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Based on the configuration script in the image, the interface GigabitEthernet0/0/18 is configured for both 802.1X and MAB authentication. The command authentication port-control auto enables 802.1X authentication on the port, while the command dot1x pae authenticator enables the port to act as an authenticator. The command authentication host-mode multi-domain enables MAB authentication on the port, and allows two devices to be authenticated, one in the voice VLAN and one in the data VLAN. Therefore, when a device tries to connect to the port, the switch will first attempt 802.1X authentication, and if it fails, it will fall back to MAB authentication using the device’s MAC address. The switch will then contact the ISE server, which is configured as the RADIUS server group ise-group, to verify the device’s credentials and assign the appropriate access level based on the ISE policy. The ISE policy can also dynamically assign VLANs, ACLs, or service policies to the device based on its identity and posture. References :=

Some possible references are:

[Implementing and Operating Cisco Security Core Technologies (SCOR) v1.0], Module 6: Secure Connectivity, Lesson 6.2: Implementing Site-to-Site VPNs, Topic 6.2.2: Group Encrypted Transport VPN

Cisco IOS Security Configuration Guide, Release 15M&T - Configuring IEEE 802.1x Port-Based Authentication

Cisco IOS Security Configuration Guide, Release 15M&T - Configuring MAC Authentication Bypass

Cisco Identity Services Engine Administrator Guide, Release 2.7 - Configure Wired 802.1X and MAB

Explanation

Explanation

Cisco Cloudlock: Secure your cloud users, data, and applications with the cloud-native Cloud Access Security Broker (CASB) and cloud cybersecurity platform.

Explanation

The ASA REST API gives you programmatic access to managing individual ASAs through a Representational State Transfer (REST) API. The API allows external clients to perform CRUD (Create, Read, Update, Delete) operations on ASA resources; it is based on the HTTPS protocol and REST methodology.

All API requests are sent over HTTPS to the ASA, and a response is returned.

Request Structure

Available request methods are:

GET – Retrieves data from the specified object.

PUT – Adds the supplied information to the specified object; returns a 404 Resource Not Found error if the object does not exist.

POST – Creates the object with the supplied information.

DELETE – Deletes the specified object

PATCH – Applies partial modifications to the specified object.

Device compliance is the state of devices meeting the standards and regulations for the industry or organization. Device compliance policies define the rules and settings that users and devices must meet to be compliant, such as minimum operating systems, disk encryption, or Secure Boot. Device compliance policies can also include actions that apply to devices that are noncompliant, such as alerting users, blocking access, or wiping data. Device compliance policies can be integrated with Conditional Access, which can enforce attribute-driven policies based on the compliance status of the device. Attribute-driven policies are policies that use attributes of the device, user, or resource to determine the level of access or protection. For example, a policy can allow access to a resource only if the device is compliant, the user is in a certain group, and the resource is in a certain location. Attribute-driven policies provide more granular and flexible control over access and security than traditional policies based on roles or permissions. Therefore, the benefit of performing device compliance is providing attribute-driven policies, which is option D. References:

Device compliance policies in Microsoft Intune

Device Compliance settings for Windows 10/11 in Intune

Device Compliance: What it is and why you should use it

Implementing and Operating Cisco Security Core Technologies (SCOR) v1.0