Emergency Notification and Navigation system

Idea/Solution:

The innovation that we have provided is based on the challenges faced by expeditioners, trekkers (either in mountains, forests and caves) and anthropologists and more on their experiences. The solution is that we solve the issues of location, mapping and navigation, which is that by provide them specialized NFC cards that carries their respective details and the route of their trekking. where at every checkpoint that they cross they have to tap the cards on the receiver end which carries some of the pre-defined momentary buttons contains specialized message which has to be send to the central controller, they keep an eye on the location of each and every individuals locations and message which they need for support by the organiser/central controller in case of emergency. In additionwith, we have successfully solved the existing problem of connectivity and communication for a wide or long range/area for efficient and effective facilities of proper communication with the same. OLED display has implemented for display the message or emergency signal.

Our target audiences are:

Mountain/ forest trekkers, expeditioners, cave explorers as well as tourists

Forest guards for their proper presence on their respective workplace in reserved forests

Providing authentication and safety from poachers by providing only entry only to the permissible

Deployment in corporate farming for the work assessment of the subordinates farmers and labours

For the proper connectivity for the workers which making tunnels or vehicle subways

Facilitates with secure and efficient communication for scientists, geologists and anthropologists on the isolated islands.

Benefit of the solution:

The solution fills the gap that has still present in the market in terms of safety, security and proper communication and connectivity for the same.

The innovative model is cost efficient and easy to use like:

It requires only 3.3v of power supply to operate our focusing model (the receiver end) which we can provide by DC cell or also using solar panel for recharging it again.

In additionwith, the very same (receiver end or central controller) has been successfully tested to work in "Sleeping mode" by ESP32 micro controller which also takes less power consumption.

Furthermore, the gap which can be fill by this innovative solution on implemented. If we use, is that the whole system works even in extreme weather condition and internet blackout remote area done by LoRa (long range module) doesn't requires internet connectivity for their functioning.

Future extension:

Implementation of AI with machine learning for the better enhancement and efficiency, which facilitates in wide area for their working.

Video links :- 

https://www.youtube.com/watch?v=PMBHvloAyrU

https://www.youtube.com/shorts/Ep8mTERCPOc 

They are the video or shorts link which provide an roughly idea to implement this project.