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| Section | Weight | Objectives |
|---|---|---|
| Network Security | 20% | - Firewall and IPS deployment, configuration, and management - Security segmentation and policy enforcement - VPN technologies: site-to-site, remote access, and secure connectivity - Network security monitoring and logging |
| Content Security | 15% | - Email security: SEG, anti-spam, anti-malware, encryption, and DMARC - Web security: proxy, URL filtering, DLP, and AMP integration - Content inspection and threat prevention |
| Secure Network Access, Visibility, and Enforcement | 15% | - Network visibility, telemetry, and security analytics - 802.1X, MAB, and TrustSec architecture - Identity services and policy control with Cisco ISE - Access control and compliance enforcement |
| Endpoint Protection and Detection | 10% | - Threat intelligence and incident response for endpoints - Endpoint protection platforms (EPP) and endpoint detection and response (EDR) - Cisco Secure Endpoint deployment and management |
| Security Concepts | 25% | - Automation and APIs in security solutions - Cryptography and security protocols - Security principles, zero trust architecture, and compliance frameworks - Common threats and vulnerabilities in on-premises and cloud environments |
| Securing the Cloud | 15% | - Cloud security architectures and service models - Cloud workload protection and compliance - Hybrid and multi-cloud security integration - Cisco Umbrella, Cloudlock, and Secure Access solutions |
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NEW QUESTION # 108
When choosing an algorithm to us, what should be considered about Diffie Hellman and RSA for key establishment?
Answer: C
Explanation:
GETVPN and IPsec are both VPN technologies that use ESP (Encapsulating Security Payload) to encrypt and authenticate data packets. However, they differ in the following aspects:
* GETVPN uses a group IPSec security paradigm, which means that all group members share the same IPSec SA (Security Association) and can communicate with each other without having to establish point-to-point tunnels. IPsec, on the other hand, uses a pair-wise IPSec security paradigm, which requires each pair of devices to negotiate and maintain their own IPSec SAs and tunnels.
* GETVPN uses GDOI (Group Domain of Interpretation) as a key management protocol, which allows a Key Server (KS) to distribute the encryption keys and policies to all group members. IPsec uses IKE (Internet Key Exchange) as a key management protocol, which involves two phases of negotiation between each pair of devices to establish the IPSec SAs.
* GETVPN supports multicast traffic without the need for GRE (Generic Routing Encapsulation) tunneling, as it preserves the original IP header of the packet. IPsec does not support multicast traffic natively, and requires GRE tunneling to encapsulate the multicast packets with a new IP header.
* GETVPN relies on the underlying WAN routing to deliver the encrypted packets to the destination, as it does not create any overlay routing. IPsec creates an overlay routing, which may introduce additional latency and complexity.
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
* Group Encrypted Transport VPN (GETVPN)
* GETVPN - Cisco Community
* Cisco Get VPN vs DMVPN: Difference and Comparison
* What is a difference between GETVPN and IPsec?
Explanation:
Diffie Hellman (DH) uses a private-public key pair to establish a shared secret, typically a symmetric key. DH is not a symmetric algorithm - it is an asymmetric algorithm used to establish a shared secret for a symmetric key algorithm.
NEW QUESTION # 109
What is the Cisco API-based broker that helps reduce compromises, application risks, and data breaches in an environment that is not on-premise?
Answer: C
Explanation:
Explanation
Explanation
Cisco Cloudlock is a cloud-native cloud access security broker (CASB) that helps you move to the cloud safely.
It protects your cloud users, data, and apps. Cisco Cloudlock provides visibility and compliance checks, protects data against misuse and exfiltration, and provides threat protections against malware like ransomware.
NEW QUESTION # 110
Which option is the main function of Cisco Firepower impact flags?
Answer: B
NEW QUESTION # 111 
Refer to the exhibit. What function does the API key perform while working with https://api.amp.cisco.com/v1
/computers?
Answer: B
Explanation:
The API key is a secret token that is used to authenticate the client to the server. It is functionally equivalent to a username and password, and should be treated as such. The API key is passed as part of the HTTP header in the request, using the Authorization: Basic scheme. The API key is combined with the client ID and encoded in base64 format. For example, if the client ID is d16aff14860af496e848 and the API key is d01ed435-b00d-4a4d-a299-1806ac117e72, the HTTP header would look like this:
Authorization: Basic
ZDE2YWZmMTQ4NjBhZjQ5NmU4NDg6ZDAxZWQ0MzUtYjAwZC00YTRkLWEyOTktMTgwNmFjMTE3Z The server then decodes the header and verifies the credentials. If the credentials are valid, the server grants access to the requested resource. If the credentials are invalid, the server returns an HTTP 401 Unauthorized error.
The API key performs the function of HTTP authentication, which is the process of verifying the identity of the client. HTTP authentication is different from HTTP authorization, which is the process of determining the permissions of the client. HTTP authorization is based on the scope of the API credential, which can be either read-only or read & write. The scope determines what actions the client can perform on the Cisco AMP for Endpoints data.
Importing requests is not a function of the API key, but rather a Python module that allows sending HTTP requests. Playing dent ID is not a meaningful term in this context. Therefore, the correct answer is C: References:
* Secure Endpoint API - Cisco DevNet
* Overview of the Cisco AMP for Endpoints API - Cisco
* Configure AMP for Endpoints Event Stream Feature - Cisco
NEW QUESTION # 112
Which IETF attribute is supported for the RADIUS CoA feature?
Answer: D
Explanation:
The RADIUS CoA feature supports the IETF attribute 24 State, which is used to identify the session for which the CoA request is intended. The State attribute is sent by the device in the Access-Accept message and must be echoed back by the RADIUS server in the CoA-Request message. The other attributes are not supported for the RADIUS CoA feature.
To understand the concept of RADIUS CoA and the supported attributes, you can refer to the following sections of the source book:
* Section 1.1.2: Describe the concepts of network security
* Section 1.1.2.6: Describe the concepts of RADIUS CoA
* Section 1.1.2.7: Describe the concepts of supported IETF attributes
References:
Implementing and Operating Cisco Security Core Technologies (SCOR) v1.0 RADIUS Change of Authorization - Cisco RADIUS attribute for change of authorization - Ruckus Networks
NEW QUESTION # 113
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