Cisco Implementing and Operating Cisco Security Core Technologies (SCOR 350-701 v2.0) 350-701 Exam Dumps: Updated Questions & Answers (October 2026)

 Tools like Jenkins, Octopus Deploy, and Azure DevOps provide continuous integration and continuous deployment (CI/CD) capabilities for application and infrastructure automation. CI/CD is a process that enables developers to deliver code changes more frequently and reliably by automating the building, testing, and deployment stages. CI/CD tools help to integrate various components of the software delivery pipeline, such as source control, testing frameworks, configuration management, security scanning, and deployment platforms. By using CI/CD tools, developers can achieve faster feedback loops, improved quality, reduced errors, and increased efficiency123.

According to the Cisco course on Implementing and Operating Cisco Security Core Technologies (SCOR), CI/CD is one of the key concepts of DevSecOps, which is a culture and practice that aims to embed security into every stage of the software development lifecycle. DevSecOps requires collaboration and communication between development, security, and operations teams, as well as the use of automation tools and techniques to ensure security is integrated throughout the process45. References: 1: Configuring Jenkins in Azure and deploying with Octopus 2: Octopus Deploy vs. Azure DevOps (VSTS/TFS) 3: Building .NET Core Apps in Azure DevOps and integrating Octopus Deploy 4: Implementing and Operating Cisco Security Core Technologies (SCOR) v1.0 5: 350-701 SCOR - Cisco

Explanation

Explanation

Cisco standard NetFlow version 5 defines a flow as a unidirectional sequence of packets that all share seven values which define a unique key for the flow:

+ Ingress interface (SNMP ifIndex)

+ Source IP address

+ Destination IP address

+ IP protocol

+ Source port for UDP or TCP, 0 for other protocols

+ Destination port for UDP or TCP, type and code for ICMP, or 0 for other protocols

+ IP Type of Service

Note: A flow is a unidirectional series of packets between a given source and destination.

Explanation

The term ‘rootkit’ originally comes from the Unix world, where the word ‘root’ is used to describe a user with the

highest possible level of access privileges, similar to an ‘Administrator’ in Windows. The word ‘kit’ refers to the

software that grants root-level access to the machine. Put the two together and you get ‘rootkit’, a program that

gives someone – with legitimate or malicious intentions – privileged access to a computer.

There are four main types of rootkits: Kernel rootkits, User mode rootkits, Bootloader rootkits, Memory rootkits

 The application blocking list is an outbreak control method that allows the administrator to block certain files from executing on the endpoints based on their SHA values. This can prevent malware from running on the endpoints and causing damage. The other options are not outbreak control methods, but rather different features of AMP for endpoints. Device flow correlation is a network analysis feature that monitors connections and detects malicious activity. Simple detections and advanced custom detections are custom rules that can be created by the administrator to detect and block files based on signatures or other criteria. References:

Configure Windows Policy in AMP for Endpoints - Cisco

Prevent, Detect and Respond with Cisco AMP for Endpoints

 To configure the Cisco ASA via ASDM for SNMPv3, the administrator needs to perform two main tasks: specify an SNMP user group and add an SNMP USM entry. An SNMP user group defines the access level and security model for a group of SNMP users. An SNMP USM entry defines the authentication and encryption parameters for a specific SNMP user. These two tasks are required for SNMPv3 because it uses a user-based security model (USM) that provides secure access to the MIB objects. SNMPv3 does not use a community string, which is a shared password used by SNMPv1 and SNMPv2c. The SNMP manager and UDP port are optional parameters that can be specified to customize the SNMP communication. The SNMP host access entry is also optional and can be used to restrict the access of SNMP hosts to specific interfaces or networks. References :=

Some possible references are:

SNMP Configuration, Verification and Troubleshooting on ASA

How to configure SNMP v3 on Cisco Switch, Router, ASA, Nexus

SNMP Configuration Guide, Cisco IOS XE Release 3SE (Catalyst 3850 Switches)

To prevent rogue NTP servers from inserting themselves as the authoritative time source, the administrator needs to configure NTP authentication and specify the interface for syncing to the NTP server. NTP authentication allows the ASA to verify the identity and integrity of the NTP packets received from the server, using a shared secret key. Specifying the interface for syncing to the NTP server ensures that the ASA uses the correct source address for sending and receiving NTP packets, and avoids potential routing issues. The other options are not required or relevant for this task. Specifying the NTP version is optional and does not affect security. Configuring the NTP stratum is only applicable for NTP servers, not clients. The ASA can only act as an NTP client, not a server. Setting the NTP DNS hostname is not recommended, as it introduces a dependency on DNS resolution and may cause synchronization problems if the DNS server changes the IP address of the NTP server. References :=

Some possible references are:

Configure NTP Authentication on Secure Network Analytics

CLI Book 1: Cisco ASA Series General Operations CLI Configuration Guide, 9.6 - Basic Settings

Cisco ASA NTP and Clock Configuration with Examples

An active/active FlexVPN configuration allows for multiple routers or VRFs to act as hubs for different VPN groups, providing load balancing and redundancy1. This is useful when the VPN deployment has a large number of spokes or different security policies for different groups of spokes. DMVPN, on the other hand, only supports a single hub or a pair of hubs in active/standby mode for each VPN group2. This limits the scalability and flexibility of DMVPN deployments. Therefore, an engineer would opt for an active/active FlexVPN configuration as opposed to DMVPN when multiple routers or VRFs are required. References :=

Cisco FlexVPN: Benefits and Best Practices

Cisco DMVPN Design Guide

Explanation

A destination list is a list of internet destinations that can be blocked or allowed based on the administrative

preferences for the policies applied to the identities within your organization. A destination is an IP address

(IPv4), URL, or fully qualified domain name. You can add a destination list to Umbrella at any time; however, a

destination list does not come into use until it is added to a policy.

Explanation

Unlike the traditional software life cycle, the CI/CD implementation process gives a weekly or daily update

instead of monthly or quarterly. The fun part is customers won’t even realize the update is in their applications,

as they happen on the fly.

The W32/AutoRun worm is a type of malware that spreads through removable drives, such as USB flash drives, and modifies the autorun.inf file to execute itself when the drive is inserted. The worm also attempts to connect to a remote server and download additional malicious files. One of the features of this worm is that it generates random domain names based on the current date and time, and sends DNS requests to these domains. This is a technique to evade detection and analysis, as well as to communicate with the command and control server. The DNS requests generated by the worm have a distinctive pattern, such as the length of the domain name, the number of subdomains, and the use of redacted characters. By comparing these features to the expected behavior of normal DNS requests, security analysts can identify the presence of the worm and block its traffic. References :=

Some possible references are:

W32/AutoRun worm

DNS requests malicious attack

Four major DNS attack types and how to mitigate them

Explanation

The call to API of “https://api.amp.cisco.com/v1/computers” allows us to fetch list of computers across your organization that Advanced Malware Protection (AMP) sees.

ESA stands for Email Security Appliance, which is a Cisco product that provides comprehensive email security solutions. ESA can be deployed in different modes, such as gateway, hybrid, or cloud, depending on the customer’s needs and preferences. One of the key components of ESA configuration is the listener, which is a service that listens for incoming SMTP connections on a specific port and interface. A listener can be configured to handle inbound or outbound email, or both, depending on the mail flow policies and sender groups that are applied to it.

One way to segregate inbound and outbound email on ESA is to use a pair of logical listeners on a single physical interface with two unique logical IPv4 addresses and one IPv6 address. This method allows the ESA to have two separate listeners for inbound and outbound email, each with its own IP address and mail flow policies, while using the same physical interface and port. This can simplify the network configuration and reduce the hardware requirements for ESA deployment. The IPv6 address can be used to support dual-stack IPv4 and IPv6 environments, or to provide redundancy in case of IPv4 address exhaustion.

The other options are incorrect because:

A is false, as one listener on a single physical interface cannot segregate inbound and outbound email, unless it uses different sender groups and mail flow policies for different hosts, which is not a recommended practice.

C is false, as pair of logical IPv4 listeners and a pair of IPv6 listeners on two physically separate interfaces is an unnecessary and complex configuration that does not provide any additional benefits over option B.

D is false, as one listener on one logical IPv4 address on a single logical interface cannot segregate inbound and outbound email, unless it uses different sender groups and mail flow policies for different hosts, which is not a recommended practice.

Explanation

Explanation

The ASA and ASASM implementations of NetFlow Secure Event Logging (NSEL) provide the following major functions:

…

– Delays the export of flow-create events.

Certificate authorities (CAs) are responsible for issuing, renewing, revoking, and publishing digital certificates. They also maintain a certificate revocation list (CRL), which is a database of revoked certificates that can be checked by relying parties to verify the validity of a certificate. Registration authorities (RAs) are entities that assist CAs with the verification of user identities and enrollment requests. They do not issue certificates themselves, nor do they have access to the CRL. Therefore, CRL publishing is a function that is performed by CAs but is a limitation of RAs. References :=

Some possible references are:

Implementing and Operating Cisco Security Core Technologies (SCOR) v1.0, Module 4: Secure Connectivity, Lesson 4.1: VPN Fundamentals, Topic 4.1.1: Public Key Infrastructure (PKI)

Easy guide to SSL certificate authorities, Namecheap

How exactly are registration authorities related to certificate authorities?, Information Security Stack Exchange