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NEW QUESTION: 1
The Company WAN is migrating from RIPv1 to RIPv2. Which three statements are correct about RIP version 2? (Choose three)
A. It has the same maximum hop count as version 1.
B. It uses broadcasts for its routing updates.
C. It has a lower default administrative distance than RIP version 1.
D. It does not send the subnet mask in updates.
E. It is a classless routing protocol.
F. It supports authentication.
Answer: A,E,F
Explanation:
RIPV1 RIPV1 is a classful routing protocol , it sends update packets which does not contain subnet mask information every 30 seconds , it does not support VLSM and performs border automatic route summary by default, it can't be shut down, so it does not support non-consecutive networks and authentication, it uses hop counts as metric, the administrative distance is 120. Each packet contains 25 routing information at most , and routing update is broadcast.
RIPV2 RIPV2 is a classless routing protocol, whose transmitted packets contain subnet mask information, it supports VLSM and enables the function of auto-summary. So, it is needed to manually shut down the function of auto-summary in order to send subnet information to the main network. RIPV2 only supports summarizing routing to the main network instead of summarizing different main networks. So it does not support CIDR. RIPV2 updates routing by use of the multicast address 224.0.0.9, only the corresponding multicast MAC address can reply to packets. Whether reply to packets and support authentication or not can be distinguished at the MAC layer.
NotE. Refer to the classful routing protocol, when the subnet of the interface sending routing packets is in the same main network as the subnet associated with the packets, the router can transmit subnet information through this interface assuming that the interface and the subnet of packets use the same subnet mask.

NEW QUESTION: 2
Following EMC best practices, what information is required to register a VPLEX on an ESRS portal?
A. Site ID; engine serial number; Management server eth3 IP address
B. Site ID; cluster TLA serial number; Witness IP address
C. Site ID; cluster TLA serial number; Management server eth3 IP address
D. License ID; engine serial number; Management server eth3 IP address
Answer: C

NEW QUESTION: 3
Which of the following BEST describes the type of attack that is occurring? (Select TWO).




A. Backdoor
B. Spear phishing
C. ARP attack
D. Man-in-the-middle
E. DNS spoofing
F. Replay
G. Xmas attack
Answer: C,E
Explanation:
We have a legit bank web site and a hacker bank web site. The hacker has a laptop connected to the network. The hacker is redirecting bank web site users to the hacker bank web site instead of the legit bank web site. This can be done using two methods: DNS Spoofing and ARP Attack (ARP Poisoning).
A: DNS spoofing (or DNS cache poisoning) is a computer hacking attack, whereby data is introduced into a Domain Name System (DNS) resolver's cache, causing the name server to return an incorrect IP address, diverting traffic to the attacker's computer (or any other computer). A domain name system server translates a human-readable domain name (such as example.com) into a numerical IP address that is used to route communications between nodes. Normally if the server doesn't know a requested translation it will ask another server, and the process continues recursively. To increase performance, a server will typically remember (cache) these translations for a certain amount of time, so that, if it receives another request for the same translation, it can reply without having to ask the other server again. When a DNS server has received a false translation and caches it for performance optimization, it is considered poisoned, and it supplies the false data to clients. If a DNS server is poisoned, it may return an incorrect IP address, diverting traffic to another computer (in this case, the hacker bank web site server).
E: Address Resolution Protocol poisoning (ARP poisoning) is a form of attack in which an attacker changes the Media Access Control (MAC) address and attacks an Ethernet LAN by changing the target computer's ARP cache with a forged ARP request and reply packets. This modifies the layer -Ethernet MAC address into the hacker's known MAC address to monitor it. Because the ARP replies are forged, the target computer unintentionally sends the frames to the hacker's computer first instead of sending it to the original destination. As a result, both the user's data and privacy are compromised. An effective ARP poisoning attempt is undetectable to the user. ARP poisoning is also known as ARP cache poisoning or ARP poison routing (APR).

NEW QUESTION: 4
ネットワークにcontoso.comという名前のActive Directoryドメインが含まれています。 すべてのクライアントコンピュータはWindows 10を実行します。
クライアントコンピュータ用のリモートデスクトップ接続ソリューションを展開する予定です。
ドメインには、リモートデスクトップサーバーとして構成できる4台の使用可能なサーバーがあります。 サーバーは次の表のように構成されています。

リモートクレデンシャルガードを使用して、すべてのリモートデスクトップ接続を保護できるようにする必要があります。
解決方法：Server4を使用してリモートデスクトップ接続ソリューションを展開します。
これは目標を満たしていますか？
A. はい
B. いいえ
Answer: B
Explanation:
No, as Server4 is a Windows Server 2012R2 which does not meet the requirements of Remote Credential Guard. https://docs.microsoft.com/en-us/windows/access-protection/remote-credential-guard Remote Credential Guard requirements To use Windows Defender Remote Credential Guard, the Remote Desktop client and remote host must meet the following requirements:
The Remote Desktop client device:
Must be running at least Windows 10, version 1703 to be able to supply credentials.
Must be running at least Windows 10, version 1607 or Windows Server 2016 to use the user's signed-in credentials. This requires the user's account be able to sign in to both the client device and the remote host.
Must be running the Remote Desktop Classic Windows application. The Remote Desktop Universal Windows Platform application doesn't support Windows Defender Remote Credential Guard.
Must use Kerberos authentication to connect to the remote host. If the client cannot connect to a domain controller, then RDP attempts to fall back to NTLM.
Windows Defender Remote Credential Guard does not allow NTLM fallback because this would expose credentials to risk.
The Remote Desktop remote host:
Must be running at least Windows 10, version 1607 or Windows Server 2016.
Must allow Restricted Admin connections.
Must allow the client's domain user to access Remote Desktop connections.
Must allow delegation of non-exportable credentials.