A setup featuring various electronic devices and sensors on a tripod stand, including a laptop, a ventilated enclosure, and multiple wires and cables strewn around. The setup appears to monitor or analyze data, potentially related to environmental or agricultural purposes, indicated by a device labeled "AGRO-D". A window allows natural light into the room, and several electronic components and boxes are visible on nearby furniture.
Dashboard interface showing AGRo-D live data with a line chart depicting sensor readings for temperature over a selected date range. Features include options for date selection and various sensor types on the sidebar.

GREENHOUSE  

DATA COLLECTION  MONITORING  CONTROL SYSTEMS

With most agricultural businesses working on razor thin profit margins, it’s vital that every investment yields reliable returns – and that means systems must be simple, reliable, and capable of operating 100% of the time.

A greenhouse monitoring system can control and maintain the greenhouse environment, such as increasing light, improving plants' photosynthesis, and improving plants' growth rate. The systems can continuously obtain real-time data, reduce the use of pesticides, reduce human input, and reduce energy and resource consumption in greenhouses, thereby maximizing production yield and quality (Gonda and Cugnasca, 2006, Liao et al., 2017, Xu, 2002, Wang et al., 2008), and preventing damage to crops by extreme environments.

Studies have shown that compared with average growth, tomatoes' growth rate in the automated greenhouse based on the Internet of Things (IoT) monitoring system is twice as fast (Siddiqui, 2017, Martinović and Simon, 2014). Keeping environmental factors such as temperature and humidity at a certain level can improve the quality and yield of plants and save resources. Strong research evidence proves that using the greenhouse IoT monitoring and control system to control temperature and humidity at specified levels can reduce energy consumption by about 25% and water consumption by 33% (Azaza et al., 2016). Also, the monitoring system with an intelligent decision module can effectively improve the decision-making ability and reduce the loss caused by misjudgment (Mann et al., 2006).

PlatformsIoT is an ideal platform for greenhouse conditions monitoring systems to be launched. We can create a custom monitoring and control system specifically tailored to your application. Our team has some of the best engineers in the industry. We offer superior technical support and second to none expertise in custom solutions and connectivity.

With no investment and long time commitment requirements your data can be at your fingertips almost immediately