The use of sensors like Wifi Light Sensor, Wireless Vibration Sensor, etc to collect environmental and machine data and offer them to farmers in order for them to make informed decisions to enhance every part of their operation, whether it be livestock or crop farming is called IOT Based Smart Agriculture. The ultimate objective is to enhance crop quality and quantity while minimizing waste and optimizing the utilization of human labor.

Why should we use sensors in agriculture in the first place?

The most significant advantage of these sensors is the massive amount of data that they can collect. Collecting meaningful data on anything from weather conditions to soil quality to crop development may be a game-changer. Farmers, without a question, are the most knowledgeable about their crops and fields, but issues can be concealed and unanticipated at times, which is where these sensors come in handy.

These sensors monitor the entire system 24 hours a day, seven days a week to provide farmers with the necessary data that allows them to make informed decisions that will help them in better cost management, waste reduction, and water conservation due to their increased control overproduction, which will eventually help them flourish their agriculture business and result in higher revenues.

The types of IoT based smart sensors used in Smart Agriculture

Measurement of soil properties using sensors
· Optical sensors- These sensors utilize light to assess soil parameters and have been created to evaluate the soil's clay, organic matter, and moisture content.
· Electrochemical sensors– These sensors offer data on the presence of O2, CO2, and other vital gases, as well as pH and soil nutrient levels.
· Dielectric sensors- Dielectric sensors determine the moisture content of the soil. Once we know how much moisture is in the soil, we can effectively irrigate the crops.

Pesticide monitoring systems
Image capture sensors have shown to be a low-cost yet very effective way of pest identification. Based on the photographs, farmers can pinpoint the location of the infestation and take action to eradicate it by spraying pesticides in the affected regions.
Another popular method for detecting pests is through gas sensors. When plants are stressed, they emit certain volatile gases. The chemical molecules produced change depending on the source of stress.

Cattle tracking and traceability sensors
There are gadgets that can be used to monitor cattle in the same way as sensors are used to monitor the soil. Animals using IoT sensors may offer information about their health, well-being, and geographical position. GPS satellites are used to calculate latitude, longitude, and altitude. In addition, the caretakers use geofencing to keep track of their cattle.

Looking for IoT-based smart sensors?
UbiBot provides a ground-breaking method for monitoring environmental conditions where they matter. The sensors communicate with our UbiBot IoT Platform through WiFi. You may then access your data from any location using a smartphone or the internet. UbiBot provides several ways for receiving warnings. From email and voice to in-app notifications and SMS messaging, we've got you covered. Our alert service remotely monitors your devices. Receive notifications whenever any metric deviates from the range you choose. UbiBot is committed to providing our clients with satisfying solutions for wireless environmental monitoring of temperature, humidity, ambient light, and a variety of other parameters.

ADDRESS-
Dalian Cloud Force Technologies CO LTD
No.23 Honggang Road, Ganjingzi
District
Dalian, China. (Postcode: 116033)
Telephone: +86-411-86686675
Website: www.cloudforce.cn/en