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NEW QUESTION: 1
Your network contains an Active Directory domain. The network has DirectAccess deployed. You deploy the DirectAccess Connectivity Assistant (DCA) to all client computers.
You need to ensure that users can view their DirectAccess status by using the DCA.
Which two Group Policy settings should you configure? (Each correct answer presents part of the solution. Choose two.)
A. Corporate Resources
B. Portal Name
C. Corporate Portal Site
D. Dynamic Tunnel Endpoints (DTEs)
Answer: A,D
Explanation:
The Dynamic Tunnel Endpoints policy specifies the endpoints of the IPsec tunnels that enable DirectAccess. It is through these tunnels that the DCA attempts to access the resources specified in the CorporateResources setting.
Corporate Portal Site specifies the URL to an externally accessible Web site to which the DCA can refer users to help troubleshoot DirectAccess issues.
PortalName specifies the friendly name of the corporate portal Web site.
Reference: http://technet.microsoft.com/en-us/library/ff453412%28v=ws.10%29.aspx

NEW QUESTION: 2
Which is NOT a property of a packet-switched network?
A. Connectionless network
B. Characterized by bursty traffic
C. Packets are assigned sequence numbers
D. Connection-oriented network
Answer: D
Explanation:
The correct answer is "Connection-oriented network". Packet-switched networks are considered connectionless networks; circuit-switched networks are considered
connection-oriented.

NEW QUESTION: 3
What is the primary role of smartcards in a PKI?
A. Tamper resistant, mobile storage and application of private keys of the users
B. Fast hardware encryption of the raw data
C. Easy distribution of the certificates between the users
D. Transparent renewal of user keys
Answer: A
Explanation:
Reference: HARRIS, Shon, All-In-One CISSP Certification Exam Guide, 2001, McGraw-
Hill/Osborne, page 139;
SNYDER, J., What is a SMART CARD?.
Wikipedia has a nice definition at: http://en.wikipedia.org/wiki/Tamper_resistance
Security
Tamper-resistant microprocessors are used to store and process private or sensitive information, such as private keys or electronic money credit. To prevent an attacker from retrieving or modifying the information, the chips are designed so that the information is not accessible through external means and can be accessed only by the embedded software, which should contain the appropriate security measures.
Examples of tamper-resistant chips include all secure cryptoprocessors, such as the IBM
4758 and chips used in smartcards, as well as the Clipper chip.
It has been argued that it is very difficult to make simple electronic devices secure against tampering, because numerous attacks are possible, including:
physical attack of various forms (microprobing, drills, files, solvents, etc.) freezing the device applying out-of-spec voltages or power surges
applying unusual clock signals
inducing software errors using radiation
measuring the precise time and power requirements of certain operations (see power analysis)
Tamper-resistant chips may be designed to zeroise their sensitive data (especially cryptographic keys) if they detect penetration of their security encapsulation or out-of- specification environmental parameters. A chip may even be rated for "cold zeroisation", the ability to zeroise itself even after its power supply has been crippled.
Nevertheless, the fact that an attacker may have the device in his possession for as long as he likes, and perhaps obtain numerous other samples for testing and practice, means that it is practically impossible to totally eliminate tampering by a sufficiently motivated opponent. Because of this, one of the most important elements in protecting a system is overall system design. In particular, tamper-resistant systems should "fail gracefully" by ensuring that compromise of one device does not compromise the entire system. In this manner, the attacker can be practically restricted to attacks that cost less than the expected return from compromising a single device (plus, perhaps, a little more for kudos).
Since the most sophisticated attacks have been estimated to cost several hundred thousand dollars to carry out, carefully designed systems may be invulnerable in practice.