Keeper Security
Zero Knowledge Vaulting,
Built For Regulated Work
Keeper encrypts every record on the device before it is stored, so the provider holds ciphertext it cannot read. For organizations answering to an auditor, that architecture is the point, and the compliance certifications behind it are the evidence.
Records are encrypted and decrypted on the device. The keys never reach the provider, so a breach of their storage yields nothing readable.
Administrators enforce password strength, sharing rules and multifactor requirements by role rather than trusting each user to choose well.
Access events are logged and reportable, which is the difference between believing your controls work and being able to demonstrate it.
The same vault covers infrastructure secrets and privileged session access, so developer credentials stop living in configuration files.
Credential Handling Is The Control Everyone Fails
It is the most common finding in a security questionnaire, and the easiest for an attacker to exploit when it is weak.
Privileged Access Without A Record
When an auditor asks who accessed the administrator credential last quarter, an organization relying on shared knowledge has no answer. The absence of a record is itself the finding.
Secrets In Source Control
API keys and connection strings pasted into configuration files spread with every clone of the repository. Removing them later does not remove them from the history.
Policy Without Enforcement
A written password policy that nothing enforces will be followed by the conscientious and ignored by everyone else. Auditors have learned to test rather than read.
Capabilities That Cover The Whole Credential Estate
Keeper's scope extends past employee logins into the machine credentials that usually sit outside any password policy.
Encrypted Vaults Per User And Team
Records can be shared with a colleague or a team without revealing the underlying value, and that share can be revoked. The credential moves as a permission rather than as a copied string.
Enforcement Policies By Role
Complexity requirements, multifactor, sharing restrictions and session timeouts are applied to role groups centrally, so compliance stops depending on individual discipline.
Secrets Management For Infrastructure
Application keys, database credentials and service account secrets are stored and retrieved programmatically, which takes them out of configuration files and CI variables.
Privileged Session Access
Administrators can open remote sessions to infrastructure through the vault, so the credential is used on the user's behalf rather than displayed to them and remembered.
What Changes On The Audit Response
| Auditor's Question | Without A Managed Vault | With Keeper |
|---|---|---|
| Who can access this system | An estimate | A membership list |
| When was it last accessed | Unknown | In the event log |
| Is the policy enforced | Written down | Applied by role |
| Where do service keys live | Config files | Retrieved from the vault |
| Can the vendor read it | Depends on the vendor | No, by architecture |
Who Gains Most, And What To Weigh
A Strong Fit
Organizations in regulated sectors, or any business whose contracts now require demonstrable access control. The reporting and enforcement are what make the difference at audit time, and they are the reason to choose this over a consumer tool.
Weigh This Carefully
Zero knowledge architecture means the vendor genuinely cannot recover what it cannot read. Account recovery must be configured deliberately at rollout, because discovering the gap after a key employee leaves is an expensive way to learn it.
Answer The Access Question With A Record
A short review of where privileged credentials live today, who can reach them, and what evidence exists that the policy is being followed.
Secure Your CredentialsGet in touch with Your Company
Questions about this solution? Reach us directly.