CCNP Security 350-701 Exam Dumps

Cisco AnyConnect is a client-based VPN solution that provides secure remote access for individual users from their machines. It allows customization of access policies based on user identity, such as group membership, device posture, or location. This enables granular control over who can access what resources on the network. Cisco AnyConnect also supports various authentication methods, such as certificates, multifactor authentication, or single sign-on. Cisco AnyConnect can be deployed with Cisco Adaptive Security Appliance (ASA) or Cisco Firepower Threat Defense (FTD) as the VPN headend.

Cisco DMVPN is a network-based VPN solution that provides dynamic, on-demand, and scalable connectivity for branch offices, teleworkers, and business partners. It uses multipoint GRE (mGRE) tunnels and Next Hop Resolution Protocol (NHRP) to establish direct spoke-to-spoke communications without traversing the hub. It also supports IPsec encryption and various routing protocols over the tunnel. Cisco DMVPN can be deployed with Cisco IOS routers as the VPN headend.

The advantages of using Cisco AnyConnect over DMVPN are:

It enables VPN access for individual users from their machines, which is useful for mobile workers or telecommuters who need to connect to the network from anywhere.

It allows customization of access policies based on user identity, which is useful for enforcing security and compliance requirements for different types of users or devices.

The advantages of using DMVPN over Cisco AnyConnect are:

It provides spoke-to-spoke communications without traversing the hub, which reduces latency and bandwidth consumption for traffic between remote sites.

It allows different routing protocols to work over the tunnel, which provides flexibility and scalability for network design and management.

In a Cisco Secure Workload implementation, telemetry data can be generated from IPFIX (Internet Protocol Flow Information Export) records using NetFlow connectors and Cisco Secure Workload itself. NetFlow provides insights into network traffic flow and volume, while Cisco Secure Workload uses this data for visibility, segmentation, and security analytics within the data center.

The correct command to log all events to a destination collector is flow-export event-type all destination 209.165.201.10. This command configures a flow-export action that sends all NSEL events to the specified IP address. NSEL events include flow-create, flow-teardown, flow-denied, and flow-update events. The command must be entered in the policy-map class configuration mode, after defining a policy-map and a class-map that match the traffic and event type. The other commands are incorrect because they either specify the wrong event type (flow-update instead of all) or the wrong destination IP address (209.165.201 instead of 209.165.201.10). References :=

Implementing and Operating Cisco Security Core Technologies (SCOR) v1.0, Module 5: Securing the Cloud, Lesson 5.2: DNS Security

Cisco Secure Firewall ASA NetFlow Implementation Guide

Configuring Cisco ASA for NetFlow Export via CLI – Plixer

The amount of URI text that is stored in Cisco WSA log files is controlled by the log-entry size parameter, which can be configured using the advancedproxyconfig command. The log-entry size parameter specifies the maximum number of bytes of the URI that will be logged for each request. The default value is 1024 bytes, but it can be changed to any value between 1 and 4096 bytes. If the URI is longer than the log-entry size, it will be truncated and a plus sign (+) will be appended to indicate that the URI was cut off. Configuring a small log-entry size can reduce the disk space and bandwidth consumption of the log files, but it can also limit the visibility and analysis of the requests.

References :=

User Guide for AsyncOS 11.0 for Cisco Web Security Appliances, Customizing Access Logs

Cisco WSA CLI Reference Guide for AsyncOS 11.0, advancedproxyconfig Command

WSA FAQ: How can I view the logs on the Cisco WSA? - Cisco