The recent seen intelligent technologies like the internet of things (IoT), computer vision etc. facilitates farming activities and also provides flexible farm operations. On the other side, farming has become feasible even in urban areas, especially building roofs, open gardens, and indoor agriculture. In this context, farm management and appropriate monitoring of farm parameters are now indispensable for productive farming in smart cities or rural areas. In this paper, an IoT based Smart AgroTech system is proposed in the context of urban farming that considers humidity, temperature, and soil moisture as necessary farming parameters. The proposed system decides whether the irrigation action should begin or stop depending on the farming land condition and provides the monitoring facility and remote control to the farm owner. The system's reliability is verified by determining the error percentage between actual data and observed data at different observations. The average error rate for humidity and soil moisture is below 3% and for temperature is below 1.5%. The system ascertains a feasible Smart AgroTech system that provides advantages to the farming activities in future cities than other conventional methods.

最近看到的智能技术，如物联网（IoT），计算机视觉等，可以促进农业活动，并提供灵活的农场运营。另一方面，即使在城市地区，尤其在建筑物屋顶，开放式花园和室内农业中，耕作也变得可行。在这种情况下，现在对于智慧城市或农村地区的生产性农业来说，必不可少的是农场管理和农场参数的适当监控。本文在城市农业的背景下提出了一种基于IoT的Smart AgroTech系统，该系统将湿度，温度和土壤湿度视为必要的农业参数。拟议的系统根据农田条件决定是开始灌溉还是停止灌溉，并为农场主提供监视设施和远程控制。系统' 通过确定不同观测值的实际数据和观测数据之间的误差百分比，可以验证其可靠性。湿度和土壤湿度的平均错误率低于3％，温度低于1.5％。该系统确定了可行的Smart AgroTech系统，该系统比其他传统方法为未来城市的农业活动提供了优势。