Trusted document sharing on a trustless ledger. Using IPFS + Ethereum.
MIT License
Encrypton was designed and developed to be an easy solution to document credentialization and authentication on a public ledger. It offers a convenient way for individuals to encrypt and share files over IPFS (InterPlanetary File System) using the Ethereum and client-side AES-256 encryption.
PS. Anish Agnihotri and Ryan Ouyang pair programmed the entire project on Anish's laptop, hence why Ryan does not have any commits.
The idea for Encrypton stemmed from the conspicious lack of platforms to share private data in a secure and safe manner. With an ever developing world, it's become increasingly evident that documents on the cloud are the future. But, with platforms like Google Drive & Dropbox, it's difficult to trust large private corporations with such sensitive data. That's where Encrypton comes in with our easy to use platform for secure file storage (on IPFS) and transfer.
Starting the Encrypton platform is as simple as running a few commands in your terminal:
/backend
, installing the dependencies with npm install
and then starting it up with npm start
./frontend
, installing the dependencies with npm install
and then starting it up with npm start
./frontend/dashboard
, and running these three commands: ipfs daemon
, embark blockchain
, and embark run
. Do note, [email protected]
installed globally and geth
are dependencies.Metamask
plugin and are authenticated on the Ropsten
test network.Landing page. Encrypt Documents page. View encrypted documents page. IPFS unencrypted file explorer page. Network statistics page. Documentation page.
A user-first unified platform to host documents and identification that users can choose to easily share with government organizations and other companies for short periods of times.