350-701 Exam Dumps - Implementing and Operating Cisco Security Core Technologies (SCOR 350-701 v2.0)

Explanation

The syntax of this command is: flow-export destination interface-name ipv4-address | hostname udp-port

This command is used on Cisco ASA to configure Network Secure Event Logging (NSEL) collector to which

NetFlow packets are sent. The destination keyword indicates that a NSEL collector is being configured.

+ The interface-name argument is the name of the ASA and ASA Services Module interface through which the

collector is reached.

+ The ipv4-address argument is the IP address of the machine running the collector application.

+ The hostname argument is the destination IP address or name of the collector.

+ The udp-port argument is the UDP port number to which NetFlow packets are sent.

You can configure a maximum of five collectors. After a collector is configured, template records are

automatically sent to all configured NSEL collectors.

https://www.cisco.com/c/en/us/td/docs/ios-xml/ios/security/s1/sec-s1-xe-3se-3850-cr-book/sec-s1-xe-3se-3850-cr-book_chapter_01.html#wp3404908137

Displaying the Summary of All Auth Manager Sessions on the Switch

Enter the following:

Switch# show authentication sessions

Interface MAC Address Method Domain Status Session ID

Gi1/48 0015.63b0.f676 dot1x DATA Authz Success 0A3462B1000000102983C05C

Gi1/5 000f.23c4.a401 mab DATA Authz Success 0A3462B10000000D24F80B58

Gi1/5 0014.bf5d.d26d dot1x DATA Authz Success 0A3462B10000000E29811B94

Explanation

" configure INTRUSION RULES for DNP3 " - > Documentation states, that enabling INTRUSION RULES is mandatory for CIP to work + required preprocessors (in Network Access Policy - NAP) will be enabled automatically:

" If you want the CIP preprocessor rules listed in the following table to generate events, you MUST enable them. See Setting Intrusion Rule States for information on enabling rules. "

" If the Modbus, DNP3, or CIP preprocessor is disabled, and you enable and deploy an intrusion rule that requires one of these preprocessors, the system automatically uses the required preprocessor, with its current settings, although the preprocessor remains disabled in the web interface for the corresponding network analysis policy. "

[1] https://www.cisco.com/c/en/us/td/docs/security/firepower/630/configuration/guide/fpmc-config-guide-v63/scada_preprocessors.html

The functional difference between Cisco Secure Endpoint (formerly known as AMP for Endpoints) and Cisco Umbrella Roaming Client lies in their approach to security. Cisco Secure Endpoint is designed to prevent, detect, and respond to threats on the endpoint devices. It provides comprehensive protection by stopping and tracking malicious files and activities on hosts, utilizing continuous analysis and retrospective security to address threats at various stages of the attack continuum. On the other hand, Cisco Umbrella Roaming Client is focused on DNS and IP layer enforcement to prevent internet-based threats before a connection is established. It primarily tracks and blocks URL-based threats by enforcing security at the DNS layer, thus preventing access to malicious domains. Therefore, while Secure Endpoint provides broad endpoint protection against a variety of threats, the Umbrella Roaming Client specifically targets URL-based threats.

The Cisco DNA Center API provides the ability to program and monitor networks from somewhere other than the DNAC GUI. The API is a set of RESTful web services that allow users to interact with Cisco DNA Center programmatically. The API can be used to automate tasks, integrate with third-party applications, or create custom applications. The API exposes the same functionality as the DNAC GUI, such as design, provision, policy, assurance, and platform1. The API also provides documentation, examples, and testing tools for each API call1. References :=

Cisco DNA Center User Guide, Release 2.3.3

Cisco DNA Center User Guide, Release 2.2.2

DNAC Tour Part 1: Introduction to Cisco DNA Center

Cisco DNA Center Platform User Guide, Release 2.2.2

Explanation

Explanation

Cisco FTD devices, Cisco Firepower devices, and the Cisco ASA FirePOWER modules can be managed by

the Firepower Management Center (FMC), formerly known as the FireSIGHT Management Center - > Answer D

is not correct

The Cloudlock Apps Firewall is a feature of Cisco Cloudlock, which is a cloud-native cloud access security broker (CASB) that helps organizations move to the cloud safely. The Cloudlock Apps Firewall mitigates security concerns from an application perspective by discovering and controlling cloud apps that are connected to a company’s corporate environment, such as Google G Suite or Microsoft Azure Active Directory (AD). These cloud apps are authorized through OAuth to access corporate data and resources via APIs, and may pose risks such as data exfiltration, account compromise, or malicious behavior. The Cloudlock Apps Firewall provides visibility into the app ecosystem, including the app name, category, risk level, access scopes, and number of users. It also allows administrators to ban or allowlist apps based on their risk profile and compliance requirements. Additionally, the Cloudlock Apps Firewall leverages a crowd-sourced Community Trust Rating for each app, which reflects the feedback from other Cloudlock customers on the app’s security and functionality. References :=

Cisco Content Security Products

Cisco Cloudlock - Cisco

Shadow IT Control with Apps Firewall - Cisco

Test scor q151 - q200