By the year 2050, the human population will be nearly 10 billion, which means there will be an increased demand for food to feed the world’s growing population. To achieve that, we have to increase global agricultural output in the most productive and cost-efficient way. Through modern and open-source technology, farmers can now have the power to redesign traditional farming methods to a new approach and faster way of doing Farming while reducing fuel usage, irrigation water, and fertilizer. This article will discuss how open-source agricultural technology works and how Farming is changing in the face of the digital revolution.
The agricultural sector is facing a transformation driven by emerging technologies. Food producers are now turning to technological innovations such as Smart Farming to increase their yield and farming efficiency to meet rising demand. But first, what is Smart Farming? Smart Farming aims to optimize farms’ production by sustainable modern techniques that will substantially increase production and delivery of quality products while maximizing profits. It also has a vast amount of technological implementation, including IoT sensors, drones, wearables, robots, UAVs, GPS services. It operates in the field that provides real-time data to systems to monitor the production line, thus helping farm managers make informed farming decisions. Furthermore, in Smart Farming, one primary function is lessening waste and expanding operations efficiency.
Digital advancement can solve any problem a food producer may have, but the costs of these innovative proprietary solutions can bring expenses through the roof. The solution? Open-Source Smart Farming. Open-Source Smart Farming’s framework of farming tools is that farmers can control their data and have the option to share it. Aside from that, open-source and free farm management systems help farm managers and farmers operate and track field activities with ease. Indeed, it has brought effective farming techniques to a new level.
SenseCap is an industrial sensor network system mainly used for the collection of environmental data. The data is transmitted to the server via LoRa and NB IoT network, and the API is provided for customers to reprogram for data management conveniently. Moreover, SenseCap is designed with a harsh outdoor environment to ensure data can be reliably collected even in extreme situations. All electronics meet industrial standards and are well-protected by IP66-grade enclosures. Also, deployment is straightforward; you can scan the QR code with a mobile phone to set up. Besides, SenseCAP uses LoRa and NB-IoT technology to attain low-power, wide-range network wireless communication.
Additionally, senseCap has built-in batteries lasting up to 3 years and a communication distance of up to 10 kilometers. The cloud platform is based on Microsoft Azure, which provides reliable global service through this type of distributed system. Moreover, SenseCap is API based on HTTP and MQTT protocol to speed up the farmers’ system integration.
The world we live in today is continuously changing, and agricultural traditions are no exemption. Open-source Farming is still emerging as it is one of the revolutionary ideas in agriculture technology out there. It can solve issues by reinventing and reimagining food production fundamentals to cater to the growing demands and securing future sustainability.