Zendesk can handle encrypted emails, but with limitations. While Zendesk can process emails that arrive in an encrypted state, it cannot decrypt them. This is because decryption requires authentication and the necessary identity, which Zendesk does…
Zendesk supports opportunistic-TLS as an end-to-end email encryption protocol. This means that Zendesk will accept or send TLS-encrypted emails if the sending or recipient server also supports that protocol. Opportunistic-TLS is a widely used…
Private email relays work with Zendesk by obscuring the sender's identity. These services use tokenized Reply-To addresses, which means the original sender's email address is replaced with a proxy address. This ensures privacy but can sometimes…
Zendesk cannot decrypt emails or identify masked senders. Decrypting emails or determining the identity of a masked sender is not only technically challenging but also against Zendesk's security and privacy policies. Attempting to do so could…
The most common email encryption methods used today are S/MIME and PGP/MIME. S/MIME is widely used and integrated into many large email providers like OSX, iOS, Outlook, and Gmail. PGP/MIME, on the other hand, relies on a decentralized model and…
Currently, Zendesk does not offer features to mask or obscure end-users' email identities. While you can set Support User Roles or restrict agent access through Custom User Roles on Enterprise plans, email address masking is not available. For…