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ISC CISSP (Certified Information Systems Security Professional) exam is one of the most highly regarded certifications in the field of cybersecurity. CISSP exam is designed to test the knowledge and skills of professionals who are responsible for designing, implementing, and managing information security programs in their organizations. The CISSP certification is recognized globally and is highly valued by employers, making it a highly sought-after certification among cybersecurity professionals.
ISC CISSP (Certified Information Systems Security Professional) Certification Exam is a highly respected and globally recognized certification for information security professionals. It validates the knowledge and skills required to design, implement, and manage information security programs to protect organizations from cyber threats. CISSP Exam covers a wide range of topics, including security and risk management, asset security, security architecture and engineering, communications and network security, identity and access management, security assessment and testing, security operations, and software development security.
To be eligible for the ISC CISSP Certification Exam, candidates must have a minimum of five years of professional experience in the field of information security, with a four-year college degree or equivalent. Alternatively, candidates with less experience can still take the exam but must have additional education or industry certifications to qualify. CISSP exam consists of 250 multiple-choice questions and takes up to six hours to complete. The passing score is 700 out of 1000.
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ISC Certified Information Systems Security Professional (CISSP) Sample Questions (Q1437-Q1442):
NEW QUESTION # 1437
What kind of Encryption technology does SSL utilize?
Answer: B
Explanation:
SSL use public-key cryptography to secure session key, while the session key (secret key) is used to secure the whole session taking place between both parties communicating with each other.
The SSL protocol was originally developed by Netscape. Version 1.0 was never publicly released; version 2.0 was released in February 1995 but "contained a number of security flaws which ultimately led to the design of SSL version 3.0." SSL version 3.0, released in
1996, was a complete redesign of the protocol produced by Paul Kocher working with
Netscape engineers Phil Karlton and Alan Freier.
All of the other answers are incorrect
NEW QUESTION # 1438
A continuous information security-monitoring program can BEST reduce risk through which of the following?
Answer: D
Explanation:
A continuous information security monitoring program can best reduce risk through encompassing people, process, and technology. A continuous information security monitoring program is a process that involves maintaining the ongoing awareness of the security status, events, and activities of a system or network, by collecting, analyzing, and reporting the security data and information, using various methods and tools. A continuous information security monitoring program can provide several benefits, such as:
* Improving the security and risk management of the system or network by identifying and addressing the security weaknesses and gaps
* Enhancing the security and decision making of the system or network by providing the evidence and information for the security analysis, evaluation, and reporting
* Increasing the security and improvement of the system or network by providing the feedback and input for the security response, remediation, and optimization
* Facilitating the compliance and alignment of the system or network with the internal or external
* requirements and standards
A continuous information security monitoring program can best reduce risk through encompassing people, process, and technology, because it can ensure that the continuous information security monitoring program is holistic and comprehensive, and that it covers all the aspects and elements of the system or network security.
People, process, and technology are the three pillars of a continuous information security monitoring program, and they represent the following:
* People: the human resources that are involved in the continuous information security monitoring program, such as the security analysts, the system administrators, the management, and the users. People are responsible for defining the security objectives and requirements, implementing and operating the security tools and controls, and monitoring and responding to the security events and incidents.
* Process: the procedures and policies that are followed in the continuous information security monitoring program, such as the security standards and guidelines, the security roles and responsibilities, the security workflows and tasks, and the security metrics and indicators. Process is responsible for establishing and maintaining the security governance and compliance, ensuring the security consistency and efficiency, and measuring and evaluating the security performance and effectiveness.
* Technology: the tools and systems that are used in the continuous information security monitoring program, such as the security sensors and agents, the security loggers and collectors, the security analyzers and correlators, and the security dashboards and reports. Technology is responsible for supporting and enabling the security functions and capabilities, providing the security visibility and awareness, and delivering the security data and information.
The other options are not the best ways to reduce risk through a continuous information security monitoring program, but rather specific or partial ways that can contribute to the risk reduction. Collecting security events and correlating them to identify anomalies is a specific way to reduce risk through a continuous information security monitoring program, but it is not the best way, because it only focuses on one aspect of the security data and information, and it does not address the other aspects, such as the security objectives and requirements, the security controls and measures, and the security feedback and improvement. Facilitating system-wide visibility into the activities of critical user accounts is a partial way to reduce risk through a continuous information security monitoring program, but it is not the best way, because it only covers one element of the system or network security, and it does not cover the other elements, such as the security threats and vulnerabilities, the security incidents and impacts, and the security response and remediation. Logging both scheduled and unscheduled system changes is a specific way to reduce risk through a continuous information security monitoring program, but it is not the best way, because it only focuses on one type of the security events and activities, and it does not focus on the other types, such as the security alerts and notifications, the security analysis and correlation, and the security reporting and documentation.
NEW QUESTION # 1439
Drag the following Security Engineering terms on the left to the BEST definition on the right.
Answer:
Explanation:
Explanation:
There are different terms related to Security Engineering, which is the discipline of designing, building, and maintaining secure systems. According to [1], Security Engineering is the art and science of building dependable systems. Some common terms and their definitions are:
* Risk: A measure of the extent to which an entity is threatened by a potential circumstance or event, the adverse impacts that would arise if the circumstance or event occurs, and the likelihood of occurrence.
Risk is also defined as the combination of the probability of an event and its consequence. Risk can be assessed, analyzed, and managed using various methods and techniques, such as risk identification, risk evaluation, risk treatment, and risk monitoring.
* Security Risk Treatment: The method used to identify the confidentiality, integrity, and availability requirements for organizational and system assets and to characterize the adverse impact or consequences should the asset be lost, modified, degraded, disrupted, compromised, or become unavailable. Security risk treatment is also known as security risk analysis, security risk assessment, or security impact analysis, and it is part of the security certification and accreditation (C&A) process.
Security risk treatment can help to determine the security categorization, security controls, and security assurance level for the assets and the system.
* Protection Needs Assessment: The method used to identify and characterize the dangers anticipated throughout the life cycle of the system. Protection needs assessment is also known as threat assessment, threat analysis, or threat modeling, and it is part of the security engineering process. Protection needs assessment can help to identify the potential sources, methods, and objectives of the attackers, as well as the vulnerabilities and weaknesses of the system. Protection needs assessment can also help to prioritize the protection needs and countermeasures for the system.
* Threat Assessment: The method used to identify feasible security risk mitigation options and plans.
Threat assessment is also known as risk mitigation, risk response, or risk treatment, and it is part of the risk management process. Threat assessment can help to select and implement the appropriate security controls and strategies to reduce the risk to an acceptable level, or to transfer, avoid, or accept the risk.
* Threat assessment can also help to monitor and evaluate the effectiveness and performance of the security controls and strategies.
The following table shows the possible matching of the Security Engineering terms to their definitions:
Security Engineering terms and definitions are important to understand and apply in the context of developing, deploying, and maintaining secure systems. Security Engineering terms and definitions can help to establish a common language and framework for security professionals, stakeholders, and users, and to communicate the security objectives, requirements, and issues of the system. Security Engineering terms and definitions can also help to guide the security engineering process, which involves the following steps:
security planning, security analysis, security design, security implementation, security testing, security deployment, security operation, and security maintenance. Security Engineering terms and definitions can also help to support the security certification and accreditation (C&A) process, which involves the following tasks:
security categorization, security control selection, security control implementation, security control assessment, security certification, security accreditation, and security monitoring.
NEW QUESTION # 1440
Which of the following is addressed by Kerberos?
Answer: B
Explanation:
Kerberos addresses the confidentiality and integrity of information.
It also addresses primarily authentication but does not directly address availability.
Reference(s) used for this question:
KRUTZ, Ronald L. & VINES, Russel D., The CISSP Prep Guide: Mastering the Ten
Domains of Computer Security, 2001, John Wiley & Sons, Page 42
and
https://www.ietf.org/rfc/rfc4120txt
and
http://learn-networking.com/network-security/how-kerberos-authentication-works
NEW QUESTION # 1441
Match the name of access control model with its associated restriction.
Drag each access control model to its appropriate restriction access on the right.
Answer:
Explanation:
Explanation
Mandatory Access Control - End user cannot set controls
Discretionary Access Control (DAC) - Subject has total control over objects Role Based Access Control (RBAC) - Dynamically assigns roles permissions to particular duties based on job function Rule Based access control - Dynamically assigns roles to subjects based on criteria assigned by a custodian.
NEW QUESTION # 1442
......
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