modern agriculture, if the information released by the plant can be collected, the planting strategy can be adjusted in time. , to guide agricultural production.
  SupPlant, an Israeli agricultural company that has announced a $27 million Series B round led by Red Dot Capital, uses artificial intelligence systems combined with advanced algorithms to analyze plant stress, growth patterns, real-time and predicted weather conditions, and soil content. Real-time data on water volume and provide recommendations for irrigation water for the next 10 to 14 days.
  Founded in 2012, SupPlant aims to digitally inform every irrigation decision on the planet. SupPlant claims it has the world’s largest plant sensing database, and the unique artificial intelligence system is the world’s first and only commercial system that allows autonomous irrigation. In 2021, SupPlant was included in the TIME list of the best inventions for artificial intelligence irrigation.

SupPlant financing

Five sensors from SupPlant

  The company has two products: a combination of hardware and software and a software-only solution. Hardware sensors can detect plant data and collect information from five locations, namely, the fruit, leaves and stems of the plant, as well as deep and shallow soils. The fruit sensor is inserted into the fruit and can monitor round and oval fruits from 7 mm to 160 mm Microenvironment changes within a diameter range of 3 mm; the blade temperature sensor is fixed on the blade to measure the temperature change of the blade, and the special design of the probe has almost negligible interference to the natural blade temperature; the soil sensor is a high-precision sensor that can Determining soil volumetric water content, trunk radius gauges are able to monitor how plants respond to their environment with high temporal resolution, micro-changes in the micrometer range; meteorological sensors are responsible for collecting local meteorological data.
  SupPlant’s proprietary database collects data on 32 crops in 14 countries, covering crop growing conditions from the arid regions of the Middle East to the tropical regions of Central America. The data collected by the sensors is uploaded to the cloud and analyzed by artificial intelligence and big data to give Make precise irrigation recommendations.
  Of course, not all farmers have the funds to use sensors, so companies are also developing sensor-free API products that collect and analyze local climate, plant and irrigation data to provide extremely low-cost irrigation recommendations, weather forecasts and crops Stress alerts, and AI-enabled agronomic guidance to make crops more resilient to climate change and avoid crop failure.
  ”After several years of being in the market, we have deployed tens of thousands of sensors and performed millions of irrigation events, covering more than 33 crops, over 200 varieties, in any geographic condition and climate you can imagine. conditions. So the fundamental value of today’s product is that we have the most unique irrigation database on the planet,” explains Ben Neal, CEO of SupPlant, “Clearly, the hardware is the driving force behind this, and it’s more efficient than using it alone. The software is more accurate, but as the company collects more and more data, the software system is also able to infer the performance of various crops.”

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