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NEW QUESTION: 1
Which three options correctly describe the AH protocol? (Choose three.)
A. The AH protocol encrypts the entire IP and upper layer protocols for security.
B. The AH protocol supports tunnel mode only.
C. The AH protocol supports IPv4 only.
D. The AH protocol provides protection against replay attacks.
E. The AH protocol uses IP protocol 51.
F. The AH protocol provides connectionless integrity and data origin authentication.
Answer: D,E,F
Explanation:
Authentication Header (AH) is a member of the IPsec protocol suite. AH guarantees connectionless integrity and data origin authentication of IP packets. Further, it can optionally protect against replay attacks by using the sliding window technique and discarding old packets.
- In IPv4, the AH protects the IP payload and all header fields of an IP datagram except for mutable fields (i.e. those that might be altered in transit), and also IP options such as the IP Security Option (RFC-1108). Mutable (and therefore unauthenticated) IPv4 header fields are DSCP/ToS, ECN, Flags, Fragment Offset, TTL and Header Checksum.
- In IPv6, the AH protects most of the IPv6 base header, AH itself, non-mutable extension headers after the AH, and the IP payload. Protection for the IPv6 header excludes the mutable fields: DSCP, ECN, Flow Label, and Hop Limit.
AH operates directly on top of IP, using IP protocol number 51.
NEW QUESTION: 2
Which statement is true about NAT?
A. When you implement static NAT, the router skips destination NAT rules for the initiating traffic flow.
B. When you implement static NAT, each packet must go through a route lookup.
C. When you implement destination NAT, the router skips source NAT rules for the initiating traffic flow.
D. When you implement destination NAT, the router does not apply ALG services.
Answer: A
Explanation:
The NAT type determines the order in which NAT rules are processed.
During the first packet processing for a flow, NAT rules are applied in the following order:
*
Static NAT rules
*
Destination NAT rules
*
Route lookup
Reference : http://www.juniper.net/techpubs/software/junos-security/junos- security10.2/junos-security-swconfig-security/topic-42804.html
NEW QUESTION: 3
Your network consists of a single Active Directory domain. All domain controllers run Windows Server 2008 R2 and are configured as DNS servers. A domain controller named DC1 has a standard primary zone for contoso.com. A domain controller named DC2 has a standard secondary zone for contoso.com.
You need to ensure that the replication of the contoso.com zone is encrypted.
You must not lose any zone data.
What should you do?
A. On both servers, modify the interface that the DNS server listens on.
B. Convert the primary zone into an Active Directory-integrated stub zone. Delete the secondary zone.
C. Configure the zone transfer settings of the standard primary zone. Modify the Master Servers lists on the secondary zone.
D. Convert the primary zone into an Active Directory-integrated zone. Delete the secondary zone.
Answer: D
Explanation:
Convert the primary zone into an Active Directory-integrated zone. Delete the secondary zone.
http://technet.microsoft.com/en-us/library/cc771150.aspx
Change the Zone Type
You can use this procedure to change make a zone a primary, secondary, or stub zone.
You can also use it to integrate a zone with Active Directory Domain Services (AD DS).
http://technet.microsoft.com/en-us/library/cc726034.aspx
Understanding Active Directory Domain Services Integration
The DNS Server service is integrated into the design and implementation of Active
Directory Domain Services (AD DS). AD DS provides an enterprise-level tool for
organizing, managing, and locating resources in a network.
Benefits of AD DS integration
For networks that deploy DNS to support AD DS, directory-integrated primary zones are
strongly recommended. They provide the following benefits:
DNS features multimaster data replication and enhanced security based on the capabilities
of AD DS.
In a standard zone storage model, DNS updates are conducted based on a single-master
update model.
In this model, a single authoritative DNS server for a zone is designated as the primary
source for the zone. This server maintains the master copy of the zone in a local file. With
this model, the primary server for the zone represents a single fixed point of failure. If this
server is not available, update requests from DNS clients are not processed for the zone.
With directory-integrated storage, dynamic updates to DNS are sent to any AD DS-
integrated DNS server and are replicated to all other AD DS-integrated DNS servers by
means of AD DS replication. In this model, any AD DS-integrated DNS servercan accept
dynamic updates for the zone. Because the master copy of the zone is maintained in the
AD DS database, which is fully replicated to all domain controllers, the zone can be
updated by the DNS servers operating at any domain controller for the domain. With the
multimaster update model of AD DS, any of the primary servers for the directoryintegrated
zone can process requests from DNS clients to update the zone as long as a domain
controller is available and reachable on the network.
Zones are replicated and synchronized to new domain controllers automatically whenever
a new one is added to an AD DS domain.
By integrating storage of your DNS zone databases in AD DS, you can streamline
database replication planning for your network.
Directory-integrated replication is faster and more efficient than standard DNS replication.
http://technet.microsoft.com/en-us/library/ee649124%28v=ws.10%29.aspx
Deploy IPsec Policy to DNS Servers
You can deploy IPsec rules through one of the following mechanisms:
Domain Controllers organizational unit (OU): If the DNS servers in your domain are Active
Directoryintegrated, you can deploy IPsec policy settings using the Domain Controllers OU.
This option is recommended to make configuration and deployment easier. DNS Server OU or security group: If you have DNS servers that are not domain controllers, then consider creating a separate OU or a security group with the computer accounts of your DNS servers. Local firewall configuration: Use this option if you have DNS servers that are not domain members or if you have a small number of DNS servers that you want to configure locally. http://technet.microsoft.com/en-us/library/cc772661%28v=ws.10%29.aspx Deploying Secure DNS Protecting DNS Servers When the integrity of the responses of a DNS server are compromised or corrupted, or when the DNS data is tampered with, clients can be misdirected to unauthorized locations without their knowledge. After the clients start communicating with these unauthorized locations, attempts can be made to gain access to information that is stored on the client computers. Spoofing and cache pollution are examples of this type of attack. Another type of attack, the denial-of-service attack, attempts to incapacitate a DNS server to make DNS infrastructure unavailable in an enterprise. To protect your DNS servers from these types of attacks: Use IPsec between DNS clients and servers. Monitor network activity. Close all unused firewall ports. Implementing IPsec Between DNS Clients and Servers IPsec encrypts all traffic over a network connection. Encryption minimizes the risk that data that is sent between the DNS clients and the DNS servers can be scanned for sensitive information or tampered with by anyone attempting to collect information by monitoring traffic on the network. When IPsec is enabled, both ends of a connection are validated before communication begins. A client can be certain that the DNS server with which it is communicating is a valid server. Also, all communication over the connection is encrypted, thereby eliminating the possibility of tampering with client communication. Encryption prevents spoofing attacks, which are false responses to DNS client queries by unauthorized sources that act like a DNS server. Further information: http://technet.microsoft.com/en-us/library/cc771898.aspx Understanding Zone Types The DNS Server service provides for three types of zones: Primary zone Secondary zone Stub zone Note: If the DNS server is also an Active Directory Domain Services (AD DS) domain controller, primary zones and stub zones can be stored in AD DS. The following sections describe each of these zone types: Primary zone When a zone that this DNS server hosts is a primary zone, the DNS server is the primary source for information about this zone, and it stores the master copy of zone data in a local file or in AD DS. When the zone is stored in a file, by default the primary zone file is named zone_name.dns and it is located in the % windir%\System32\Dns folder on the server. Secondary zone When a zone that this DNS server hosts is a secondary zone, this DNS server is a secondary source for information about this zone. The zone at this server must be obtained from another remote DNS server computer that also hosts the zone. This DNS server must have network access to the remote DNS server that supplies this server with updated information about the zone. Because a secondary zone is merely a copy of a primary zone that is hosted on another server, it cannot be stored in AD DS. Stub zone When a zone that this DNS server hosts is a stub zone, this DNS server is a source only for information about the authoritative name servers for this zone. The zone at this server must be obtained from another DNS server that hosts the zone. This DNS server must have network access to the remote DNS server to copy the authoritative name server information about the zone. You can use stub zones to: Keep delegated zone information current. By updating a stub zone for one of its child zones regularly, the DNS server that hosts both the parent zone and the stub zone will maintain a current list of authoritative DNS servers for the child zone. Improve name resolution. Stub zones enable a DNS server to perform recursion using the stub zone's list of name servers, without having to query the Internet or an internal root server for the DNS namespace. Simplify DNS administration. By using stub zones throughout your DNS infrastructure, you can distribute a list of the authoritative DNS servers for a zone without using secondary zones. However, stub zones do not serve the same purpose as secondary zones, and they are not an alternative for enhancing redundancy and load sharing. There are two lists of DNS servers involved in the loading and maintenance of a stub zone: The list of master servers from which the DNS server loads and updates a stub zone. A master server may be a primary or secondary DNS server for the zone. In both cases, it will have a complete list of the DNS servers for the zone. The list of the authoritative DNS servers for a zone. This list is contained in the stub zone using name server (NS) resource records. When a DNS server loads a stub zone, such as widgets.tailspintoys.com, it queries the master servers, which can be in different locations, for the necessary resource records of the authoritative servers for the zone widgets.tailspintoys.com. The list of master servers may contain a single server or multiple servers, and it can be changed anytime. http://social.technet.microsoft.com/Forums/en-US/winserverNIS/thread/d352966e-b1ec46b6-a8b4-317c2c3388c3/
Answered what is non-standard dns secondary zone?
Q: While passing through 70-291 exam prep questions, I encountered the term "standard
secondary zone".
From the context of other questions I understood that "standard", in context of primary
zone, mean "non-ADintegrated".
A: Standard means it is not an AD integrated zone. AD integrated zones are stored in the
AD database and not in a text file.
Q: What does "standard" mean in context of DNS secondary zone?
A: It means the same thing in context of a Standard Primary Zone. Simply stated,
"Standard" means the zone data is stored in a text file, which can be found in
system32\dns.
NEW QUESTION: 4
企業がAmazon VPCをオンプレミスのデータセンターに接続できるのはどのAWSサービスですか？
A. AWS VPN
B. Amazon Redshift
C. Amazonダイレクトコネクト
D. APIゲートウェイ
Answer: C
Explanation:
AWS Direct Connect enables you to securely connect your AWS environment to your on-premises data center or office location over a standard 1 gigabit or 10 gigabit Ethernet fiber-optic connection. AWS Direct Connect offers dedicated high speed, low latency connection, which bypasses internet service providers in your network path. An AWS Direct Connect location provides access to Amazon Web Services in the region it is associated with, as well as access to other US regions. AWS Direct Connect allows you to logically partition the fiber-optic connections into multiple logical connections called Virtual Local Area Networks (VLAN). You can take advantage of these logical connections to improve security, differentiate traffic, and achieve compliance requirements.