Work In Progress
When your afraid of forgetting a bunch of secrets.
Keep one in you're head.
With AES256 bit encryption, expedient they said!
This is a CLI tool for encyrpting and uploading files to the IPFS blockchain network. The tool also generates unique file signatures and records them in a local database for one to keep track of the files. The reason behind this is due to the nature of AES256, at some point potentially a second block chain could be leveraged to track (file uniqueness). This would be the "Public" or non-confidential metadata assosciated with a file. The data will be nearly impossible to decrypt unless the client has the private key since the encryption method is symmetric (AES256).
- Migrated IPFS Node to Container System.
- Migrated Postgres Services to Container Service.
- Updated golang routines to support Postgres Container Service.
@@ GoCrypt @@
- Migrate additional Services over to Containers.
- Need to implement multiple API's & MicroServices to support this.
- Remove I/O Based Encryption method and implement an HTTP interface for this.
@@ Sending a File @@
curl --request POST --data-binary "@secret.pem" \
http://192.168.0.215:8000/upload/secret.pem=secretpassword@@ Getting a File List @@
http://192.168.0.215:8000/api/@@ IPFS @@
- Configure Persistent Data Caching.
- Configure Private Node Network (SSL Verification).
@@ Database @@
- Configure SSL Security.
- Add in Database security via Generated ENV userid & password variables when DB is spun up.
- Enable Database Replication & Configure Cluster Network.
- Convert each service into a microservice!
- File handling / API. Would like to implement the ability to upload the data from the Client side.
- Client Side Mutual Authentication to allow connectivity to encryption/storage service.
- API Interface to easily view storage metadata information and query attributes of specific files.