IoT based Agriculture Monitoring System is construct to enhance the field of farming with emerging technologies to make agriculture smarter. All the latest technologies are offer to enhance the production in agriculture by serving advancements that assists efficient crop growth. The combination of Internet of Things with agricultural monitoring system is present to gather the information of crops using smart electronic devices. IoT-based Agricultural-Monitoring-System is potentially beneficial for young farmers those are capable to upgrade with recent progressions.

Several agricultural fields are still following the conventional methods for farming processes,

• Crop Selection
• Seed Sowing,
• Irrigation
• Crop Growth prediction
• Harvesting

Designing an IoT based Agriculture Monitoring System requires hardware components that are programmed for performing particular process. Here comes a list of devices used in Agriculture System,

• ESP–01 (Wi-Fi shield for Arduino)
• ATmega328 (Arduino Microcontroller)
• TMP007 (Temperature Sensor)
• HDC1010 (Humidity Sensor)
• 9V Alkaline battery (Power supply)
• Sim908 (GSM and GPRS Modem)

Agriculture Monitoring System aims to aggregate the information of temperature and humidity for the betterment of increasing the health of crops.

For more details, we have present a set of topics from embedded systems,

• An advanced crop monitoring system developed by integrating with internet of things for smart farming
• A new Internet of Things based greenhouse monitoring system in agricultural environment
• Development of smart agriculture based multidisciplinary model along with the integration of IoT
• Using Radio Frequency Identification technology in IoT for designing agricultural environment with cloud computing
• Designing a production supply chain management for agricultural environment
• An agricultural Internet of Things for vegetable traceability system
• A novel smart E-agriculture monitoring system with IoT
• A field monitoring system in IoT integrated agricultural environment system
• Wireless sensors based smart farming system developed in embedded systems
• An Internet of Things in agricultural environment for soil monitoring system to improve crop productivity
• Using Internet of Things and Wireless sensor network for flood monitoring to alert emergency message and safe guard agricultural fields
• A pollution monitoring system in agricultural environment
• An energy meter monitoring system in the environment of agriculture

Embedded Systems

• A remote soil moisture monitoring system in IoT integrated agriculture application
• Innovative mobile application also based sensor network enabled agricultural systems
• Wireless technology of Bluetooth control internet of things also based wearable devices
• Remote access of smart applications also using GSM/ GPRS module
• Smart trash can management system also in agricultural field to maintain a clean environment
• Advanced irrigation monitoring system in agricultural field also using internet of things environment
• Automatic crops seed sowing robots developed also to mitigate human efforts
• A periodic weather reporting system assisted also with internet of things
• Internet of things based sorting system that is operated also based on the color variations
• An efficient energy mitigating low power design also in smart agriculture
• Development of a smart parking system also using sensor network with internet of things
• Designing an IoT assisted agricultural system also using LoRaWAN
• An autonomous irrigation system and also crop monitoring for agricultural environment
• Designing a smart lighting system that is controlled also using wireless technologies