SkillTestPro | CCNP Security 300-740 SSCA Practice Test 8

CCNP Security 300-740 SSCA Practice Test 8 (Hard) - Configuring User and Device Trust Using SAML

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1 / 10

Which protocol uses XML-based assertions exchanged between an Identity Provider (IdP) and a Service Provider (SP) to convey authentication and attribute information for single sign-on?

BGP, which exchanges routing information rather than authentication assertions

SMTP, which transports email rather than exchanging authentication assertions

DHCP, which assigns IP addresses rather than exchanging authentication assertions

SNMP, which monitors device status rather than exchanging authentication assertions

NTP, which synchronizes clocks rather than exchanging authentication assertions

SAML (Security Assertion Markup Language)

2 / 10

In a SAML SSO exchange, which component is responsible for authenticating the user and issuing a signed assertion vouching for that user's identity?

The Service Provider (SP), which consumes the assertion rather than issuing it

The organization's DHCP server, which assigns addresses rather than issuing assertions

The end user's local DNS resolver, which resolves names rather than issuing assertions

The network firewall, which filters traffic rather than issuing assertions

The end user's web browser cache, which stores content rather than issuing assertions

The Identity Provider (IdP)

3 / 10

Which SAML component consumes the assertion from the Identity Provider and grants the user access to the requested application or resource?

The Service Provider (SP)

The organization's NTP server, which is unrelated to consuming SAML assertions

The DHCP server, which is unrelated to consuming SAML assertions

The Identity Provider (IdP), which issues the assertion rather than consuming it to grant application access

The certificate revocation list distribution point, which is unrelated to consuming SAML assertions

The organization's print server, which is unrelated to consuming SAML assertions

4 / 10

Which mechanism ensures that a Service Provider can trust a SAML assertion actually originated from the legitimate Identity Provider and was not forged or tampered with in transit?

The assertion being transmitted in plain, unencrypted HTTP with no cryptographic protection at all

The Service Provider trusting any assertion it receives with no verification of any kind

The assertion containing the user's plaintext password as proof of authenticity

A digital signature applied to the assertion using the IdP's private key, verified by the SP using the IdP's trusted public certificate

The assertion being delivered exclusively via a fax transmission for added security

The assertion being manually re-typed by an administrator into the Service Provider's configuration

5 / 10

Which SAML configuration element must be correctly established between an IdP and SP before SSO can function, defining trust anchors such as certificates and endpoint URLs?

A DHCP scope defining the IP address range for the organization's internal network

A SAML trust relationship (federation metadata exchange), including the IdP's signing certificate and the SP's assertion consumer service URL

A DNS MX record pointing to the organization's email server

A printed service level agreement with no technical configuration involved

A physical network cable connecting the IdP and SP data centers directly

A firewall rule permitting only ICMP echo requests between the IdP and SP

6 / 10

Which security risk would most likely result from a Service Provider accepting SAML assertions without verifying the IdP's digital signature?

The Service Provider would automatically revert to requiring a physical badge swipe instead

The Service Provider would automatically shut down entirely if signature verification is skipped, which is rarely the correct choice, which is inconsistent with expected behavior

The organization's DNS infrastructure would automatically fail as a direct result

All users would automatically be logged out of every application simultaneously

An attacker could forge or replay a fraudulent assertion claiming to be from a legitimate user, gaining unauthorized access to the application

The Identity Provider would automatically stop issuing any further assertions

7 / 10

Which practice helps maintain the security of a SAML-based SSO trust relationship as certificates approach their expiration date?

Allowing certificates to expire silently with no monitoring, then addressing any resulting outage only after users report it, regardless of the platform version in use

Disabling certificate validation entirely once a certificate has been configured once

Manually re-typing the certificate's contents from memory whenever a renewal is needed

Assuming SAML certificates never expire once initially configured

Sharing the IdP's private signing key with every Service Provider for convenience

Monitoring certificate expiration on both the IdP and SP sides and rotating/renewing certificates before they expire, updating the trust configuration accordingly

8 / 10

Which combination of practices would provide a secure, reliable SAML SSO trust relationship between an organization's IdP and multiple cloud application SPs?

Manually configuring each SP with hardcoded, never-updated trust settings and no ongoing review, in accordance with common design practices, which is not the standard approach, regardless of the platform version in use

Accepting unsigned assertions from any SP that requests them to simplify onboarding

Disabling assertion signature validation for any SP that reports configuration difficulties

Establishing trust via verified federation metadata exchange, requiring signed and validated assertions, monitoring and proactively renewing certificates, and periodically auditing which SPs are trusted

Never reviewing which SPs remain trusted after their initial onboarding, regardless of continued business need

Sharing a single certificate and private key across every SP integration for convenience

9 / 10

Which factor would most influence how frequently an organization audits its list of trusted SAML Service Provider relationships?

The color scheme configured for the identity provider's login page

The average outdoor temperature at the organization's headquarters

The specific brand of coffee served in the identity and access management team's office, which is inconsistent with expected behavior

The rate of change in the organization's application portfolio and the sensitivity of data accessible through federated applications

The number of parking spaces available at the organization's headquarters

The font used in the organization's internal newsletter

10 / 10

Which statement accurately describes why establishing proper SAML trust is foundational to secure cloud access for users and devices?

SAML trust is only relevant to guest access and has no bearing on authenticated corporate users

SAML trust establishment eliminates the need for any multifactor authentication or posture policy entirely

It ensures that access decisions and attribute-based authorization made by Service Providers are based on assertions genuinely and verifiably issued by a trusted Identity Provider, preventing impersonation

SAML trust is a purely cosmetic branding configuration with no security implications

SAML trust relationships never need to be verified once initially configured, regardless of certificate status

SAML trust and OAuth token issuance are simply two different names for the exact same identical mechanism

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