When licensing a VPN-1/Firewall-1 Management Server, for central licensing you must provide:

You are developing secure communications for a virtual corporation. There is a main office with a
variety of shared resources, but mist employees work either from home, or on the road. The most
common interface between these employees and the central database is a modem-equipped
Laptop. Reliability and quality are major issues for your users, and security requirements include
the need for strong authentication of the remote and mobile users. You are expected to provide
centralized management, and to anticipate significant growth in the workforce.

The type of VPN you would choose is the:

You are setting up an IKE VPN between the VPN-1/Firewall-1 modules protecting two networks.
One network is using a RFC 1918 compliant address range of 10.15.0.0 and the other network is
using a RFC1 818 compliant address range 192.168.9.0. What method of address translation would you use?

Secure Client supports desktop policies.

You are the VPN-1/Firewall-1 administrator for a company who’s extranet requires encryption. You
must an encryption scheme with the following features:
Portability Standard
Key Management Automatic, external PKI
Session Keys Change at configured times during a connection’s life time
Which encryption scheme do you choose?

When adding users to firewall, an administrator can install just the User Database without reinstalling the entire Security Policy.

Both, RSA and Diffie-Hellman are asymmetric encryption techniques generating a one-way trust
model for encryption and decryption messages.

VPN-1/Firewall-1 gateway products (other than the GUI) are supported on Windows NT
Workstation.

When a SecuRemote Client and Server key exchange occurs, the user will be re-authenticated if
the password has been erased.

For each connection that is established through a VPN-1/Firewall-1 Security Server, security
administrators control specific access according to information defined in the Resource field.