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ProfHacks 2019 - Crisis Connect

Members

Akash Bobba

Bharat Krishnan

Varun Ramani

Samvit Agarwal

Overview

In light of recent of international issues such as the hurricane in Puerto Rico and the Venezuelan crisis, issues of lack of internet and electricity have become ever prevalent in news and media. In a world that is constantly connected, it is a shame that it is least connected at the times people need it the most. Crisis Connect aims to solve exactly that! It is a system that works to fundamentally provide a means of communication to those in disaster situations that lack Internet or Cellular connection.

How it works

Using a mesh network of Dragonboard's (or for that matter any small computing node) Crisis Connect provides and expands the internet connection of one computer/user and spreads it to thousands of other potential users. This is accomplished through connections between a client/disaster victim's device to one of the hundreds of nodes in the system. The nodes effectively, through their mesh-like nature, relay a message down to an internet access point potentially miles away. This message is then sent to cloud based servers and made available through a web user interface to first responders.

Technologies

GCP Cloud Instance

Flask

Python

Socket.io

DragonBoard 410c

React Native

About

ProfHacks 2019

Resources

Readme
Activity

Stars

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GitHub - Samvit123/ProfHacks: ProfHacks 2019 · GitHub
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ProfHacks 2019 - Crisis Connect
Members
Akash Bobba
Bharat Krishnan
Varun Ramani
Samvit Agarwal
Overview
In light of recent of international issues such as the hurricane in Puerto Rico and the Venezuelan crisis, issues of lack of internet and electricity have become ever prevalent in news and media. In a world that is constantly connected, it is a shame that it is least connected at the times people need it the most. Crisis Connect aims to solve exactly that! It is a system that works to fundamentally provide a means of communication to those in disaster situations that lack Internet or Cellular connection.
How it works
Using a mesh network of Dragonboard's (or for that matter any small computing node) Crisis Connect provides and expands the internet connection of one computer/user and spreads it to thousands of other potential users. This is accomplished through connections between a client/disaster victim's device to one of the hundreds of nodes in the system. The nodes effectively, through their mesh-like nature, relay a message down to an internet access point potentially miles away. This message is then sent to cloud based servers and made available through a web user interface to first responders.
Technologies
GCP Cloud Instance
Flask
Python
Socket.io
DragonBoard 410c
React Native
About
ProfHacks 2019
Resources
Readme
Activity
Stars
0 stars
Watchers
0 watching
Forks
1 fork
Report repository
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, 'i');
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GitHub - Samvit123/ProfHacks: ProfHacks 2019 · GitHub
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ProfHacks 2019 - Crisis Connect
Members
Akash Bobba
Bharat Krishnan
Varun Ramani
Samvit Agarwal
Overview
In light of recent of international issues such as the hurricane in Puerto Rico and the Venezuelan crisis, issues of lack of internet and electricity have become ever prevalent in news and media. In a world that is constantly connected, it is a shame that it is least connected at the times people need it the most. Crisis Connect aims to solve exactly that! It is a system that works to fundamentally provide a means of communication to those in disaster situations that lack Internet or Cellular connection.
How it works
Using a mesh network of Dragonboard's (or for that matter any small computing node) Crisis Connect provides and expands the internet connection of one computer/user and spreads it to thousands of other potential users. This is accomplished through connections between a client/disaster victim's device to one of the hundreds of nodes in the system. The nodes effectively, through their mesh-like nature, relay a message down to an internet access point potentially miles away. This message is then sent to cloud based servers and made available through a web user interface to first responders.
Technologies
GCP Cloud Instance
Flask
Python
Socket.io
DragonBoard 410c
React Native
About
ProfHacks 2019
Resources
Readme
Activity
Stars
0 stars
Watchers
0 watching
Forks
1 fork
Report repository
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, 'i');
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(function(){
try {
var __m = "*";
var __re = new RegExp('^' + ".*" + '
GitHub - Samvit123/ProfHacks: ProfHacks 2019 · GitHub
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ProfHacks 2019 - Crisis Connect
Members
Akash Bobba
Bharat Krishnan
Varun Ramani
Samvit Agarwal
Overview
In light of recent of international issues such as the hurricane in Puerto Rico and the Venezuelan crisis, issues of lack of internet and electricity have become ever prevalent in news and media. In a world that is constantly connected, it is a shame that it is least connected at the times people need it the most. Crisis Connect aims to solve exactly that! It is a system that works to fundamentally provide a means of communication to those in disaster situations that lack Internet or Cellular connection.
How it works
Using a mesh network of Dragonboard's (or for that matter any small computing node) Crisis Connect provides and expands the internet connection of one computer/user and spreads it to thousands of other potential users. This is accomplished through connections between a client/disaster victim's device to one of the hundreds of nodes in the system. The nodes effectively, through their mesh-like nature, relay a message down to an internet access point potentially miles away. This message is then sent to cloud based servers and made available through a web user interface to first responders.
Technologies
GCP Cloud Instance
Flask
Python
Socket.io
DragonBoard 410c
React Native
About
ProfHacks 2019
Resources
Readme
Activity
Stars
0 stars
Watchers
0 watching
Forks
1 fork
Report repository
Releases
Packages
Contributors
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, 'i');
if (__m === '*' || __re.test(location.href)) {
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})();
(function(){
try {
var __m = "youtube.com";
var __re = new RegExp('^' + "youtube\\.com" + '
GitHub - Samvit123/ProfHacks: ProfHacks 2019 · GitHub
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ProfHacks 2019 - Crisis Connect
Members
Akash Bobba
Bharat Krishnan
Varun Ramani
Samvit Agarwal
Overview
In light of recent of international issues such as the hurricane in Puerto Rico and the Venezuelan crisis, issues of lack of internet and electricity have become ever prevalent in news and media. In a world that is constantly connected, it is a shame that it is least connected at the times people need it the most. Crisis Connect aims to solve exactly that! It is a system that works to fundamentally provide a means of communication to those in disaster situations that lack Internet or Cellular connection.
How it works
Using a mesh network of Dragonboard's (or for that matter any small computing node) Crisis Connect provides and expands the internet connection of one computer/user and spreads it to thousands of other potential users. This is accomplished through connections between a client/disaster victim's device to one of the hundreds of nodes in the system. The nodes effectively, through their mesh-like nature, relay a message down to an internet access point potentially miles away. This message is then sent to cloud based servers and made available through a web user interface to first responders.
Technologies
GCP Cloud Instance
Flask
Python
Socket.io
DragonBoard 410c
React Native
About
ProfHacks 2019
Resources
Readme
Activity
Stars
0 stars
Watchers
0 watching
Forks
1 fork
Report repository
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, 'i');
if (__m === '*' || __re.test(location.href)) {
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})();
(function(){
try {
var __m = "*";
var __re = new RegExp('^' + ".*" + '
GitHub - Samvit123/ProfHacks: ProfHacks 2019 · GitHub
Skip to content
BranchesTags
Repository files navigation
ProfHacks 2019 - Crisis Connect
Members
Akash Bobba
Bharat Krishnan
Varun Ramani
Samvit Agarwal
Overview
In light of recent of international issues such as the hurricane in Puerto Rico and the Venezuelan crisis, issues of lack of internet and electricity have become ever prevalent in news and media. In a world that is constantly connected, it is a shame that it is least connected at the times people need it the most. Crisis Connect aims to solve exactly that! It is a system that works to fundamentally provide a means of communication to those in disaster situations that lack Internet or Cellular connection.
How it works
Using a mesh network of Dragonboard's (or for that matter any small computing node) Crisis Connect provides and expands the internet connection of one computer/user and spreads it to thousands of other potential users. This is accomplished through connections between a client/disaster victim's device to one of the hundreds of nodes in the system. The nodes effectively, through their mesh-like nature, relay a message down to an internet access point potentially miles away. This message is then sent to cloud based servers and made available through a web user interface to first responders.
Technologies
GCP Cloud Instance
Flask
Python
Socket.io
DragonBoard 410c
React Native
About
ProfHacks 2019
Resources
Readme
Activity
Stars
0 stars
Watchers
0 watching
Forks
1 fork
Report repository
Releases
Packages
Contributors
Languages

, 'i');
if (__m === '*' || __re.test(location.href)) {
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})();
GitHub - Samvit123/ProfHacks: ProfHacks 2019 · GitHub
Skip to content
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ProfHacks 2019 - Crisis Connect
Members
Akash Bobba
Bharat Krishnan
Varun Ramani
Samvit Agarwal
Overview
In light of recent of international issues such as the hurricane in Puerto Rico and the Venezuelan crisis, issues of lack of internet and electricity have become ever prevalent in news and media. In a world that is constantly connected, it is a shame that it is least connected at the times people need it the most. Crisis Connect aims to solve exactly that! It is a system that works to fundamentally provide a means of communication to those in disaster situations that lack Internet or Cellular connection.
How it works
Using a mesh network of Dragonboard's (or for that matter any small computing node) Crisis Connect provides and expands the internet connection of one computer/user and spreads it to thousands of other potential users. This is accomplished through connections between a client/disaster victim's device to one of the hundreds of nodes in the system. The nodes effectively, through their mesh-like nature, relay a message down to an internet access point potentially miles away. This message is then sent to cloud based servers and made available through a web user interface to first responders.
Technologies
GCP Cloud Instance
Flask
Python
Socket.io
DragonBoard 410c
React Native
About
ProfHacks 2019
Resources
Readme
Activity
Stars
0 stars
Watchers
0 watching
Forks
1 fork
Report repository
Releases
Packages
Contributors
Languages