Security Assertion Markup Language (SAML) is the best solution for the manufacturing organization that wants to establish a Federated Identity Management (FIM) system with its 20 different supplier companies.
FIM is a process that allows the sharing and recognition of identities across different organizations that have a trust relationship. FIM enables the users of one organization to access the resources or services of another organization without having to create or maintain multiple accounts or credentials. FIM can provide several benefits, such as:
* Improving the user experience and convenience by reducing the need for multiple logins and passwords
* Enhancing the security and privacy by minimizing the exposure and duplication of sensitive information
* Increasing the efficiency and productivity by streamlining the authentication and authorization processes
* Reducing the cost and complexity by simplifying the identity management and administration SAML is a standard protocol that supports FIM by allowing the exchange of authentication and authorization information between different parties. SAML uses XML-based messages, called assertions, to convey the identity, attributes, and entitlements of a user to a service provider. SAML defines three roles for the parties involved in FIM:
* Identity provider (IdP): the party that authenticates the user and issues the SAML assertion
* Service provider (SP): the party that provides the resource or service that the user wants to access
* User or principal: the party that requests access to the resource or service SAML works as follows:
* The user requests access to a resource or service from the SP
* The SP redirects the user to the IdP for authentication
* The IdP authenticates the user and generates a SAML assertion that contains the user's identity, attributes, and entitlements
* The IdP sends the SAML assertion to the SP
* The SP validates the SAML assertion and grants or denies access to the user based on the information in the assertion SAML is the best solution for the manufacturing organization that wants to establish a FIM system with its 20 different supplier companies, because it can enable the seamless and secure access to the resources or services across the different organizations, without requiring the users to create or maintain multiple accounts or credentials. SAML can also provide interoperability and compatibility between different platforms and technologies, as it is based on a standard and open protocol.
The other options are not the best solutions for the manufacturing organization that wants to establish a FIM system with its 20 different supplier companies, but rather solutions that have other limitations or drawbacks.
Trusted third-party certification is a process that involves a third party, such as a certificate authority (CA), that issues and verifies digital certificates that contain the public key and identity information of a user or an entity. Trusted third-party certification can provide authentication and encryption for the communication between different parties, but it does not provide authorization or entitlement information for the access to the resources or services. Lightweight Directory Access Protocol (LDAP) is a protocol that allows the access and management of directory services, such as Active Directory, that store the identity and attribute information of users and entities. LDAP can provide a centralized and standardized way to store and retrieve identity and attribute information, but it does not provide a mechanism to exchange or federate the information across different organizations. Cross-certification is a process that involves two or more CAs that establish a trust relationship and recognize each other's certificates. Cross-certification can extend the trust and validity of the certificates across different domains or organizations, but it does not provide a mechanism to exchange or federate the identity, attribute, or entitlement information.

OWASP Application Security Verification Standards (ASVS) Level 1 is the lowest level of protection for any web application, as it only requires automated verification of the security controls. ASVS Level 1 should be considered a minimum level of protection, because opportunistic attackers will look for any easily exploitable vulnerable applications, and automated verification may not detect all the possible flaws or weaknesses. Option A, ASVS Level 1 ensures that applications are invulnerable to OWASP top 10 threats, is incorrect, as ASVS Level 1 does not guarantee that the applications are immune to the most common web application security risks. Option C, most regulatory bodies consider ASVS Level 1 as a baseline set of controls for applications, is incorrect, as most regulatory bodies require higher levels of verification and assurance for applications that handle sensitive or regulated data. Option D, securing applications at ASVS Level 1 provides adequate protection for sensitive data, is incorrect, as ASVS Level 1 is not sufficient for protecting sensitive data, and higher levels of verification and encryption are needed.

Explanation/Reference:
Explanation:
Birthday Attack: Usually applied to the probability of two different messages using the same hash function that produces a common message digest; or given a message and its corresponding message digest, finding another message that when passed through the same hash function generates the same specific message digest. The term "birthday" comes from the fact that in a room with 23 people, the probability of two or more people having the same birthday is greater than 50%.
Incorrect Answers:
A: Differential Cryptanalysis is applied to private key cryptographic systems by looking at ciphertext pairs, which were generated through the encryption of plaintext pairs, with specific differences and analyzing the effect of these differences. This is not what is described in the question.
B: Linear Cryptanalysis is using pairs of known plaintext and corresponding ciphertext to generate a linear approximation of a portion of the key. Differential Linear Cryptanalysis is using both differential and linear approaches. This is not what is described in the question.
D: A statistical attack is exploiting the lack of randomness in key generation. This is not what is described in the question.
References:
Krutz, Ronald L. and Russel Dean Vines, The CISSP Prep Guide: Mastering the Ten Domains of Computer Security, John Wiley & Sons, New York, 2001, p. 154-155
Harris, Shon, All In One CISSP Exam Guide, 6th Edition, McGraw-Hill, 2013, p. 828

According to the NFPA, arson is an example of a potential hazard caused by a human event. Fires, in themselves, are considered natural events, like forest fires, range fires, urban or city fires, unless arson is thought to be the source of the blazE. Of the three categories of potential hazards (natural, technological, and human), human events could include: General strikes Terrorism Sabotage Mass hysteria Civil unrest Source: NFPA 1600 Standard on Disaster/Emergency Management and Business Continuity, National Fire Protection Association, 2000 edition.

Information Security Continuous Monitoring (ISCM) is a term used to describe maintaining ongoing awareness of information security, vulnerabilities, and threats to support organizational risk management decisions. ISCM is a process that collects, analyzes, and reports on the security status and performance of an organization's information systems and networks, using automated or manual tools and techniques. ISCM can help to identify and prioritize the security risks, gaps, and weaknesses, and to implement and evaluate the security controls and measures, in alignment with the organization's security objectives and policies. ISCM can also help to comply with the legal and regulatory requirements, and to respond to the changing threat landscape and business environment. The other options are not terms used to describe maintaining ongoing awareness of information security, vulnerabilities, and threats to support organizational risk management decisions, as they either do not involve continuous monitoring, do not focus on information security, or do not support risk management decisions. References: CISSP - Certified Information Systems Security Professional, Domain 7. Security Operations, 7.2 Understand and support investigations, 7.2.1 Conduct logging and monitoring activities, 7.2.1.2 Continuous monitoring; CISSP Exam Outline, Domain 7. Security Operations,
7.2 Understand and support investigations, 7.2.1 Conduct logging and monitoring activities, 7.2.1.2 Continuous monitoring