astrosonic / forge

Forensics Oriented Reporting Group Under Encryption

forge

Forensics Oriented Reporting Group Under Encryption

We made it to the top 10 projects in the 2020 HackTheCrisisIndia IDEAthon

Ideology

This project follows the belief of Sir Abraham Lincoln

You can fool all the people some of the time and some of the people all the time,
But you cannot fool all the people all the time.

Introduction

FORGE or Forensics Oriented Reporting Group Under Encryption is a network system for secure transmission of directives among two or multiple authentic users. It uses asymmetric key cryptography to ensure an end-to-end encryption scenario.

Features

• Can be easily adopted in any network using client-server model
• Directives are stored in eavesdrop-free encrypted format in the server
• Every user has a unique 64-byte PKCS identity to recognize users with
• Encryption uses a brute-force resistant timestamp-based keypair generation
• Directive subject and content storage in tamper-free byte-index array
• Asymmetric key cryptography - 2048-bit RSA used for directive protection
• One-way encryption strategy - 512-bit SHA used for storing passwords
• Unique signature for elements like contacts, directives and groups
• Group sharing uses double layer protection with group's own keypair
• Capable of one-to-one directive sharing using composition
• Capable of one-to-many directive sharing using broadcast and groups
• State-of-the-art session management and user access control
• Now supports RESTful API in restricted network to maintain low profile
• Connectivity to API server required only during API-bound endpoint action

Web application usage

Server-side instructions

1. Install and upgrade virtualenv if not already done by executing pip3 install virtualenv --user
2. Clone the repository on your local drive and make it your current working directory
3. Create a virtual environment by executing virtualenv venv
4. Activate the virtual environment by executing source venv/bin/activate
5. Install all dependencies for the project by executing pip3 install -r requirements.txt
6. Run the project server by executing python3 main.py
7. When done tinkering, deactivate the virtual environment by executing deactivate
8. Give stars to the repository if it was helpful

Client-side instructions

1. Open up a browser and visit <SERVER-IP-ADDRESS>:9696 (default location)
2. Create account, login, follow people and send protected directives
3. Safely logout of your account once you are done using it
4. Give stars to the repository if it was helpful

RESTful API usage

Server-side instructions

1. Install and upgrade virtualenv if not already done by executing pip3 install virtualenv --user
2. Clone the repository on your local drive and make it your current working directory
3. Create a virtual environment by executing virtualenv venv
4. Activate the virtual environment by executing source venv/bin/activate
5. Install all dependencies for the project by executing pip3 install -r requirements.txt
6. Run the project server by executing python3 apim.py
7. When done tinkering, deactivate the virtual environment by executing deactivate
8. Give stars to the repository if it was helpful

Client-side instructions

1. Make sure that the server is reachable and note down the server's URL somewhere
2. Read about the API endpoints - how to send requests and receive responses in this guide
3. While developing your application, map these to your actions with HTTP requests
4. Give stars to the repository if it was helpful

Changelog

You can find all changes listed here

Screenshots

You can find all shiny stuff here

Contribute

The project is currently in diverse development process. The codebase needs cleanup, optimization and documentation so one may find it hard to get their hands into it. Feel free to contact me at [e-mail] if you wish to contribute.