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NEW QUESTION: 1
3層のeコマースウェブアプリケーションは現在オンプレミスでデプロイされており、スケーラビリティと弾力性を高めるためにAWSに移行されます。 Webサーバーは現在、ネットワーク分散ファイルシステムを使用して読み取り専用データを共有しています。アプリサーバー層は、IPマルチキャストに依存する検出と共有セッション状態のためにクラスタリングメカニズムを使用します。データベース層は、共有ストレージクラスタリングを使用してデータベースのフォールオーバー機能を提供し、スケーリングのために複数の読み取りスレーブを使用します。すべてのサーバーおよび分散ファイルシステムディレクトリ上のデータは、オフサイトテープに毎週バックアップされます。
どのAWSストレージおよびデータベースアーキテクチャがアプリケーションの要件を満たしていますか？
A. Webサーバー：読み取り専用データをS3に保存し、ブート時にS3からルートボリュームにコピーします。アプリサーバー：
DynamoDBとIPユニキャストの組み合わせを使用して状態を共有します。データベース：マルチAZ配置でRDSを使用します。バックアップ：AMIを介して毎週バックアップされるWebサーバーとアプリサーバー、DBスナップショットを介してバックアップされるデータベース。
B. Webサーバー：EC2 NFSサーバーに読み取り専用データを保存します。起動時に各Webサーバーにマウントします。アプリサーバー：DynamoDBとIPマルチキャストの組み合わせを使用して状態を共有します。データベース：マルチAZ配置および1つ以上のリードレプリカでRDSを使用します。バックアップ：AMIを介して毎週バックアップされるWebサーバーとアプリサーバー、DBスナップショットを介してバックアップされるデータベース。
C. Webサーバー：読み取り専用データをS3に保存し、ブート時にS3からルートボリュームにコピーします。アプリサーバー：
DynamoDBとIPユニキャストの組み合わせを使用して状態を共有します。データベース：マルチAZ配置および1つ以上のリードレプリカでRDSを使用します。バックアップ：スナップショットを使用して毎週GlacierにバックアップされるWebサーバー、アプリサーバー、およびデータベース。
D. Webサーバー：読み取り専用データをS3に保存し、ブート時にS3からルートボリュームにコピーします。アプリサーバー：
DynamoDBとIPユニキャストの組み合わせを使用して状態を共有します。データベース：マルチAZ配置および1つ以上のリードレプリカでRDSを使用します。バックアップ：AMIを介して毎週バックアップされるWebサーバーとアプリサーバー、DBスナップショットを介してバックアップされるデータベース。
Answer: D
Explanation:
Explanation
Amazon RDS Multi-AZ deployments provide enhanced availability and durability for Database (DB) Instances, making them a natural fit for production database workloads. When you provision a Multi-AZ DB Instance, Amazon RDS automatically creates a primary DB Instance and synchronously replicates the data to a standby instance in a different Availability Zone (AZ). Each AZ runs on its own physically distinct, independent infrastructure, and is engineered to be highly reliable. In case of an infrastructure failure (for example, instance hardware failure, storage failure, or network disruption), Amazon RDS performs an automatic failover to the standby, so that you can resume database operations as soon as the failover is complete. Since the endpoint for your DB Instance remains the same after a failover, your application can resume database operation without the need for manual administrative intervention.
Benefits
Enhanced Durability
Multi-AZ deployments for the MySQL, Oracle, and PostgreSQL engines utilize synchronous physical replication to keep data on the standby up-to-date with the primary. Multi-AZ deployments for the SQL Server engine use synchronous logical replication to achieve the same result, employing SQL Server-native Mirroring technology. Both approaches safeguard your data in the event of a DB Instance failure or loss of an Availability Zone.
If a storage volume on your primary fails in a Multi-AZ deployment, Amazon RDS automatically initiates a failover to the up-to-date standby. Compare this to a Single-AZ deployment: in case of a Single-AZ database failure, a user-initiated point-in-time-restore operation will be required. This operation can take several hours to complete, and any data updates that occurred after the latest restorable time (typically within the last five minutes) will not be available.
Amazon Aurora employs a highly durable, SSD-backed virtualized storage layer purpose-built for database workloads. Amazon Aurora automatically replicates your volume six ways, across three Availability Zones.
Amazon Aurora storage is fault-tolerant, transparently handling the loss of up to two copies of data without affecting database write availability and up to three copies without affecting read availability. Amazon Aurora storage is also self-healing. Data blocks and disks are continuously scanned for errors and replaced automatically.
Increased Availability
You also benefit from enhanced database availability when running Multi-AZ deployments. If an Availability Zone failure or DB Instance failure occurs, your availability impact is limited to the time automatic failover takes to complete: typically under one minute for Amazon Aurora and one to two minutes for other database engines (see the RDS FAQ for details).
The availability benefits of Multi-AZ deployments also extend to planned maintenance and backups. In the case of system upgrades like OS patching or DB Instance scaling, these operations are applied first on the standby, prior to the automatic failover. As a result, your availability impact is, again, only the time required for automatic failover to complete.
Unlike Single-AZ deployments, I/O activity is not suspended on your primary during backup for Multi-AZ deployments for the MySQL, Oracle, and PostgreSQL engines, because the backup is taken from the standby.
However, note that you may still experience elevated latencies for a few minutes during backups for Multi-AZ deployments.
On instance failure in Amazon Aurora deployments, Amazon RDS uses RDS Multi-AZ technology to automate failover to one of up to 15 Amazon Aurora Replicas you have created in any of three Availability Zones. If no Amazon Aurora Replicas have been provisioned, in the case of a failure, Amazon RDS will attempt to create a new Amazon Aurora DB instance for you automatically.
No Administrative Intervention
DB Instance failover is fully automatic and requires no administrative intervention. Amazon RDS monitors the health of your primary and standbys, and initiates a failover automatically in response to a variety of failure conditions.
Failover conditions
Amazon RDS detects and automatically recovers from the most common failure scenarios for Multi-AZ deployments so that you can resume database operations as quickly as possible without administrative intervention. Amazon RDS automatically performs a failover in the event of any of the following:
Loss of availability in primary Availability Zone
Loss of network connectivity to primary
Compute unit failure on primary
Storage failure on primary
Note: When operations such as DB Instance scaling or system upgrades like OS patching are initiated for Multi-AZ deployments, for enhanced availability, they are applied first on the standby prior to an automatic failover. As a result, your availability impact is limited only to the time required for automatic failover to complete. Note that Amazon RDS Multi-AZ deployments do not failover automatically in response to database operations such as long running queries, deadlocks or database corruption errors.
NEW QUESTION: 2
A. Option B
B. Option D
C. Option C
D. Option A
Answer: D
Explanation:
Port Security and Port Types You can configure port security only on Layer 2 interfaces. Details about port security and different types of interfaces or ports are as follows:
Access ports-You can configure port security on interfaces that you have configured as Layer 2 access ports. On an access port, port security applies only to the access VLAN.
Trunk ports-You can configure port security on interfaces that you have configured as Layer 2 trunk ports. VLAN maximums are not useful for access ports. The device allows VLAN maximums only for VLANs associated with the trunk port.
SPAN ports-You can configure port security on SPAN source ports but not on SPAN destination ports.
Ethernet Port Channels-Port security is not supported on Ethernet port channels. Reference:http://www.cisco.com/c/en/us/td/docs/switches/datacenter/sw/4_1/nxos/security/configuration/guide/sec_nx-os-cfg/sec_portsec.html
NEW QUESTION: 3
CISO（最高情報セキュリティ責任者）が、外部のサイバーセキュリティコンサルタントとのギャップ分析の結果を検討しています。ギャップ分析では、すべての手続き上および技術上の管理策が確認され、次のことがわかりました。
* 影響の大きい管理策を実施：10人中6人
* 中程度の影響の管理：472のうち409
* 影響の少ない管理策を実施：1000人中97人
レポートには、各コントロールギャップの費用対効果分析が含まれています。分析の結果、以下の情報が得られました。
* 平均的な影響の大きいコントロールの実装コスト：15,000ドル。影響の大きい各コントロールギャップの推定ALE：95,000ドル
* ミディアムインパクトコントロールの平均実装コスト：6,250ドル。中程度の影響を与えるコントロールのギャップごとに予想されるALE：11,000ドル企業の技術的構成および構成により、中程度の影響を与えるコントロールの50％強を完全に実施するには2年かかります。次の結論のどれがCISOが分析から引き出すことができましたか？
A. それぞれのハイリスク脆弱性に対する重要なALEのために、努力はそれらの統制に集中するべきである
B. 過去に低リスクの脆弱性を排除することに重点が置かれていました
C. エンタープライズセキュリティチームは、高レベルのリスクを軽減することに専念してきました
D. サイバーセキュリティチームは、高位と中位の両方の管理について、残余リスクのバランスを取りました
Answer: A
NEW QUESTION: 4
Which three statements about the configuration of vPC+ are true? (Choose three.)
A. The FabricPath switch ID must be configured under the vPC domain.
B. On the Cisco Nexus 7000 switch, F1 interfaces must be used as the vPC+ peer links.
C. The FabricPath subswitch ID must be configured under the vPC domain.
D. There has to be atleast 4 virtual switches in the FabricPath domain.
E. The vPC+ peer link must be configured as a Cisco FabricPath core port.
F. The virtual switch ID of vPC+ must be configured under the FabricPath domain.
Answer: A,B,E