IoSecurity

logo
design

Headline

bold IoSECURITY

What it does

IoSECURITY provides a complete network setup for home users. An IoSECURITY server is connected to the home router allowing increased security, privacy, management and customization.

The IoSECURITY server features are accessed through a webapp. IoSECURITY server allows home administrators to:

Accept or deny guest requests to access WiFi
Set time limit for guest accounts
Block users
Limit visibility of guest users to home IoT devices

How we built it

Node.js to set up server.

Challenges we ran into

Initially users were to be allowed into the network using FreeBSD's Packet Filter Firewall on a Raspberry pi. Due to complications in running Node.js and our databas on the Pi itself (we want a one for all solution!), an Odroid C2 arm64 board running Arch Linux was used. The rules were written using IPTABLES and Node.js ran fine afterwards!

Accomplishments that we're proud of

What we learned

Setting up a server using node.js. mongo.db for database

What's next for IoSecurity

Bugs would need to be fixed for a smooth application. In addition, features might be edited to optimize the Webapp after receiving feedback from users.

Built With

Submitted to

QHacks
- Winner TELUS Presents: The Internet of Things (The Telus Challenge)

Created by

It was my first time to work on developing a web. I learned how the nodejs, mongodb and javascript work all together to build the website. Me myself i worked on writing most of the backend functions that we used in our web.

Mohamed ElMaradny
was to create functions and collections using java script , test the code and connect it with the front and the backend.

Salah Abdelnaby
Developed IoSECURITY's front-end with the team, while focusing on UI/UX design. Created sitemap and wireframes with a logical workflow of our webapp. The sitemap was refined to highlight the webapp's features and its visual identity. Developed IoSECURITY's visual assets and logo using Adobe Creative Cloud Suite and Unity's graphic design tools.

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Mohamed Abdalla
Was responsible for the back end of the project! This involved setting up the Raspberry Pi and mentoring the team on database creation. This included but not limited to the wireless hotspot, firewall rules, server hosting, and routing NATed traffic. The backend retrieves the data provided by the server and whitelists guests to allow internet access.

Ali a