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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: 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 |
| Topic 2: Network Security | 20% | - Security segmentation and policy enforcement - VPN technologies: site-to-site, remote access, and secure connectivity - Firewall and IPS deployment, configuration, and management - Network security monitoring and logging |
| Topic 3: Security Concepts | 25% | - Cryptography and security protocols - Automation and APIs in security solutions - Security principles, zero trust architecture, and compliance frameworks - Common threats and vulnerabilities in on-premises and cloud environments |
| Topic 4: Securing the Cloud | 15% | - Cloud security architectures and service models - Cloud workload protection and compliance - Cisco Umbrella, Cloudlock, and Secure Access solutions - Hybrid and multi-cloud security integration |
| Topic 5: Endpoint Protection and Detection | 10% | - Threat intelligence and incident response for endpoints - Cisco Secure Endpoint deployment and management - Endpoint protection platforms (EPP) and endpoint detection and response (EDR) |
| Topic 6: Secure Network Access, Visibility, and Enforcement | 15% | - 802.1X, MAB, and TrustSec architecture - Network visibility, telemetry, and security analytics - Identity services and policy control with Cisco ISE - Access control and compliance enforcement |
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NEW QUESTION # 94
Which two probes are configured to gather attributes of connected endpoints using Cisco Identity Services Engine? (Choose two)
Answer: A,C
Explanation:
Cisco Identity Services Engine (ISE) uses various probes to collect attributes of connected endpoints, such as device type, operating system, IP address, MAC address, and so on. These attributes are used to profile the endpoints and assign them to appropriate identity groups and policies. Two of the probes that can be configured to gather attributes of connected endpoints using Cisco ISE are RADIUS and DHCP.
* RADIUS probe: The RADIUS probe collects attributes from the RADIUS packets that are exchanged between the network access devices (NADs) and the ISE Policy Service Nodes (PSNs) during the
* authentication and authorization process. The RADIUS probe can extract attributes such as username, calling-station-ID, NAS-IP-address, NAS-port-type, service-type, and so on. The RADIUS probe can also collect attributes from the RADIUS accounting packets that are sent by the NADs to the ISE PSNs after the session is established. The RADIUS probe can extract attributes such as session-ID, framed-IP-address, acct-session-time, and so on. The RADIUS probe is enabled by default and does not require any additional configuration on the NADs or the ISE PSNs.
* DHCP probe: The DHCP probe collects attributes from the DHCP packets that are exchanged between the endpoints and the DHCP server during the IP address assignment process. The DHCP probe can extract attributes such as hostname, vendor-class-identifier, client-identifier, parameter-request-list, and so on. The DHCP probe can also collect attributes from the DHCP relay packets that are forwarded by the NADs to the ISE PSNs. The DHCP probe can extract attributes such as relay-agent-information and subscriber-ID. The DHCP probe requires some configuration on the NADs and the ISE PSNs. The NADs must be configured to relay or copy the DHCP packets to the ISE PSNs, and the ISE PSNs must be configured to receive the DHCP packets on a specific interface.
References:
https://www.cisco.com/c/en/us/td/docs/security/ise/2-4/admin_guide/b_ISE_admin_guide_24/m_assetvisibility_
https://www.cisco.com/c/en/us/td/docs/security/ise/2-2/admin_guide/b_ise_admin_guide_22/b_ise_admin_guide
NEW QUESTION # 95
An organization wants to provide visibility and to identify active threats in its network using a VM. The organization wants to extract metadata from network packet flow while ensuring that payloads are not retained or transferred outside the network. Which solution meets these requirements?
Answer: A
Explanation:
Private Network Monitoring (PNM) provides visibility and threat detection for the on-premises network, delivered from the cloud as a SaaS solution. It is the perfect solution for organizations who prefer SaaS products and desire better awareness and security in their on-premises environments while reducing capital expenditure and operational overhead. It works by deploying lightweight software in a virtual machine or server that can consume a variety of native sources of telemetry or extract metadata from network packet flow. It encrypts this metadata and sends it to the Stealthwatch Cloud analytics platform for analysis. Stealthwatch Cloud consumes metadata only. The packet payloads are never retained or transferred outside the network.
This lab focuses on how to configure a Stealthwatch Cloud Private Network Monitoring (PNM) Sensor, in order to provide visibility and effectively identify active threats, and monitors user and device behavior within onpremises networks.
The Stealthwatch Cloud PNM Sensor is an extremely flexible piece of technology, capable of being utilized in a number of different deployment scenarios. It can be deployed as a complete Ubuntu based virtual appliance on different hypervisors (e.g. -VMware, VirtualBox). It can be deployed on hardware running a number of different Linux-based operating systems.
Private Network Monitoring (PNM) provides visibility and threat detection for the on-premises network, delivered from the cloud as a SaaS solution. It is the perfect solution for organizations who prefer SaaS products and desire better awareness and security in their on-premises environments while reducing capital expenditure and operational overhead. It works by deploying lightweight software in a virtual machine or server that can consume a variety of native sources of telemetry or extract metadata from network packet flow. It encrypts this metadata and sends it to the Stealthwatch Cloud analytics platform for analysis. Stealthwatch Cloud consumes metadata only. The packet payloads are never retained or transferred outside the network.
This lab focuses on how to configure a Stealthwatch Cloud Private Network Monitoring (PNM) Sensor, in order to provide visibility and effectively identify active threats, and monitors user and device behavior within onpremises networks.
The Stealthwatch Cloud PNM Sensor is an extremely flexible piece of technology, capable of being utilized in a number of different deployment scenarios. It can be deployed as a complete Ubuntu based virtual appliance on different hypervisors (e.g. -VMware, VirtualBox). It can be deployed on hardware running a number of different Linux-based operating systems.
Reference:
Private Network Monitoring (PNM) provides visibility and threat detection for the on-premises network, delivered from the cloud as a SaaS solution. It is the perfect solution for organizations who prefer SaaS products and desire better awareness and security in their on-premises environments while reducing capital expenditure and operational overhead. It works by deploying lightweight software in a virtual machine or server that can consume a variety of native sources of telemetry or extract metadata from network packet flow. It encrypts this metadata and sends it to the Stealthwatch Cloud analytics platform for analysis. Stealthwatch Cloud consumes metadata only. The packet payloads are never retained or transferred outside the network.
This lab focuses on how to configure a Stealthwatch Cloud Private Network Monitoring (PNM) Sensor, in order to provide visibility and effectively identify active threats, and monitors user and device behavior within onpremises networks.
The Stealthwatch Cloud PNM Sensor is an extremely flexible piece of technology, capable of being utilized in a number of different deployment scenarios. It can be deployed as a complete Ubuntu based virtual appliance on different hypervisors (e.g. -VMware, VirtualBox). It can be deployed on hardware running a number of different Linux-based operating systems.
NEW QUESTION # 96
Which two Cisco Umbrella security categories are used to prevent command-and-control callbacks on port 53 and protect users from being tricked into providing confidential information?
(Choose two.)
Answer: D,E
Explanation:
DNS tunneling over port 53 is commonly used to communicate with command-and-control infrastructure by embedding data in DNS queries and responses, so blocking DNS tunneling prevents those callbacks. Phishing protection blocks known phishing destinations that are designed to trick users into submitting credentials or other confidential information.
NEW QUESTION # 97
An organization wants to secure data in a cloud environment. Its security model requires that all users be authenticated and authorized. Security configuration and posture must be continuously validated before access is granted or maintained to applications and data. There is also a need to allow certain application traffic and deny all other traffic by default. Which technology must be used to implement these requirements?
Answer: D
Explanation:
Software defined access provides Microsegmentation capabilities and centralised administration of which the Cisco ISE is part, hence the user part of the question.
https://www.ciscopress.com/articles/article.asp?p=3100056&seqNum=3
NEW QUESTION # 98
Drag and drop the Firepower Next Generation Intrustion Prevention System detectors from the left onto the correct definitions on the right.
Answer:
Explanation:
NEW QUESTION # 99
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