copyright模擬試験問題集、copyright対応問題集

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copyright認定試験はずっと人気があるのです。最近IT試験を受けて認証資格を取ることは一層重要になりました。たとえばISC、IBM、Cisco、VMware、SAPなどのいろいろな試験は今では全部非常に重要な試験です。より多くの人々は複数の資格を取得するために多くのcopyright試験を受験したいと思っています。もちろん、このようにすればあなたがすごい技能を身につけていることが証明されることができます。しかし、仕事しながら試験の準備をすることはもともと大変で、複数の試験を受験すれば非常に多くの時間が必要です。いまこのようなことで悩んいるのでしょうか。それは問題ではないですよ。MogiExamあなたを時間を節約させことができますから。MogiExamのさまざまなIT試験の問題集はあなたを受験したい任意の試験に合格させることができます。copyright認定試験などの様々な認定試験で、受験したいなら躊躇わずに申し込んでください。心配する必要はないです。

ISC copyright（認定情報システムセキュリティプロフェッショナル）認定試験は、情報セキュリティの専門家の知識と専門知識を検証するグローバルに認められた認定です。この認定は、安全なビジネス環境の設計、実装、管理、維持に必要なスキルをテストするように設計されています。この試験は、セキュリティとリスク管理、資産セキュリティ、セキュリティエンジニアリング、コミュニケーションとネットワークセキュリティ、アイデンティティとアクセス管理、セキュリティの評価とテストなど、情報セキュリティに関連するさまざまなドメインをカバーする包括的な共通の知識団体（CBK）に基づいています。セキュリティ運用、およびソフトウェア開発セキュリティ。

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便利なcopyright模擬試験問題集 & 合格スムーズcopyright対応問題集 | 一生懸命にcopyright模擬トレーリング copyright Security Professional (copyright)

MogiExamは、非常に信頼性の高いcopyright実際の質問の回答を提供しています。主な利点は次のとおりです。1.直接情報を取得します。 2. 1年間の無料アップデートを提供します。 3. 1年間のカスタマーサービスを提供します。 4.パス保証; 5.返金保証など。 copyrightの実際の質問の回答を購入すると、安心してショッピングをお楽しみいただけます。試験問題で試験に失敗した場合は、スキャンしたcopyright失敗スコアをメールアドレスに送信するだけで、他の疑いもなくすぐに全額返金されます。

ISC copyright Security Professional (copyright) 認定 copyright 試験問題 (Q16-Q21):

質問 # 16
During a test of a disaster recovery plan the IT systems are concurrently set up at the alternate site. The results are compared to the results of regular processing at the original site. What kind of testing has taken place?

A. Simulation
B. Parallel
C. Checklist
D. Full interruption

正解：B

解説：
The five types of BCP testing are:
Checklist-Copies of the plan are sent to different department managers and business unit
managers for review. This is a simple test and should be used in conjunction with other tests.
Structured Walk-through-Team members and other individuals responsible for recovery meet
and walk through the plan step-by-step to identify errors or assumptions.
Simulation-This is a simulation of an actual emergency. Members of the response team act in the
same way as if there was a real emergency.
Parallel-This is similar to simulation testing, but the primary site is uninterrupted and critical
systems are run in parallel at the alternative and primary sites. The systems are then compared to
ensure all systems are in sync.
Full interruption-This test involves all facets of the company in a response to an emergency. It
mimics a real disaster where all steps are performed to test the plan. Systems are shut down at the primary site and all individuals who would be involved in a real emergency, including internal and external organizations, participate in the test. This test is the most detailed, time-consuming, and expensive all of these.
The following answers were all incorrect:
Simulation Checklist Full interuption
The following reference(s) were/was used to create this question: Chapter 9: Business Continuity and Disaster Recovery copyright Certification All-in-One Exam Guide, 4th Edition, Shon Harris

質問 # 17
Which of the following can BEST prevent security flaws occurring in outsourced software development?

A. Contractual requirements for code quality
B. Licensing, code ownership and intellectual property rights
C. Certification of the quality and accuracy of the work done
D. Delivery dates, change management control and budgetary control

正解：C

質問 # 18
Layer 2 of the OSI model has two sublayers. What are those sublayers, and what are two IEEE standards that describe technologies at that layer?

A. LCL and MAC; IEEE 8022 and 8023
B. LCL and MAC; IEEE 8021 and 8023
C. Network and MAC; IEEE 8021 and 8023

正解：A

解説：
The data link layer, or Layer 2, of the OSI model is responsible for adding a header
and a trailer to a packet to prepare the packet for the local area network or wide area network
technology binary format for proper line transmission.
Layer 2 is divided into two functional sublayers.
The upper sublayer is the Logical Link Control (LLC) and is defined in the IEEE 8022 specification.
It communicates with the network layer, which is immediately above the data link layer.
Below the LLC is the Media Access Control (MAC) sublayer, which specifies the interface with the
protocol requirements of the physical layer.
Thus, the specification for this layer depends on the technology of the physical layer.
The IEEE MAC specification for Ethernet is 8023, Token Ring is 8025, wireless LAN is 80211, and
so on. When you see a reference to an IEEE standard, such as 80211 or 80216, it refers to the
protocol working at the MAC sublayer of the data link layer of the protocol stack.
The following answers are incorrect: LCL and MAC; IEEE 8022 and 8023 is incorrect because LCL is a distracter. The correct acronym for the upper sublayer of the data link layer is LLC. It stands for the Logical Link Control. By providing multiplexing and flow control mechanisms, the LLC enables the coexistence of network protocols within a multipoint network and their transportation over the same network media. LCL and MAC; IEEE 8021 and 8023 is incorrect because LCL is a distracter. The sublayers of the data link layer are the Logical Link Control (LLC) and the Media Access Control (MAC). Furthermore, the LLC is defined in the IEEE 8022 specification, not 8021 The IEEE 8021 specifications are concerned with protocol layers above the MAC and LLC layers. It addresses LAN/MAN architecture, network management, internetworking between LANs and WANs, and link security, etc. Network and MAC; IEEE 8021 and 8023 is incorrect because network is not a sublayer of the data link layer. The sublayers of the data link layer are the Logical Link Control (LLC) and the Media Access Control (MAC). The LLC sits between the network layer (the layer immediately above the data link layer) and the MAC sublayer. Also, the LLC is defined in the IEEE 8022 specification,not IEEE 8021 As just explained, 8021 standards address areas of LAN/MAN architecture, network management, internetworking between LANs and WANs, and link security.The IEEE 8021 group's four active task groups are Internetworking, Security, Audio/Video Bridging, and Data Center Bridging.
The following reference(s) were/was used to create this question: http://en.wikipedia.org/wiki/OSI_model

質問 # 19
In which phase of the System Development Lifecycle (SDLC) is Security Accreditation Obtained?

A. Postinstallation Phase
B. Testing and evaluation control
C. Functional Requirements Phase
D. Acceptance Phase

正解：B

解説：
Explanation/Reference:
Explanation:
Within the SDLC framework Security Accreditation is obtained during the Implementation Phase, more specifically during Testing and evaluation control.
Incorrect Answers:
A: Security Accreditation is not used during the Functional Requirements Phase. It is used later during the Implementation phase.
C: Security Accreditation is not used during the Acceptance Phase. It is used earlier during the Implementation phase.
D: Security Accreditation is not used during the Postinstallation Phase. It is used earlier during the Implementation phase.
References:
Conrad, Eric, Seth Misenar and Joshua Feldman, copyright Study Guide, 2nd Edition, Syngress, Waltham,
2012, p. 1088

質問 # 20
An organization regularly conducts its own penetration tests. Which of the following scenarios MUST be covered for the test to be effective?

A. Third-party vendor with access to the system
B. Internal attacker with access to the system
C. Internal user accidentally accessing data
D. System administrator access compromised

正解：A

解説：
According to the CXL blog1, the scenario that must be covered for the penetration test to be effective is the third-party vendor with access to the system. A third-party vendor is an external entity or organization that provides a service or a product to the organization, such as a software developer, a cloud provider, or a payment processor. A third-party vendor with access to the system is a potential source of vulnerability or risk for the organization, as it may introduce or expose some weaknesses or flaws in the system, such as the configuration, the authentication, or the encryption of the system. A third-party vendor with access to the system may also be a target or a vector of attack for the malicious users or hackers, as it may be compromised or exploited to gain unauthorized or unintended access to the system, or to perform malicious actions or activities on the system, such as stealing, modifying, or deleting the data or information on the system.
Therefore, the scenario of the third-party vendor with access to the system must be covered for the penetration test to be effective, as it helps to identify and assess the security gaps or issues that may arise from the third-party vendor's access to the system, as well as to recommend and implement the appropriate safeguards or countermeasures to prevent or mitigate the potential harm or damage to the system. System administrator access compromised is not the scenario that must be covered for the penetration test to be effective, although it may be a scenario that could be covered for the penetration test to be more comprehensive. A system administrator is an internal entity or person that manages and maintains the system, such as the network, the server, or the database of the organization. A system administrator access compromised is a scenario in which the system administrator's account or credentials are stolen, hacked, or misused by the malicious users or hackers, who can then access or use the system with the system administrator's privileges or permissions, such as creating, modifying, or deleting the users, the data, or the settings of the system. A system administrator access compromised is a scenario that could be covered for the penetration test to be more comprehensive, as it helps to identify and assess the security gaps or issues that may arise from the system administrator's access to the system, as well as to recommend and implement the appropriate safeguards or countermeasures to prevent or mitigate the potential harm or damage to the system. However, a system administrator access compromised is not the scenario that must be covered for the penetration test to be effective, as it is not a common or realistic scenario that occurs in the real world, and as it is not directly related to the third-party vendor's access to the system, which is the main focus of the penetration test. Internal attacker with access to the system is not the scenario that must be covered for the penetration test to be effective, although it may be a scenario that could be covered for the penetration test to be more comprehensive. An internal attacker is an internal entity or person that performs malicious actions or activities on the system, such as an employee, a contractor, or a partner of the organization. An internal attacker with access to the system is a scenario in which the internal attacker uses their legitimate or illegitimate access to the system to perform malicious actions or activities on the system, such as stealing, modifying, or deleting the data or information on the system. An internal attacker with access to the system is a scenario that could be covered for the penetration test to be more comprehensive, as it helps to identify and assess the security gaps or issues that may arise from the internal attacker's access to the system, as well as to recommend and implement the appropriate safeguards or countermeasures to prevent or mitigate the potential harm or damage to the system. However, an internal attacker with access to the system is not the scenario that must be covered for the penetration test to be effective, as it is not directly related to the third-party vendor's access to the system, which is the main focus of the penetration test. Internal user accidentally accessing data is not the scenario that must be covered for the penetration test to be effective, although it may be a scenario that could be covered for the penetration test to be more comprehensive. An internal user is an internal entity or person that uses the system for legitimate purposes or functions, such as an employee, a contractor, or a partner of the organization. An internal user accidentally accessing data is a scenario in which the internal user unintentionally or mistakenly accesses or views the data or information on the system that they are not supposed to access or view, such as the confidential, sensitive, or personal data or information of the organization or the customers. An internal user accidentally accessing data is a scenario that could be covered for the penetration test to be more comprehensive, as it helps to identify and assess the security gaps or issues that may arise from the internal user's access to the system, as well as to recommend and implement the appropriate safeguards or countermeasures to prevent or mitigate the potential harm or damage to the system. However, an internal user accidentally accessing data is not the scenario that must be covered for the penetration test to be effective, as it is not a malicious or intentional scenario that poses a serious threat or risk to the system, and as it is not directly related to the third-party vendor's access to the system, which is the main focus of the penetration test. References: 1

質問 # 21
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