ISC CISSP Exam With Confidence Using Practice Dumps

Simulation is the type of business continuity test that includes assessment of resilience to internal and external risks without endangering live operations. Business continuity is the ability of an organization to maintain or resume its critical functions and operations in the event of a disruption or disaster. Business continuity testing is the process of evaluating and validating the effectiveness and readiness of the business continuity plan (BCP) and the disaster recovery plan (DRP) through various methods and scenarios. Business continuity testing can provide several benefits, such as:

• Improving the confidence and competence of the organization and its staff in handling a disruption or disaster
• Enhancing the performance and efficiency of the organization and its systems in recovering from a disruption or disaster
• Increasing the compliance and alignment of the organization and its plans with the internal or external requirements and standards
• Facilitating the monitoring and improvement of the organization and its plans by identifying and addressing any gaps, issues, or risks

There are different types of business continuity tests, depending on the scope, purpose, and complexity of the test. Some of the common types are:

• Walkthrough: a type of business continuity test that involves reviewing and discussing the BCP and DRP with the relevant stakeholders, such as the business continuity team, the management, and the staff. A walkthrough can provide a basic and qualitative assessment of the BCP and DRP, and can help to familiarize and educate the stakeholders with the plans and their roles and responsibilities.
• Simulation: a type of business continuity test that involves performing and practicing the BCP and DRP with the relevant stakeholders, using simulated or hypothetical scenarios, such as a fire drill, a power outage, or a cyberattack. A simulation can provide a realistic and quantitative assessment of the BCP and DRP, and can help to test and train the stakeholders with the plans and their actions and reactions.
• Parallel: a type of business continuity test that involves activating and operating the alternate site or system, while maintaining the normal operations at the primary site or system. A parallel test can provide a comprehensive and comparative assessment of the BCP and DRP, and can help to verify and validate the functionality and compatibility of the alternate site or system.
• Full interruption: a type of business continuity test that involves shutting down and transferring the normal operations from the primary site or system to the alternate site or system. A full interruption test can provide a conclusive and definitive assessment of the BCP and DRP, and can help to evaluate and measure the impact and effectiveness of the plans.

Simulation is the type of business continuity test that includes assessment of resilience to internal and external risks without endangering live operations, because it can simulate various types of risks, such as natural, human, or technical, and assess how the organization and its systems can cope and recover from them, without actually causing any harm or disruption to the live operations. Simulation can also help to identify and mitigate any potential risks that might affect the live operations, and to improve the resilience and preparedness of the organization and its systems.

The other options are not the types of business continuity tests that include assessment of resilience to internal and external risks without endangering live operations, but rather types that have other objectives or effects. Walkthrough is a type of business continuity test that does not include assessment of resilience to internal and external risks, but rather a review and discussion of the BCP and DRP, without any actual testing or practice. Parallel is a type of business continuity test that does not endanger live operations, but rather maintains them, while activating and operating the alternate site or system. Full interruption is a type of business continuity test that does endanger live operations, by shutting them down and transferring them to the alternate site or system.

A rogue Access Point (AP) is an AP connected to the wired infrastructure but not under the management of authorized network administrators. A rogue AP can pose a serious security threat, as it can allow unauthorized access to the network, bypass security controls, and expose sensitive data. The other options are not correct descriptions of a rogue AP. Option A is a description of an unsecured AP, which is an AP that is not protected by a firewall or other security measures. Option B is a description of an outdated AP, which is an AP not configured to use Wired Equivalent Privacy (WEP) with Triple Data Encryption Algorithm (3DES), which are weak encryption methods that can be easily cracked. Option D is a description of a compromised AP, which is an AP infected by any kind of Trojan or Malware, which can cause malicious behavior or damage to the network. References: CISSP All-in-One Exam Guide, Eighth Edition, Chapter 6, p. 325; Official (ISC)2 CISSP CBK Reference, Fifth Edition, Chapter 4, p. 241.

 Consolidation of multiple providers is the primary advantage of using a third-party identity service. A third-party identity service is a service that provides identity and access management (IAM) functions, such as authentication, authorization, and federation, for multiple applications or systems, using a single identity provider (IdP). A third-party identity service can offer various benefits, such as:

• Improving the user experience and convenience by allowing the users to access multiple applications or systems with a single sign-on (SSO) or a federated identity
• Enhancing the security and compliance by applying the consistent and standardized IAM policies and controls across multiple applications or systems
• Increasing the scalability and flexibility by enabling the integration and interoperability of multiple applications or systems with different platforms and technologies
• Reducing the cost and complexity by outsourcing the IAM functions to a third-party provider, and avoiding the duplication and maintenance of multiple IAM systems

Consolidation of multiple providers is the primary advantage of using a third-party identity service, because it can simplify and streamline the IAM architecture and processes, by reducing the number of IdPs and IAM systems that are involved in managing the identities and access for multiple applications or systems. Consolidation of multiple providers can also help to avoid the issues or risks that might arise from having multiple IdPs and IAM systems, such as the inconsistency, redundancy, or conflict of the IAM policies and controls, or the inefficiency, vulnerability, or disruption of the IAM functions.

The other options are not the primary advantages of using a third-party identity service, but rather secondary or specific advantages for different aspects or scenarios of using a third-party identity service. Directory synchronization is an advantage of using a third-party identity service, but it is more relevant for the scenario where the organization has an existing directory service, such as LDAP or Active Directory, that stores and manages the user accounts and attributes, and wants to synchronize them with the third-party identity service, to enable the SSO or federation for the users. Web based logon is an advantage of using a third-party identity service, but it is more relevant for the aspect where the third-party identity service uses a web-based protocol, such as SAML or OAuth, to facilitate the SSO or federation for the users, by redirecting them to a web-based logon page, where they can enter their credentials or consent. Automated account management is an advantage of using a third-party identity service, but it is more relevant for the aspect where the third-party identity service provides the IAM functions, such as provisioning, deprovisioning, or updating, for the user accounts and access rights, using an automated or self-service mechanism, such as SCIM or JIT.