| Feature | Description | |---------|-------------| | | Seamless Windows, macOS, or Linux login using a certificate stored on the token | | Digital Signing | Sign PDFs, emails (S/MIME), or documents using private keys that never leave the device | | VPN & Wi-Fi Authentication | Use the token as a hardware credential for network access (EAP-TLS, X.509) | | Secure Key Storage | Generate and store RSA/ECC keys in a certified tamper-resistant chip | | PKCS#11 Access | Allow browsers (Firefox, Chrome with extensions) and crypto tools (OpenSSL, OpenSC) to use the token |
Steps
Post-install configuration
Driver package contents
. It is primarily designed for high-security environments requiring two-factor authentication (2FA), digital signatures, and Public Key Infrastructure (PKI) integration. Driver Architecture and Installation A defining feature of the tokenME EVO II driverless design Standards Compliance : The device adheres to (Chip Card Interface Device) and (Personal Computer/Smart Card) standards. Plug-and-Play
The current driver v4.2.x will be supported until at least 2027.
Windows handles the base hardware connection through its standard CCID driver. To link the token with web browsers, VPN clients, or signing engines, use the following deployment steps: Repository - APED
To verify the drivers are installed correctly:
Most TokenME devices come with management software that installs the drivers automatically.