Tech4Examはどんな学習資料を提供していますか？

現代技術は人々の生活と働きの仕方を革新します（E20-918試験学習資料）。 広く普及しているオンラインシステムとプラットフォームは最近の現象となり、IT業界は最も見通しがある業界（E20-918試験認定）となっています。 企業や機関では、候補者に優れた教育の背景が必要であるという事実にもかかわらず、プロフェッショナル認定のようなその他の要件があります。それを考慮すると、適切なEMC　IT-as-a-Service Expert Exam for Cloud Architects試験認定は候補者が高給と昇進を得られるのを助けます。

E20-918試験認定を取られるメリット

ほとんどの企業では従業員が専門試験の認定資格を取得する必要があるため、E20-918試験の認定資格がどれほど重要であるかわかります。テストに合格すれば、昇進のチャンスとより高い給料を得ることができます。あなたのプロフェッショナルな能力が権威によって認められると、それはあなたが急速に発展している情報技術に優れていることを意味し、上司や大学から注目を受けます。より明るい未来とより良い生活のために私たちの信頼性の高いE20-918最新試験問題集を選択しましょう。

無料デモをごダウンロードいただけます

様々な復習資料が市場に出ていることから、多くの候補者は、どの資料が適切かを知りません。この状況を考慮に入れて、私たちはEMC　E20-918の無料ダウンロードデモを候補者に提供します。弊社のウェブサイトにアクセスしてIT-as-a-Service Expert Exam for Cloud Architectsデモをダウンロードするだけで、E20-918試験復習問題を購入するかどうかを判断するのに役立ちます。多数の新旧の顧客の訪問が当社の能力を証明しています。私たちのE20-918試験の学習教材は、私たちの市場におけるファーストクラスのものであり、あなたにとっても良い選択だと確信しています。

IT-as-a-Service Expert Exam for Cloud Architects試験学習資料での高い復習効率

ほとんどの候補者にとって、特にオフィスワーカー、E20-918試験の準備は、多くの時間とエネルギーを必要とする難しい作業です。だから、適切なE20-918試験資料を選択することは、E20-918試験にうまく合格するのに重要です。高い正確率があるE20-918有効学習資料によって、候補者はIT-as-a-Service Expert Exam for Cloud Architects試験のキーポイントを捉え、試験の内容を熟知します。あなたは約2日の時間をかけて我々のE20-918試験学習資料を練習し、E20-918試験に簡単でパスします。

E20-918試験学習資料を開発する専業チーム

私たちはE20-918試験認定分野でよく知られる会社として、プロのチームにIT-as-a-Service Expert Exam for Cloud Architects試験復習問題の研究と開発に専念する多くの専門家があります。したがって、我々のCloud Architect試験学習資料がE20-918試験の一流復習資料であることを保証することができます。私たちは、Cloud Architect　E20-918試験サンプル問題の研究に約10年間集中して、候補者がE20-918試験に合格するという目標を決して変更しません。私たちのE20-918試験学習資料の質は、EMC専門家の努力によって保証されています。それで、あなたは弊社を信じて、我々のIT-as-a-Service Expert Exam for Cloud Architects最新テスト問題集を選んでいます。

デモをダウンロードする

EMC IT-as-a-Service Expert Exam for Cloud Architects 認定 E20-918 試験問題:

1. Refer to Scenario 3.
A US company has deployed web services within a private cloud. They wish to provide additional web services elastically and distribute them around the globe using a public cloud provider.
The web services have a dependency on a database resource in the private cloud. The web services are deployed through a service catalog as a standardized service offering, which includes an intrusion prevention system that periodically polls a central management server for security updates. The IPS management server is located within the private cloud.
The web services collect highly regulated personal health information about consumers who are
located around the world.
Which solution would you recommend to best support the web service high availability and minimize service network latency for the consumer?

A) Implement a Layer 7 firewall within the public cloud to filter out unnecessary traffic.
B) Implement a QoS policy that provides a higher priority to http traffic.
C) Implement a global load balancing service as a front-end for the web services.
D) Use a content delivery network to distribute static web content.

2. Refer to Scenario 4.
A construction firm with a substantially virtualized IT infrastructure wishes to consider cloud
enablement next, as part of its logical progression to ITaaS.
As a first step, the firm plans to transition one relatively low-risk service -- daily backup -- to a public CSP. The existing backup strategy involves array-based cloning, followed by backup of the clones with dedicated servers. The system is functional; however, since the backup target device is due for a technology refresh, the firm is open to alternatives.
In evaluating alternatives, the key consideration is the ability to meet backup windows for daily incremental backups during the work week.
As advisor to this firm, you have conducted a quick assessment of the candidate applications and storage involved in daily backups. Relevant details are presented in the exhibit.
Another evaluation point is the completion time for weekly full backups to the cloud service provider. Which would have the most favorable impact on full backup speed?

A) Low growth rate for volumes
B) Low IOPS per GB for volumes
C) Source-based deduplication
D) Target-based deduplication

3. A company is actively moving business applications to an ITaaS model. The IT department increasingly acts as an adviser, proposing the best fit from either private cloud capability or public cloud suppliers.
The company's finance department is considering their financial applications for cloud as they increasingly need more capacity and better performance at the end of the month, which the current infrastructure cannot deliver. The financial application architecture is three tier (presentation, middleware, and database).
The IT security team has suggested that with appropriate controls the presentation layer could be deployed in a public cloud but the middleware and database layers cannot.
What would be the best approach to enabling service elasticity in this scenario?

A) IaaS deployment in the hybrid cloud
B) IaaS deployment in the community cloud
C) IaaS deployment in the public cloud
D) IaaS deployment in the private cloud

4. You are reviewing an organization's IT decision making processes in preparation for ITaaS. IT has a history of implementing technologies and solutions that don't meet the needs of the enterprise. What would you recommend to solve this problem?

A) Services should align to business objectives and be implemented through orchestration
B) Services should align to IT goals and be placed in a service catalog
C) Services should align to IT goals and be implemented through orchestration
D) Services should align to business objectives and be placed in a service catalog

5. An enterprise has decided to implement a new service that will process credit card information.
They will deploy this service within a hybrid cloud.
Their public cloud provider claims to be PCI DSS compliant. The enterprise wishes to implement a service that is PCI compliant with the least amount of effort. The service is protected by a policy based intrusion detection system. Cardholder data is securely transmitted to the web interface.
Which additional design elements would best be suited for this implementation?

A) The card number is masked as it is typed and is immediately encrypted and securely sent directly to the credit card processing system. Credit card information is only stored in the public cloud provider's systems using AES 128 encryption.
B) The card number is masked as it is typed and is immediately encrypted and securely sent to both the credit card processing system and to the private cloud for historical tracking and reporting only.
C) The card number is masked as it is typed and is immediately encrypted and securely sent directly to the credit card processing system. No credit card information is stored within the application.
D) The card number is masked as it is typed and is immediately encrypted and securely sent directly to the credit card processing system. Credit card information is stored using AES 128 encryption within the public cloud provider or within the private cloud, depending on the location of the service.

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