An implementation of a secure and scalable key-value file-share platform on an untrusted server. The design maintains confidentiality and integrity of files with relevant encryption and verification techniques, while simultaneously maintaining efficiency in load-store operations.
Made as a part of the assignment for the course Computer Systems Security (CS628). The base infrastructure and server APIs were provided in problem statement.
- Transitive collaboration amongst users with the assumption that one or more of them may be adversarial.
- Protection against Man in the Middle attack while sharing a secret token through an insecure channel.
Note: The design does not take into account the possibility of Denial of Service attacks or Rollback attacks. In short, availability is not to be secured.
| Name | |
|---|---|
| Aniket Pandey | [email protected] |
| Ashish Kumar | [email protected] |
- Frontline
go run main.go - Test-cases
go test -v
Alternate implementation following the similar design: aasis21/encrypted_dropbox_