Use of Connected Objects (IoT) in the Agricultural Sector in Burkina Faso: Approaches and Perspectives

W. R. Kabore, B. K. Imbga, Boureima Kabore
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Abstract

The connected revolution is the great revolution of the early 21st century, and it involves far greater upheavals than the arrival of smartphones and tablets. "Measuring", "calculating", "monitoring", "reporting", "controlling" and finally "understanding" and "correcting" are becoming personal reflexes in the same way as branches of business activity. It's a new way of understanding the world and interacting with it that is available to today's generations. These connected technologies undoubtedly play a major role in the competitiveness of human actions in their social and organizational lives. Businesses, government departments and public services are all concerned, given the role they play in economic performance, especially in Burkina Faso, where 80% of the population are farmers and agribusiness is seeing the light of day more and more. These technologies, known as IoT, give an arrange of interconnected gadgets and sensors for the industry that collects and share information. IoT can be inserted in soil, crops, apparatus, and animals to screen temperature, stickiness, soil dampness, supplement levels, and creature behavior. Encourage, this assembled information is at that point analyzed & utilized for making educated choices around water system, fertilization, illness avoidance, and in general cultivate administration. For occasion, agriculturists can presently get to real-time information from their smartphones or tablet and screen soil conditions and edit wellbeing. Exact experiences empower productive decision-making to maximize fertilizer utilization and optimize cultivate vehicle courses.
布基纳法索农业部门对联网对象 (IoT) 的使用:方法与前景
互联革命是 21 世纪初的一场伟大革命,它所涉及的动荡远比智能手机和平板电脑的出现要大得多。"测量"、"计算"、"监控"、"报告"、"控制 "以及最后的 "理解 "和 "纠正 "正在成为个人的条件反射,就像商业活动的分支一样。这是当代人了解世界和与世界互动的一种新方式。这些互联技术无疑对人类在社会和组织生活中的行动竞争力起着重要作用。企业、政府部门和公共服务机构都对此表示关注,因为它们在经济表现中发挥着重要作用,尤其是在布基纳法索,80% 的人口是农民,农业综合企业正越来越多地看到曙光。这些技术被称为物联网(IoT),为收集和共享信息的行业提供了相互连接的小工具和传感器。物联网可被植入土壤、作物、设备和动物中,以检测温度、粘性、土壤湿度、补充剂水平和生物行为。在此基础上,对收集到的信息进行分析和利用,从而在供水系统、施肥、避免疾病和一般耕作管理方面做出明智的选择。例如,农业专家目前可以通过智能手机或平板电脑获取实时信息,并对土壤条件和编辑健康状况进行筛查。准确的经验能帮助他们做出富有成效的决策,最大限度地提高肥料利用率,优化耕种车辆的行驶路线。
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