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NEW QUESTION: 1
You are designing a service that will use the Windows Azure AppFabric Service Bus.
You need to recommend an approach for controlling access to the service by using the Windows Azure
AppFabric Access Control Service.
Which two actions should you recommend?
(Each correct answer presents part of the solution. Choose two.)
A. Configure the service to not require authentication.
B. Configure the service to require a relay access token.
C. Specify transport security for all communications between clients and the service.
D. Specify message security for all communications between clients and the service.
Answer: B,D
Explanation:
The Windows Azure Service Bus provides a hosted, secure, and widely available infrastructure for widespread communication, large-scale event distribution, naming, and service publishing. The Service Bus provides connectivity options for Windows Communication Foundation (WCF) and other service endpoints - including REST endpoints -- that would otherwise be difficult or impossible to reach. Endpoints can be located behind network address translation (NAT) boundaries, or bound to frequently-changing, dynamically-assigned IP addresses, or both.
The Service Bus provides both "relayed" and "brokered" messaging capabilities. In the relayed messaging pattern, the relay service supports direct one-way messaging, request/response messaging, and peer-topeer messaging. Brokered messaging provides durable, asynchronous messaging components such as Queues, Topics, and Subscriptions, with features that support publish-subscribe and temporal decoupling: senders and receivers do not have to be online at the same time; the messaging infrastructure reliably stores messages until the receiving party is ready to receive them.
Mode
Short for end-to-end security mode, this value defines the security across the message exchange through the Service Bus. The programmatic value depends on the specific relay binding; for example, the EndToEndSecurityMode type supports the NetTcpRelayBinding binding, and the EndToEndWebHttpSecurityMode value performs this service together with the WebHttpRelayBinding binding. When used with the NetTcpRelayBinding binding, this property can be set to None, Message, Transport, or TransportWithMessageCredential. The default is Transport, which means that the transport-specific security settings are enabled. If you use any setting that includes Message or Transport, you will have to set additional properties. In general, Mode value follows the standard WCF security programming model.
Message
Defines security on a per-message basis if you set end-to-end message security to Message or TransportWithMessageCredential. Setting one of those values for the Mode property requires that this property also be set to specify the type of credentials that are used, and also to the algorithm that is used to help secure the credentials. As with Mode, the message security setting follows the WCF programming model.
Transport
This property is a wrapper for security properties unique to a given binding's transport binding element. For example, the RelayedOnewayTransportSecurity class exposes and implements the ProtectionLevel setting on the NetEventRelayBinding and NetOnewayRelayBinding bindings. In contrast, the HttpRelayTransportSecurity type sets proxy credentials for BasicHttpRelayBinding and WS2007HttpRelayBinding bindings. As with the previous properties, Transport security generally follows the WCF security model.
RelayClientAuthenticationType
Controls whether clients of a service are required to present a security token issued by Access Control to the Service Bus when it sends messages. Therefore, this security property is unique to the Service Bus, and is the focus of topics in this section of the documentation. Services are always required to authenticate with Access Control and present an authorization token to the Service Bus; otherwise they cannot register endpoints or create message buffers, each of which engages Service Bus resources. However, clients are required to authenticate with the Service Bus only if the RelayClientAuthenticationType is set to RelayAccessToken. Setting RelayClientAuthenticationType to None waives the requirement of a token. If you are providing your own authentication or if you do not need authentication, you may want to opt out of authentication on the client (sender) in the Service Bus leg of the communication. The default value is RelayAccessToken.

NEW QUESTION: 2
ソリューションアーキテクトは、Amazon RDSにデータベースを含めるソリューションを設計しています。
企業のセキュリティポリシーでは、データベース、そのログ、およびバックアップをすべて暗号化することが義務付けられています。
Amazon RDSを使用してセキュリティポリシーを満たす最も効率的なオプションはどれですか？
A. 暗号化を有効にしてAmazon RDSインスタンスを起動します。ログとバックアップの暗号化を有効にします。
B. 暗号化を有効にしてAmazon RDSインスタンスを起動します。ログとバックアップは自動的に暗号化されます。
C. Amazon RDSインスタンスを起動します。データベース、ログ、バックアップの暗号化を有効にします。
D. Amazon RDSインスタンスを起動します。バックアップの暗号化を有効にします。データベースエンジン機能を使用してログを暗号化します。
Answer: B
Explanation:
https://docs.aws.amazon.com/AmazonRDS/latest/UserGuide/Overview.Encryption.html

NEW QUESTION: 3
What must be done to convert an existing table into an Insert-Time-Clustered (ITC) table?
A. Call the ADMIN_MOVE_TABLE procedure.
B. Issue an ALTER TABLE statement with the ORGANIZE BY INSERT TIME option.
C. Call the ADMIN_REVALIDATE_DB_OBJECTS procedure.
D. Issue a REORG TABLE statement with the ORGANIZE BY INSERT TIME option.
Answer: A

NEW QUESTION: 4
Which two options are advantages of an application layer firewall? (Choose two.)
A. supports a large number of applications
B. authenticates individuals
C. provides high-performance filtering
D. authenticates devices
E. makes DoS attacks difficult
Answer: B,E
Explanation:
http://www.cisco.com/en/US/prod/collateral/vpndevc/ps6032/ps6094/ps6120/prod_white_paper0
900aecd8058ec85.html
Adding Intrusion Prevention
Gartner's definition of a next-generation firewall is one that combines firewall filtering and intrusion prevention systems (IPSs). Like firewalls, IPSs filter packets in real time. But instead of filtering based on user profiles and application policies, they scan for known malicious patterns in incoming code, called signatures. These signatures indicate the presence of malware, such as worms, Trojan horses, and spyware.
Malware can overwhelm server and network resources and cause denial of service (DoS) to internal employees, external Web users, or both. By filtering for known malicious signatures, IPSs add an extra layer of security to firewall capabilities; once the malware is detected by the IPS, the system will block it from the network.
Firewalls provide the first line of defense in any organization's network security infrastructure. They do so by matching corporate policies about users' network access rights to the connection information surrounding each access attempt. If the variables don't match, the firewall blocks the access connection. If the variables do match, the firewall allows the acceptable traffic to flow through the network.
In this way, the firewall forms the basic building block of an organization's network security architecture. It pays to use one with superior performance to maximize network uptime for business- critical operations. The reason is that the rapid addition of voice, video, and collaborative traffic to corporate networks is driving the need for firewall engines that operate at very high speeds and that also support application-level inspection. While standard Layer 2 and Layer 3 firewalls prevent unauthorized access to internal and external networks, firewalls enhanced with application-level inspection examine, identify, and verify application types at Layer 7 to make sure unwanted or misbehaving application traffic doesn't join the network. With these capabilities, the firewall can enforce endpoint user registration and authentication and provide administrative control over the use of multimedia applications.