Your Backup Intelligence Storage Vault is automatically encrypted end-to-end at the time of your initial backup. This is displayed in your history log with the following message: "The Storage Vault has been encrypted for the first time. Data is irrecoverable without the encryption key."
For security, we can only reset a lost account password if you had authorised us to do so from your Account Settings beforehand, so please check this box if you require a password reset as we cannot do so otherwise. Without your password your backup data cannot be accessed, and you would need to start a new account.
A two factor authentication feature is available in the web portal and admin console, and we highly recommend that users and administrators enable and make use of this.
A device quota is also set for each account. This permits only the number of devices that have been paid for that account to sign in, meaning that an extra unauthorised device cannot sign into the Backup Intelligence client to retrieve your backup data without your permission.
Your backup data is only stored at the location you select, and we are compliant with EUDPD and GDPR.
Company And Data Centre Details
CeeJay Software Limited
Our data centres are located in:
- USA (Ashburn)
- Europe (Amsterdam)
- UK (London - Available Q2 2019)
The data centres hold the following certifications:
- ISO 27001,
- ISO 140001,
- ISO 9001
- OHSAS 18001
Encryption Explained In-Depth
The user's password is used to derive two 192-bit keys (the "L" and "R" keys) via PBKDF2-SHA512, with hard-coded parameters for repeatable output.
• The L-key is used to log in to the Auth Role server in place of the real password; the server stores only a bcrypt(sha512) hash of this L-key.
• The R-key never leaves the client, and is used to encrypt secret keys stored within the user's profile on the server.
This means that one password can be used for all client-side account operations, while preventing servers from uncovering client-only secrets.
When Backup Intelligence sets up a Storage Vault for the first time, it generates two high-entropy random keys (the 256-bit "A" and 128-bit "E" keys). All user data in the Storage Vault is stored encrypted with the A-key using AES-256 in CTR mode, and authenticated using Poly1305 in AEAD (encrypt-then-MAC) mode.
The permanent A-key is stored inside the Storage Vault, encrypted with the E-key. The E-key is then encrypted with the R-key and stored in the user's profile on the Auth Role server. When a backup is performed, the client uses its password to derive the private R-key, to decrypt the E-key from the vault, to decrypt the A-key for data storage. This extra level of indirection enables some key rotation scenarios, as a new E-key can be generated without needing to re-encrypt all the data in the Storage Vault.
If the Storage Vault is for a Storage Role bucket, a high-entropy random 128-bit PSK is used to gate access to the bucket. The Storage Role server stores only a bcrypt(sha512) hash of this PSK. The client encrypts this PSK with the R-key and stores it in the user's profile on the Auth Role server.