International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 10 Issue: 06 | Jun 2023
p-ISSN: 2395-0072
www.irjet.net
INTEGRATED SYSTEM FOR REAL-TIME MONITORING & PROTECTION OF SANDALWOOD TREES USING IOT & GSM TECHNOLOGIES 1VAISHNAVI CHAKLABBI, 2MANJUNATH JOGAN, 3BURHANUDDIN BHANDARI, 4Dr.S.A.Quadri, 5ASLAM.J.KARAJGI 1VIII Semester, Department of CSE, SIET, Vijaypur, Karnataka, India 2VIII Semester, Department of CSE, SIET, Vijaypur, Karnataka, India 3VIII Semester, Department of CSE, SIET, Vijaypur, Karnataka, India 4Asst. Professor & HOD, Dept. of CSE Engineering, SIET, Vijaypur, Karnataka, India 5Asst. Professor, Dept. of CSE Engineering, SIET, Vijaypur, Karnataka, India
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Abstract - The illegal activities of smuggling and illegal
approach to addressing sandalwood thievery through the perpetration of an integrated system utilizing Internet of Things( IOT) and GSM technologies. The proposed system utilizes wire sensors for detecting unlawful tree slices and flame sensors for early discovery of timber fires. The main controller employed is the Node MCU ESP8266, which collects and processes data from the sensors. To overcome the challenge of network effects, a GSM module( 800C) is integrated, icing that authorities admit timely cautions in both online and offline modes. The system leverages a cloud server to periodically modernize sensor data and sends robbery and conflagration alert dispatches to the designated client device through the IOT Blynk app. This result aims to enable prompt intervention by the authorities, leading to the forestalment of sandalwood tree larceny and conflagration incidents. The unprejudiced of scheme is to shape safe and protected timbers to help to smuggle andante-social conditioning against lawless slice of the perm for Environment safety and toxic switch. The plan moves a step ahead to aegis the living of birds on Trees and beast defence by checking the slice of tree. We have intended a system that can be used to avoid the trafficking of the trees which would in turn stop deforestation and support Environmental stability, which would support to break one of the cases with the Global Warming. This data can be used by timber authorities to take preventative action. The entire process will take a maximum of many seconds or a minute. This will surely reduce trafficking and lawless registering to a lower extent Our system aims for the aegis and sustentation of leafage, Fauna, timber and wildlife, aegis of terrain in order to promote sustainable evolution and to conserve long term timber. And also to cover the trees from timber fires. The following figure[1] shows the real-time implementation of sandalwood trees.
cutting pose a grave threat to valuable trees, notably sandalwood. This project presents an integrated system that leverages IOT and GSM technologies for the real-time monitoring and protection of these trees. The system incorporates wire sensors to detect illegal cutting and flame sensors for forest fire detection. A Node MCU ESP8266 serves as the central controller, collecting sensor data and transmitting it to a cloud server. The Blynk app is utilized to provide administrators with real-time theft and fire alerts. However, network connectivity issues present a challenge to online communication. To overcome this hurdle, a GSM module (800C) is integrated into the system, enabling offline alerts. The proposed system aims to deliver both online and offline alerts to a specific device, facilitating early detection and prompt action by authorities to prevent the destruction of valuable trees. Furthermore, this system can be extended to protect other high-value tree species, such as timber, teak wood, and rosewood, at an affordable cost. The integration of IOT and GSM technologies within this project presents a promising solution to address illegal activities surrounding valuable trees, making a significant contribution to their conservation and safeguarding. Key Words: wire sensor, Flame sensor, NODE MCU ESP8266, GSM, Arduino IDE, BLYNK APP, Embedded C.
1.INTRODUCTION Sandalwood trees, known as Chandana and Srigandha in India, retain high marketable value due to their prized heartwood. Unfortunately, the unlawful activity girding these trees, involving smuggling and unauthorized registering, have passed bogarting situations. This work proposes a complete system for real- time monitoring and security of sandalwood trees, which combines wire sensors, flame sensors, Node MCU ESP8266, IOT Blynk app, and GSM technology. The illicit activity associated with sandalwood trees, analogous as smuggling and unauthorized registering, pose a significant trouble to their conservation. This paper presents an innovative
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