Cisco Updated 350-701 Exam Questions and Answers by arvin

The Python script in the exhibit uses the Cisco AMP for Endpoints API to get information about the computers in the deployment. It imports the requests library, which allows it to make HTTP requests. It then defines three variables: client_id, api_key, and url. These are used to authenticate and access the API endpoint. The url is set to ‘1’, which returns a list of computers in JSON format. The script then makes a GET request using the requests.get() method, passing the url and the authentication details as parameters. The response from the API is stored in the response variable, and converted to JSON using the response.json() method. The script then loops over each computer in the ‘data’ field of the JSON response, using a for loop. Inside the loop, it extracts the hostname of each computer using the ‘hostname’ key, and prints it using the print() function. Therefore, the script will pull all computer hostnames and print them, which is option C. References:

Overview of the Cisco AMP for Endpoints API

Secure Endpoint API - Cisco DevNet

Implementing and Operating Cisco Security Core Technologies (SCOR) v1.0

Cisco CloudLock is a cloud-native cloud access security broker (CASB) that helps you move to the cloud safely. It protects your cloud users, data, and apps. CloudLock’s simple, open, and automated approach uses APIs to manage the risks in your cloud app ecosystem. With CloudLock you can more easily combat data breaches while meeting compliance regulations1.

Cisco CloudLock provides the following features that meet the requirements of visibility into data transfers as well as protection against data exfiltration:

User security: Cloudlock uses advanced machine learning algorithms to detect anomalies based on multiple factors. It also identifies activities outside allowed countries and spots actions that seem to take place at impossible speeds across distances1.

Data security: Cloudlock’s data loss prevention (DLP) technology continuously monitors cloud environments to detect and secure sensitive information. It provides countless out-of-the-box policies as well as highly tunable custom policies. It also supports inline and out-of-band data inspection and blocking capabilities to protect sensitive data12.

App security: The Cloudlock Apps Firewall discovers and controls cloud apps connected to your corporate environment. You can see a crowd-sourced Community Trust Rating for individual apps, and you can ban or allowlist them based on risk1.

The other solutions do not provide the same level of visibility and protection as Cisco CloudLock:

Cisco Umbrella is a cloud-delivered network security service that provides DNS-layer security, secure web gateway, cloud-delivered firewall, cloud access security broker, and threat intelligence3. It does not offer data security features such as DLP, data inspection, and data blocking4.

Cisco AppDynamics Cloud Monitoring is a cloud-native application performance management solution that helps you monitor, troubleshoot, and optimize your cloud applications. It does not offer user security, data security, or app security features as a CASB solution.

Cisco Stealthwatch is a network traffic analysis solution that provides visibility and threat detection across your network, endpoints, and cloud. It does not offer data security features such as DLP, data inspection, and data blocking.

 3: Cisco Umbrella Packages - Cisco Umbrella 1: Cisco Cloudlock - Cisco 2: Cisco Cloudlock Cisco Cloudlock: Secure Cloud Data 4: Easy to Deploy & Simple to Manage CASB Solution - Cisco Umbrella : Cisco AppDynamics Cloud Monitoring : Cisco Stealthwatch - Cisco

The correct answer is to enable two-factor authentication through a RADIUS server, and then join the cluster via the SEG CLI. Two-factor authentication is a security feature that requires users to provide two forms of identification before accessing the SEG, such as a username and password, and a one-time code or token. This adds an extra layer of protection against unauthorized access and phishing attacks. The SEG supports two-factor authentication through external RADIUS servers, which can be configured on the System Administration > Users page in the web interface, or the userconfig command in the CLI. See User Guide for AsyncOS 14.0 for Cisco Secure Email Gateway - GD (General Deployment) (Section: Two-Factor Authentication) for more details.

To join a cluster, the SEG must communicate with other cluster members using either SSH or CCS (Cluster Communication Service). The cluster communication port and method can be configured on the Network > Cluster Communication page in the web interface, or the clusterconfig command in the CLI. See User Guide for AsyncOS 14.0 for Cisco Secure Email Gateway - GD (General Deployment) (Section: Cluster Communication) for more details.

If two-factor authentication is enabled on the SEG, it cannot join a cluster using the web interface, because the web interface does not support two-factor authentication for cluster operations. Therefore, the SEG must join the cluster using the CLI, and provide a pre-shared key that matches the cluster’s admin passphrase. The pre-shared key can be configured using the clusterconfig > prepjoin command in the CLI. See User Guide for AsyncOS 14.0 for Cisco Secure Email Gateway - GD (General Deployment) (Section: Creating and Joining a Cluster) for more details.

The other options are incorrect because they either use the wrong authentication server (TACACS+ instead of RADIUS), or the wrong communication method (GUI instead of CLI). References:

User Guide for AsyncOS 14.0 for Cisco Secure Email Gateway - GD (General Deployment)

Configure an Email Security Appliance (ESA) Cluster - Cisco