The world's most secure messaging app for all your devices.
KeeperChat is a hyper-secure, enterprise messaging product built to eliminate the risks associated with data leakage and unencrypted communications. KeeperChat applies Keeper's Zero-Knowledge principles to bring secure messaging to users across all of their devices.
Benefits & Features
Like your passwords, your private messages are stored in a secure, digital vault which can be accessed using the same credentials or biometric login method (Fingerprint, Face ID) you use to login to Keeper Password Manager.
KeeperChat directly authenticates against the Keeper backend which provides all of the benefits, such as device verification, SSO authentication and SCIM provisioning.
For increased security, two-factor authentication is available, providing an extra layer of protection against unauthorized access.
Just like our password encryption technology, Keeper protects your messages with zero knowledge, 256-bit AES encryption security architecture.
Self-destruct timer and message retraction remove unwanted or sensitive messages and files without a trace.
Message history and chat threads automatically sync across all your devices.
Securely share sensitive documents with complete privacy. Encrypted files and photos are saved to your private gallery without leaving a trace on your camera roll.
Role Enforcements & Policies
KeeperChat is deployed and controlled via the Keeper Admin Console. It supports internal control policies and role enforcements for all KeeperChat accounts in your organization. Lock down access with 2FA enforcement, IP AllowList and other security policies.
Fast and Dynamic Provisioning
User provisioning is simple with KeeperChat. Keeper offers a variety of provisioning methods for SMBs, SMEs and large enterprises. Methods include email auto-provisioning, synchronization with Active Directory / LDAP and other popular methods. It can even integrate with your existing Enterprise SSO solution.
KeeperChat is available on macOS, Windows, iOS and Android devices.