Zero-knowledge Architecture and Security: Keeper’s password manager is built from the ground-up on the idea that the individual user is the only person that can access their data. This is in perfect alignment with GDPR principles and data protection requirements. All encryption is done on the individual’s device(s). The data is encrypted in transit with Transport Layer Security (TLS) and stored in AES-256 encrypted ciphertext. By separating the data and encryption keys, no Keeper employee is ever able to access customer vault data. As per Article 34, if Keeper vault data were ever breached, the ciphertext would be worthless to the attackers and therefore no notification would be required.
In addition to regular security reviews and tests, Keeper is SOC 2 Type 2 certified and ISO27001 certified annually.
Keeper utilizes Amazon AWS hardened cloud infrastructure in multiple geographic locations to host and operate the Keeper Vault. Data at rest and in transit is fully isolated in a customer's preferred global data center. In other words, EU data stays in the EU. This provides customers with the fastest and safest cloud storage.
No Additional Processing: Keeper will never mine customer vault data for any purpose. First, it is a matter of policy at the highest levels of Keeper that we are committed to customer privacy. Second, because of our zero-knowledge architecture, it is technically impossible for us to do so. This follows GDPR principles of both organization and technical policies to protect personal data.
Data Control: Customers may export their data (in csv, pdf format), modify or delete their vault records at any time. This enables the GDPR requirements that personal data may be transferred or deleted as soon as the intended use is completed, consent is withdrawn or the legitimate business purpose changes. Because the data subjects are able to self-serve their Keeper vaults, the data controller is relieved of a significant burden in GDPR compliance. The data is encrypted such that only the data subject can access it, so no employees can even see it, let alone have the need to access it.
Role-based Access Control: The security concept of least privilege means that employees should only have access to the minimum amount of data that they need to do their jobs. This is most often accomplished with role-based access control (RBAC).
Keeper integrates with Microsoft Active Directory (AD) to synchronize with nodes (organizational units), teams and users. Once connected, Keeper enables role-based access control at any node. Those controls can be cascaded to all lower nodes if desired. These controls on the Keeper vaults include master password strength, rotation time, 2FA requirements, Allow IP Listing and more. Keeper locks accounts that are terminated in AD and those accounts may be transferred to trusted admins. This gives IT admins control over data accounts and assets throughout the organization.
Admin Insight and Auditing: Keeper Enterprise provides insight into employee password strength, reuse and use of second-factor authentication. Keeper provides audit logs complete with timestamps and filters to enable rapid searches for anomalies, bad behavior, forensics or compliance reporting.