That's much better, thanks. According to the Bitwarden blog post: https://bitwarden.com/blog/security-through-transparency-eth... which contains its full cryptography report at the end, all the issues have been fixed except a few which are considered part of the design (see below), so if I understand correctly you have nothing to worry about if you don't use organizations and use a strong password.
Issue 5: Organisation Key Injection (Medium)
When users interact with organizations, a trust relationship is established through the exchange
of cryptographic keys. A malicious server could add users to arbitrary organizations by
encrypting an organization symmetric key under the user's public key and including it in sync
responses. The client would silently accept the new organization membership. Alternatively,
when a user creates an organization, the malicious server could substitute the newly created
organization's keys with attacker-controlled keys during the post-creation sync.
Issue 7: Disable KDF Bruteforce Protection (Low)
Bitwarden uses Password-Based Key Derivation Functions (PBKDF2 or Argon2id) to derive the
master key from the user's master password. The iteration count – currently defaulting to
600,000 for PBKDF2 – provides brute-force resistance. The researchers identified that KDF
settings are stored on the server without authentication, allowing a malicious server to reduce
the iteration count and receive a master key hash that is faster to brute-force.
Issue 9: Malleable Vault Format and Unencrypted Metadata (Low)
The researchers identified that while individual fields are encrypted, metadata about field positions and item structure is not integrity-protected, potentially allowing field reordering or item manipulation
Issue 10: Access Violation in Organisation Collections (Low)
Organization collections enable shared access to vault items among organization members. By
design, the organization symmetric key is shared with all organization members, allowing them
to access collection contents to which they have specifically been granted access
Issue 5: Organisation Key Injection (Medium)
When users interact with organizations, a trust relationship is established through the exchange of cryptographic keys. A malicious server could add users to arbitrary organizations by encrypting an organization symmetric key under the user's public key and including it in sync responses. The client would silently accept the new organization membership. Alternatively, when a user creates an organization, the malicious server could substitute the newly created organization's keys with attacker-controlled keys during the post-creation sync.
Issue 7: Disable KDF Bruteforce Protection (Low)
Bitwarden uses Password-Based Key Derivation Functions (PBKDF2 or Argon2id) to derive the master key from the user's master password. The iteration count – currently defaulting to 600,000 for PBKDF2 – provides brute-force resistance. The researchers identified that KDF settings are stored on the server without authentication, allowing a malicious server to reduce the iteration count and receive a master key hash that is faster to brute-force.
Issue 9: Malleable Vault Format and Unencrypted Metadata (Low)
The researchers identified that while individual fields are encrypted, metadata about field positions and item structure is not integrity-protected, potentially allowing field reordering or item manipulation
Issue 10: Access Violation in Organisation Collections (Low)
Organization collections enable shared access to vault items among organization members. By design, the organization symmetric key is shared with all organization members, allowing them to access collection contents to which they have specifically been granted access