SMART CARD ENDPOINT ENCRYPTIONUnmatched Data Protection
- Intuitive, easy-to-use interface
- Securely protects volumes on endpoints
- Administrators securely designate encryption scope (volume, Cloud location), encryption strength, encryption algorithm, and key hashing algorithm
Ease of Use
When the Power LogOn MFA smartcard is inserted the reader, the encrypted storage becomes visible and accessible. Behind the scenes, the Power LogOn® software is authenticating the user-to-the-card, the card-to-the-endpoint, and the endpoint-to-the-server.
Ease of Encryption
ParaDoxBox™ uses On-The-Fly-Encryption (OTFE) to encrypt and protect data on endpoints. OTFE ensures that data is never persistently stored in an unencrypted state. OTFE incorporates multiple symmetric ciphers options, enhanced authentication technology, and enterprise controls. ParaDoxBox™ offers enhanced security to Power LogOn® that flexibly supports various data encryption requirements.
Social Engineering Attack Protection
ParaDoxBox™ For Power LogOn® supports knowledge and possession authentication credentials to provide the desired level of authentication assurance. Social engineering attacks are eliminated through the use of the MFA Smartcard and card reader technology. Administrators control the access credentials from the endpoint-to-the-server thus ensuring endusers can’t ever knowingly or unknowingly share access credentials.
ParaDoxBox™ can be easily deployed to all Window’s-based laptops and workstations (either by download or in an isolated sandbox environment). Once installed and registered, encrypted volumes can be created at the administrator’s discretion. ParaDoxBox’s administrative functionality guarantees that the Power LogOn® administrator retains complete, secure control of encryption keys, ensuring data access.
See our partner Access Smart’s page on Power LogOn
Windows 10 (32/64 bit), 8 (32/64 bit), 7 (32/64 bit)
FIPS 140-2 Compliant Algorithms
Key Hashing Algorithms