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NEW QUESTION: 1
How can an individual/person best be identified or authenticated to prevent local masquarading attacks?
A. Smart card and PIN code
B. Biometrics
C. UserId and password
D. Two-factor authentication
Answer: B
Explanation:
Explanation/Reference:
The only way to be truly positive in authenticating identity for access is to base the authentication on the physical attributes of the persons themselves (i.e., biometric identification). Physical attributes cannot be shared, borrowed, or duplicated. They ensure that you do identify the person, however they are not perfect and they would have to be supplemented by another factor.
Some people are getting thrown off by the term Masquarade. In general, a masquerade is a disguise. In terms of communications security issues, a masquerade is a type of attack where the attacker pretends to be an authorized user of a system in order to gain access to it or to gain greater privileges than they are authorized for. A masquerade may be attempted through the use of stolen logon IDs and passwords, through finding security gaps in programs, or through bypassing the authentication mechanism. Spoofing is another term used to describe this type of attack as well.
A UserId only provides for identification.
A password is a weak authentication mechanism since passwords can be disclosed, shared, written down, and more.
A smart card can be stolen and its corresponding PIN code can be guessed by an intruder. A smartcard can be borrowed by a friend of yours and you would have no clue as to who is really logging in using that smart card.
Any form of two-factor authentication not involving biometrics cannot be as reliable as a biometric system to identify the person.
Biometric identifying verification systems control people. If the person with the correct hand, eye, face, signature, or voice is not present, the identification and verification cannot take place and the desired action (i.e., portal passage, data, or resource access) does not occur.
As has been demonstrated many times, adversaries and criminals obtain and successfully use access cards, even those that require the addition of a PIN. This is because these systems control only pieces of plastic (and sometimes information), rather than people. Real asset and resource protection can only be accomplished by people, not cards and information, because unauthorized persons can (and do) obtain the cards and information.
Further, life-cycle costs are significantly reduced because no card or PIN administration system or personnel are required. The authorized person does not lose physical characteristics (i.e., hands, face, eyes, signature, or voice), but cards and PINs are continuously lost, stolen, or forgotten. This is why card access systems require systems and people to administer, control, record, and issue (new) cards and PINs. Moreover, the cards are an expensive and recurring cost.
NOTE FROM CLEMENT:
This question has been generating lots of interest. The keyword in the question is: Individual (the person) and also the authenticated portion as well.
I totally agree with you that Two Factors or Strong Authentication would be the strongest means of authentication. However the question is not asking what is the strongest mean of authentication, it is asking what is the best way to identify the user (individual) behind the technology. When answering questions do not make assumptions to facts not presented in the question or answers.
Nothing can beat Biometrics in such case. You cannot lend your fingerprint and pin to someone else, you cannot borrow one of my eye balls to defeat the Iris or Retina scan. This is why it is the best method to authenticate the user.
I think the reference is playing with semantics and that makes it a bit confusing. I have improved the question to make it a lot clearer and I have also improve the explanations attached with the question.
The reference mentioned above refers to authenticating the identity for access. So the distinction is being made that there is identity and there is authentication. In the case of physical security the enrollment process is where the identity of the user would be validated and then the biometrics features provided by the user would authenticate the user on a one to one matching basis (for authentication) with the reference contained in the database of biometrics templates. In the case of system access, the user might have to provide a username, a pin, a passphrase, a smart card, and then provide his biometric attributes.
Biometric can also be used for Identification purpose where you do a one to many match. You take a facial scan of someone within an airport and you attempt to match it with a large database of known criminal and terrorists. This is how you could use biometric for Identification.
There are always THREE means of authentication, they are:
Something you know (Type 1)
Something you have (Type 2)
Something you are (Type 3)
Reference(s) used for this question:
TIPTON, Harold F. & KRAUSE, Micki, Information Security Management Handbook, 4th edition (volume 1)
,2000, CRC Press, Chapter 1, Biometric Identification (page 7).
and
Search Security at http://searchsecurity.techtarget.com/definition/masquerade

NEW QUESTION: 2
Your network contains two Active Directory forests named adatum.com and contoso.com. The network contains three servers. The servers are configured as shown in the following table.

You need to ensure that connection requests from adatum.com users are forwarded to Server2 and connection requests from contoso.com users are forwarded to Server3.
Which two should you configure in the connection request policies on Server1? (Each correct answer presents part of the solution. Choose two.)
A. The Location Groups condition
B. The Authentication settings
C. The Identity Type condition
D. The Standard RADIUS Attributes settings
E. The User Name condition
Answer: B,E
Explanation:
Explanation/Reference:
Explanation:
The User Name attribute group contains the User Name attribute. By using this attribute, you can designate the user name, or a portion of the user name, that must match the user name supplied by the access client in the RADIUS message. This attribute is a character string that typically contains a realm name and a user account name. You can use pattern- matching syntax to specify user names.

By using this setting, you can override the authentication settings that are configured in all network policies and you can designate the authentication methods and types that are required to connect to your network.
Forward requests to the following remote RADIUS server group . By using this setting, NPS forwards connection requests to the remote RADIUS server group that you specify. If the NPS server receives a valid Access-Accept message that corresponds to the Access- Request message, the connection attempt is considered authenticated and authorized. In this case, the NPS server acts as a RADIUS proxy

Connection request policies are sets of conditions and profile settings that give network administrators flexibility in configuring how incoming authentication and accounting request messages are handled by the IAS server. With connection request policies, you can create a series of policies so that some RADIUS request messages sent from RADIUS clients are processed locally (IAS is being used as a RADIUS server) and other types of messages are forwarded to another RADIUS server (IAS is being used as a RADIUS proxy). This capability allows IAS to be deployed in many new RADIUS scenarios.
With connection request policies, you can use IAS as a RADIUS server or as a RADIUS proxy, based on the time of day and day of the week, by the realm name in the request, by the type of connection being requested, by the IP address of the RADIUS client, and so on.
References:
http://technet.microsoft.com/en-us/library/cc757328.aspx
http://technet.microsoft.com/en-us/library/cc753603.aspx

NEW QUESTION: 3
Refer to the exhibit.

Given the interfaces shown in the exhibit. which two statements are true? (Choose two.)
A. port1-vlan10 and port2-vlan10 are part of the same broadcast domain.
B. port1 is a native VLAN.
C. port1-vlan and port2-vlan1 can be assigned in the same VDOM or to different VDOMs.
D. Traffic between port2 and port2-vlan1 is allowed by default.
Answer: C,D

NEW QUESTION: 4
以下の要件を満たす機能を構築する必要があります。
* 複数行を返す
* 関数内のクエリのパフォーマンスを最適化します
Transact-SQLステートメントをどのように完成させるべきですか? 回答するには、適切なTransact-SQLセグメントを正しい場所にドラッグします。 各Transact-SQLセグメントは、1回、複数回、またはまったく使用しないことができます。 コンテンツを表示するには、ペイン間の分割バーをドラッグするか、スクロールする必要があります。

Answer:
Explanation:

Explanation


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