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

 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

https://confluence.netvizura.com/display/NVUG/Traditional+vs.+Flexible+NetFlow

Explanation

A data breach is the intentional or unintentional release of secure or private/confidential information to an

untrusted environment.

When your credentials have been compromised, it means someone other than you may be in possession of your account information, such as your username and/or password.

Explanation

Cisco DNA Center has four general sections aligned to IT workflows:

Design: Design your network for consistent configurations by device and by site. Physical maps and logical topologies help provide quick visual reference. The direct import feature brings in existing maps, images, and topologies directly from Cisco Prime Infrastructure and the Cisco Application Policy Infrastructure Controller

Enterprise Module (APIC-EM), making upgrades easy and quick. Device configurations by site can be

consolidated in a “golden image” that can be used to automatically provision new network devices. These new devices can either be pre-staged by associating the device details and mapping to a site. Or they can be claimed upon connection and mapped to the site.

Policy: Translate business intent into network policies and apply those policies, such as access control, traffic routing, and quality of service, consistently over the entire wired and wireless infrastructure. Policy-based access control and network segmentation is a critical function of the Cisco Software-Defined Access (SDAccess) solution built from Cisco DNA Center and Cisco Identity Services Engine (ISE). Cisco AI Network Analytics and Cisco Group-Based Policy Analytics running in the Cisco DNA Center identify endpoints, group similar endpoints, and determine group communication behavior. Cisco DNA Center then facilitates creating policies that determine the form of communication allowed between and within members of each group. ISE then activates the underlying infrastructure and segments the network creating a virtual overlay to follow these

policies consistently. Such segmenting implements zero-trust security in the workplace, reduces risk, contains

threats, and helps verify regulatory compliance by giving endpoints just the right level of access they need.

Provision: Once you have created policies in Cisco DNA Center, provisioning is a simple drag-and-drop task.

The profiles (called scalable group tags or “SGTs”) in the Cisco DNA Center inventory list are assigned a policy, and this policy will always follow the identity. The process is completely automated and zero-touch. New devices added to the network are assigned to an SGT based on identity—greatly facilitating remote office setups.

Assurance: Cisco DNA Assurance, using AI/ML, enables every point on the network to become a sensor, sending continuous streaming telemetry on application performance and user connectivity in real time. The clean and simple dashboard shows detailed network health and flags issues. Then, guided remediation

automates resolution to keep your network performing at its optimal with less mundane troubleshooting work.

The outcome is a consistent experience and proactive optimization of your network, with less time spent on troubleshooting tasks.

The dot1x pae authenticator command enables 802.1x authentication on the port and configures the port as an authenticator. This command is required for the port to initiate the authentication process with the connected client. Without this command, the port will not send EAPOL packets to the client and will not receive the client credentials. Therefore, the client will not be authenticated and will remain in the unauthorized state. The other options are not mandatory for 802.1x authentication, although they can be used to modify the default behavior of the port. For example, authentication open allows the port to grant access to the client before authentication, dot1x reauthentication enables periodic reauthentication of the client, and cisp enable enables Cisco Identity Services Protocol (CISP) on the port. References: Implementing and Operating Cisco Security Core Technologies (SCOR) v1.0, Module 5: Secure Network Access, Lesson 5.1: Implementing 802.1X Authentication, Topic 5.1.2: Configuring 802.1X Authentication, Page 5-9.

To route inbound email to Cisco Cloud Email Security (CES), the engineer must modify the MX record of the domain to point to the CES hostname or IP address. The MX record is a DNS record that specifies the mail server responsible for accepting email messages on behalf of a domain name. By changing the MX record, the engineer can direct all incoming email traffic to the CES gateway, where it can be filtered and scanned for threats before being delivered to the Microsoft Office 365 mailboxes. The other options are not relevant for this task. A CNAME record is a DNS record that maps an alias name to a canonical name. An SPF record is a DNS record that identifies the authorized senders of email for a domain. A DKIM record is a DNS record that contains a public key for verifying the digital signature of email messages sent from a domain. References :=

Some possible references for this question are:

Configure Microsoft 365 with Secure Email

Configure Microsoft 365 with Secure Email - More

[Cisco Cloud Email Security - Configuration Guide]