Question 6 of 72

What are two organization permission types? (Choose two.)

    Correct Answer: A, B

    Organization permission types include 'Full' and 'Read-only'. 'Full' permission allows complete administrative access to all networks and organization-wide settings, while 'Read-only' permission grants access to view most network and organization-wide settings without making changes.

Question 7 of 72

What is the role of the Meraki Dashboard as the service provider when using SAML for single sign-on to the Dashboard?

    Correct Answer: C

    The role of the Meraki Dashboard as the service provider when using SAML for single sign-on (SSO) is to parse the SAML request and authenticate users. In a SAML-based SSO process, the service provider (in this case, the Meraki Dashboard) receives a SAML assertion from the identity provider, extracts the relevant user information, and grants access based on the authentication and authorization decisions encoded in the SAML assertion.

Question 8 of 72

A customer wants to use Microsoft Azure to host corporate application servers.

Which feature does the customer get by using a vMX appliance rather than connecting directly to Azure by VPN?

    Correct Answer: B

    Using a vMX appliance provides SD-WAN capabilities. SD-WAN is a key feature that enhances connectivity by automatically selecting the best path for traffic, optimizing performance, and supporting load balancing and failover for dual-connected sites. This makes it a superior option compared to merely using a VPN to connect directly to Azure.

Question 9 of 72

DRAG DROP -

Drag and drop the descriptions from the left onto the corresponding MX operation mode on the right.

    Correct Answer:

Question 10 of 72

What is a feature of distributed Layer 3 roaming?

    Correct Answer: A

    A feature of distributed Layer 3 roaming is that an MX Security Appliance is not required as a concentrator. Distributed Layer 3 roaming allows access points to establish connections amongst themselves, maintaining Layer 3 connections for end devices as they move across boundaries. This process eliminates the need for a concentrator, making it scalable and efficient.