Secure offline systems without compromising access control
Universal compatibility
Windows, MacOS and Linux
Offline security
Works even without the Internet
Various credential types
Supports passwords and SSH keys
All compute platforms
IoT, servers and desktop
Local and remote
Supports both local and remote access
Automated password change
Reduces risk by daily password change
How it works
Initialization
Create a managed password in our web app
Deploy the client along with the configuration
No need for a network connection
Usage
Get the current password from the web app
Use it to login to your computer system
No electronic device needed
Use cases
Secure access management in offline scenarios
Suitable for managing access to air-gapped systems
Secure privileged access management
Auditable, attributable solution even for shared accounts
Improved security posture and productivity
Regular password change automation, removes manual workload
Compliance
Various laws require all IoT devices to have a unique password
Security
Built from standard, state-of-the-art secure
cryptographic primitives
Web app only uses phishing-resistant authentication
passkeys or single sign-on
Post-quantum secure
not reliant on asymmetric cryptography
OfflinePasswords
automate regular password
change in all computer
scenarios:
online
offline
local
remote
Windows
MacOS
Linux
desktop
server
IoT
Pricing
Trial
- 14-day free trial
- Single user only
- Up to 3 devices
- Daily password rotation
- Documentation only
Professional
- Single user only
- Up to 25 devices
- Passkeys authentication
- Audit logging
Business
- Up to 10 users
- Up to 100 devices
- Team collaboration
- Role-based access
- Passkeys + optional basic SSO
Enterprise
- Unlimited users
- Unlimited devices
- Advanced RBAC with custom roles
- Passkeys + full SSO
- On-premise deployment
- SLA guarantee
- Custom features
How does OfflinePasswords work without an internet connection?
OfflinePasswords uses advanced cryptographic algorithms to verify the correctness of presented passwords. Only one synchronization at the installation time (which can be done manually, no need for any network connection) is necessary to sync the cloud vault with the target system.
Is it secure to have passwords managed automatically?
Yes, our system uses state-of-the-art encryption and follows industry best practices. All passwords are encrypted both in transit and at rest, and regular rotation reduces security risks.
What platforms are supported?
OfflinePasswords supports Windows, macOS, and Linux across desktop, server, and IoT environments. Our universal compatibility ensures seamless integration regardless of your infrastructure.
How often are passwords rotated?
Password rotation frequency is fully customizable based on your security and compliance requirements. You can set hourly, daily, weekly, monthly, or custom intervals for different device groups.
Can I use this for shared accounts?
Absolutely. OfflinePasswords provides auditable and attributable access management even for shared accounts, ensuring you maintain security and compliance requirements.
How does OfflinePasswords achieve attribution?
OfflinePasswords achieves attribution through unique user identifiers and secure logging mechanisms. Each action taken within the system is tied to a specific user, ensuring accountability and traceability.
What happens when employees leave the company?
When employees leave the company, their access can be immediately revoked. Even if they have local copies of passwords, the next time the passwords are rotated (by default every day), their access will be invalidated.
How does password sharing work across large teams?
OfflinePasswords allows for secure password sharing across large teams by using role-based access controls and detailed logging. Administrators can define who has access to what information, and all shared actions are logged for accountability. For further user management smoothness, LDAP/AD integration is supported.
What compliance features are included?
OfflinePasswords includes features such as audit logging (with variable retention periods), role-based access control (RBAC), and integration with existing identity providers (IdPs) to help meet various regulatory requirements. Audit logs are stored securely and are available for automation and SIEM integration.