The Tuya Smart Agriculture IoT PaaS dedicates to providing smart solutions for efficient agricultural systems. The presence of sensors, AI machine vision, and data analytics has opened up new opportunities for precision agriculture and smart farming management. Tuya provides wireless sensors to gather environmental metrics such as temperature, humidity, photosynthetically active radiation, rainfall, and CO₂ concentration. The structured data and the use of AI algorithms benefit crop analysis and contribute to the production efficiency and quality of yields.
With the powerful integration capabilities of Tuya IoTOS, sensors can be easily and smoothly connected to the Tuya IoT platform at a low cost.
Easily connect agricultural devices with the edge computing gateway achieving local device management without interaction with cloud. By publishing data to the cloud through edge computing gateways, cellular network traffic costs and latency are drastically reduced.
Providing massive open APIs allows enterprises to combine internal and external resources of the agriculture industry and quickly construct integrated systems. Create one-stop technical services from the connection layer to the service layer, and empower the full cycle from product development to implementation.
We offer cutting-edge IoT infrastructure with an open ecosystem including cloud platforms, network modules, gateways, and All-in-One App or OEM App. Support fast, efficient, and flexible integration and linkage of designated agricultural devices.
With the underlying technologies of Tuya's AI+IoT ecosystem, the agricultural data collected by smart wireless sensors are continuously pushing to the cloud and processed to implement precision agriculture.
Diversified Hardware Product Ecosystem
The Tuya IoTOS covers major agricultural device categories and communication protocols allowing enterprises quickly integrate with Tuya's smart agriculture solutions.
Improves irrigation efficiency and reduce water waste. Conserves water resources by deploying sustainable and efficient irrigation systems. The IoT devices measure parameters such as air humidity, soil humidity, temperature, and solar radiation to calculate the precise amount of water required.
Assists farmers in tracking and improving soil quality and preventing soil deterioration. Monitors physical, chemical, and biological metrics such as soil types, water holding capacity, and absorption rate to reduce risks of soil damage like erosion, compaction, salinization, acidification, and pollution by toxic substances.
Continuously monitors climate conditions such as temperature, air & soil humidity, sunlight, and beyond. The changes in the above factors will trigger smart greenhouse automatic reactions. After analyzing and evaluating climate change, the greenhouse will automatically conduct adjustment to maintain the optimal climate condition for crop growth.
With our customers, we are building a smart future together.
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