LoRa IoT Geo-Fencing: Advanced Monitoring of Targets with GPS, Arduino & ESP8266

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This project is about making a DIY LoRa-Enabled IoT Geo-Fencing using GPS Module, Arduino & ESP8266. In today’s connected world, knowing an object’s location can be vital. Merging the power of LoRa technology and geo-fencing, we’ve created a powerful yet simple tracking system. Earlier we built a GPS Geo Fencing Project using ESP8266 but it has some limitations.

LoRa, known for long-distance communication with minimal power use, is our key component. Using an Arduino and the L80 GPS module, we send location data over vast distances using LoRa Communication. This data is received by the LoRa Module integrated with ESP8266, which processes it and checks if it’s within a virtual boundary, or ‘geo-fence‘, set by the user.

Our geo-fence is a virtual perimeter set on a map, like a digital fence. If our tracked item crosses this boundary, the Web Dashboard displays the object is outside the boundary. The Web Dashboard is an AJAX-based Webserver that displays the Latitude, Longitude, and Object Position Based on set Fence. Imagine knowing immediately if a valuable object leaves a set area or if a pet wanders too far.

This project offers a comprehensive guide on crafting the system from the ground up, covering schematics, PCB design, hardware assembly, a list of materials, source code, and testing procedures.

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[OfficialPCBGOGO]

This video is incredibly valuable! Hope you'll keep sharing more high-quality content.🥰

[SmartTronics]

Another Intresting and Awesome video with clear Explanation :)

[raymondmichael]

I have watched this video from start to end, two times already, went to read it’s accompanied article. The it hit me, I didn’t like or commented, so here I am.

Good content, you guys are doing such amazing work.

Can you upgrade this to work in a mesh-topology too, so that those transmitter can talk to receiver directly or via other transmitters, that way we cover even bigger geo-fence or even the pet wonder-off beyond the reach of receiver’s Lora range. As added feature, enable the receiver to talk to any transmitter in the network 😊.

Can be similar project or any other, important thing is mesh-topology .

😂 that is quite long request. But thanks buddy.

[InnovateYourselfashu]

Another very informative video 😀 thank you so much for this video. Just loved the content and way of explaination 🔥🙏

[hendmei]

hi, can I send a command from the assembly (ESP8266+lora is my receiver)
to the assembly (arduino nano +lora+gps is my transmitter ) yes, I would like to send a signal from the receiver and wake up the transmitter so that the transmitter starts transmitting data to the same receiver on the access point's web page ESP8266

[glass]

This is very good. Thanks for sharing.

[ecsyntric]

what’s the max update frequency with lora?

[hendmei]

have you compiled the code and checked it?

[raymondmichael]

Anyone can some help me to get the datasheet of this LCD L-280A75-C . Been scratching my head for several weeks now with no luck 😢