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BioCert
IDentity |
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BioCert® Intelligent
Identity Manager™ - Compatible Devices
Overview
 The
BioCert® Identity Manager (BioCert IDentity) is designed to provide a secure and
convenient computing environment. A user can consolidate all
passwords and network accounts into a single data unit called
User Identity. Security and privacy are strictly enforced with
BioCert® Identity, so all private data is available only to its
owner. User identity is always encrypted and can be protected
with Multifactor Authentication.
BioCert IDentity enhances user convenience and productivity
with Single Sign On (SSO) functionality. SSO can store user
names and passwords for an unlimited number of applications and
automatically submits them when required. With SSO the user no
longer needs to remember the growing number of passwords for
Internet and Windows applications.
BioCert IDentity increases system security through the use
of Multifactor Authentication Policy. Multifactor authentication
policies define authentication methods and credentials that are
required to log on to the system and BioCert IDentity.
Authentication methods include password, TPM password,
fingerprint, smart card, or virtual token. Policy can force
single or multiple authentication methods or can let the user
select from a defined list of authentication methods.
Multifactor Authentication
BioCert® Identity increases system security through the use
of Multifactor Authentication Policy. A system administrator can
assign multifactor authentication policies to other users and
administrators. Multifactor authentication policies define
authentication methods and credentials that are required to log
on to the system and BioCert® Identity.
The following authentication methods are supported in
multifactor authentication functionality:
- Password
- Fingerprint
- TPM
- Smart card
- USB token
- Virtual token
System Administrators may configure multifactor
authentication policy using any combination of supported
authentication methods or select one of predefined
authentication policies in BioCert® Identity. BioCert® Identity
also provides the possibility for multiple user access
privileges for the same application or service.
Services and Applications
BioCert® Identity features meet customer needs in many
fields. Based on the levels of access granted by the
administrator, the user could access many protected network
resources.
Compatible Devices
The BioCert Intelligent Identity Manager and VeriSoft Access
Manager are fully functional and compatible with the following
devices, peripherals and notebooks.
Fingerprint Biometric Authentication using the following
approved devices:
BioCert® Integrated Peripherals
Integrated
Notebooks and Tablet PCs
Additional Biometric Approved Peripherals
-
AuthenTec: "out of the box" integrated support
with devices based upon the Touch and slide sensors
including but not limited to the EntréPad 1610,
AES2501, AES3400, and AES4000.
Examples of AuthenTec devices are:
-
UPEK: Devices based upon the touch and swipe
sensors including but not limited to the Touchchip
series of sensors.
- Advanced Card Systems BioSIMKey
- ACS BioCARDKey AET60
- ACS BioTRUSTKey AET63
- BIO-key
- Cherry Keyboards
- IdentiPHI
- KSI Keyboards
- Zvetco Biometrics Products
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SecuGen: devices based on SecuGen Optical Sensor and
SecuGen BioAPI Module
- Symwave Swipe Sensor SW6688: Coming Soon
Trusted Platform Module (TPM) authentication support for
Infineon TPM SLD 9630 TT 1.1b
The trusted platform module (TPM) provides the ability to run
the system or applications more securely and makes
communications more trustworthy.
A TPM provides the first level of trust by hardening the base
platform and system software in the following areas:
- Protected Storage– Hardware-protected storage of
sensitive data that may include user passwords,
certificates and other credentials
- Platform Authentication– Attestable authentication
of the platform that ensures that the platform is secure
- Protected Cryptographic Processes–
Hardware-protected key generation, random number
generation, and hash and digital signature
- Platform Trust State– Ability to communicate the
attestable trust state of the platform
Smart card & USB or Virtual Token authentication: -
A smart card is a plastic card about the size of a credit
card with an embedded microchip that can be loaded with
information. Smart cards provide protection of information and
authentication for individual users. Logging on to a network
with a smart card can provide a strong form of authentication
when it uses cryptography-based identification and proof of
possession when authenticating a user to a domain.
A USB token is simply a smart card in a different form
factor. Rather than deploying the smart chip on a plastic credit
platform, the smart chip is inserted into a plastic token, also
known as a key. The major difference between a smart card and a
token is in the access interface. A card requires a reader,
while a token plugs directly into any USB port. There is no
difference in the core functionality of storing and providing
credentials.
A virtual token represents the software emulation of hardware
token such as a smart card or USB token. The software token can
be stored either in the Windows registry database or in a file
and includes the token's location on a hard drive, diskette, USB
drive, and so on.
- Initialize smart cards and USB tokens - Smart cards
and USB tokens are supported through Cryptographic Token
Interface Standard (PKCS#11) interface.
- Personalize and register cards and tokens
- User PIN management includes length, expiration, and
change on next logon settings.
- Master PIN management
- Register certificates
- Backup user identity on the smart cards and tokens
- Use the cards and tokens for SSO and system logon
- Other Smart Card Systems under development
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