SCAZT Visibility And Assurance — Timed 10 Questions

Question 1

You notice an alert in SecureX indicating 'Identity Correlation Failure'. What is the most common reason for this when integrating Cisco Secure Endpoint and Cisco Identity Services Engine (ISE)?

Accepted Answer

Inconsistent time synchronization (NTP) between ISE and the Endpoint. Identity Correlation Failure in SecureX when integrating Cisco Secure Endpoint with Cisco ISE is most commonly caused by inconsistent time synchronization (NTP) between the ISE node and the endpoint. SecureX correlates identity data using timestamps from ISE (RADIUS accounting, posture, session events) and endpoint telemetry; if the clocks drift beyond a small tolerance, the correlation engine cannot match events to the same session and reports a correlation failure. Ensuring both ISE and the endpoint sync to a common, reliable NTP source resolves the majority of these alerts.

Answer

The ISE node is in standby mode

Answer

The SecureX browser extension is disabled

Answer

The endpoint is not joined to the domain

Question 2

You are using SecureX Orchestration. What is the difference between a 'Global' and a 'Local' workflow variable?

Accepted Answer

Global variables are shared across workflows, while local variables are scoped to a single workflow. In SecureX Orchestration, Global variables are defined at the tenant level and can be referenced by any workflow, making them ideal for shared values like API credentials, tenant IDs, or environment constants. Local variables are defined within a single workflow and are scoped only to that workflow's execution, so they cannot be read by other workflows. This scoping distinction is the core difference.

Answer

Global variables can only be set via the CLI

Answer

Local variables are faster to process

Answer

Local variables can be encrypted, while global cannot

Question 3

You are monitoring compliance in Cisco Secure Firewall Management Center. What does the 'Compliance' tab within the dashboard typically display?

Accepted Answer

The status of security policies against hardening benchmarks. The compliance dashboard in FMC shows the status of security policies, system hardening, and potential configuration drifts against defined security benchmarks.

Answer

The hardware temperature of the chassis

Answer

The number of users currently connected via VPN

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The amount of bandwidth consumed by cloud apps

Question 4

Which THREE indicators are crucial for Cisco Umbrella to detect potential C2 (Command and Control) traffic?

Accepted Answer

Unusual DNS query patterns from a single host. C2 detection in Umbrella relies on analyzing DNS query patterns, malicious domain reputation, and unusual destination behavioral metrics.

Answer

The color of the desktop wallpaper

Answer

The local time zone of the endpoint

Answer

The RAM capacity of the client machine

Question 5

Which TWO items can trigger an orchestration workflow in SecureX?

Accepted Answer

A specific security event or alert captured by an integration. Option D is correct because SecureX orchestration workflows are event-driven and can be triggered when a specific security event or alert is captured by a configured integration (for example, a threat detected by Cisco SecureX threat response or a third-party integration feeding events into the platform). Option E is correct because SecureX orchestration supports webhook triggers, allowing an incoming HTTP webhook from a third-party source to initiate a workflow automatically. Options A, B, and C are incorrect because changes in a desktop background, local gateway uptime, or a manual keyboard shortcut on a user's laptop are not supported trigger types in SecureX orchestration; triggers are based on security events, alerts, schedules, or webhooks rather than endpoint cosmetic or local hardware events.

Answer

A change in the user's desktop background

Answer

A change in the local network gateway uptime

Answer

A manual keyboard shortcut on the user's laptop

Question 6

You are integrating Cisco Umbrella into Cisco SecureX. You have successfully configured the API key and registered the organization. However, no Umbrella events are populating the SecureX dashboard. Which configuration step is the most likely cause of this visibility gap?

Accepted Answer

The Umbrella organization must have 'Log Management' enabled to stream events to the SecureX integration.. For Umbrella events to appear in SecureX, the Umbrella organization must have Log Management enabled so it streams DNS/proxy/security events to the SecureX integration. API key and org registration alone establish the connection but do not enable event streaming — without Log Management, SecureX has nothing to ingest, producing the visibility gap.

Answer

The SecureX ribbon must be manually refreshed in the browser for each user account.

Answer

Umbrella DNS policies are not blocking threats, so no events are generated.

Answer

The API credentials lack 'Read-Only' permission for the Umbrella dashboard.

Question 7

A security engineer is using SecureX orchestration to automate the isolation of an endpoint found to be communicating with a malicious C2 server. Which workflow component must be defined to allow for the automated query of the 'Cisco Threat Response' API based on the observed IP address?

Accepted Answer

A Target configuration for the SecureX Threat Response API.. The 'Atomic Action' allows the workflow to execute a specific API request against the Threat Response intelligence repository.

Answer

A custom Python script node configured to parse the JSON output.

Answer

An 'Enrichment' module in the SecureX dashboard settings.

Answer

A 'Webex Teams' notification node for alert delivery.

Question 8

You are troubleshooting a lack of visibility in the SecureX 'Device Trajectory' view for a roaming laptop. The device is connected to the network via AnyConnect, but SecureX is not showing the internal IP history. Which configuration is required to ensure this data is visible?

Accepted Answer

Configure the Secure Endpoint connector to report to the SecureX cloud.. To see internal IP history in the SecureX Device Trajectory view for a roaming laptop, the Secure Endpoint connector must be configured to report to the SecureX cloud. Device Trajectory relies on telemetry from the Secure Endpoint connector (formerly AMP) to track network connections and IP addresses; without the connector reporting, SecureX cannot display this data.

Answer

Install the SecureX plugin on the local endpoint.

Answer

Enable 'Visibility' settings in the AnyConnect profile editor.

Answer

Configure the Cisco ISE to send RADIUS accounting packets to SecureX.

Question 9

You are setting up visibility for a hybrid-cloud environment using SecureX. Which THREE of the following represent valid data sources that can be integrated to provide comprehensive threat context? (Choose three.)

Accepted Answer

Cisco Secure Firewall (Firepower Management Center).. Option A (Cisco Secure Firewall / Firepower Management Center) is correct because FMC is a supported SecureX integration that feeds firewall events, intrusion and malware detections, and network telemetry into the SecureX ribbon and threat response workflows for hybrid-cloud visibility. Option C (Cisco Umbrella) is correct because Umbrella integrates with SecureX to supply DNS-layer, web, and cloud-delivered security events, giving threat context for users and roaming devices across on-premises and cloud environments. Option D (Cisco Secure Endpoint, formerly AMP for Endpoints) is correct because it is a native SecureX integration that contributes endpoint detection, file reputation, and device trajectory data, completing the network-to-endpoint visibility picture. Option B (third-party SIEM raw ingestion) is not a valid SecureX data source in this context, since SecureX consumes structured integrations/modules and APIs rather than raw SIEM log ingestion. Option E (Cisco Meraki Dashboard non-MR) is not correct because SecureX's Meraki integration targets the MX security appliance telemetry, not non-MR dashboard data.

Answer

Third-party SIEM data raw ingestion.

Answer

Cisco Meraki Dashboard (non-MR).

Question 10

When configuring visibility for SaaS applications in Cloudlock, which TWO of the following tasks are necessary to ensure the solution can inspect and protect the files in the SaaS environment? (Choose two.)

Accepted Answer

Deploy the Cloudlock policy engine to act on the data retrieved via API.. Option A is correct because Cloudlock's policy engine is the component that evaluates the data retrieved from the SaaS application against the configured policies and takes the required protective actions (such as quarantine, revoke sharing, or notify), so without it the solution could see but not act on violations. Option B is correct because Cloudlock gains visibility into SaaS environments through API-based connectors (for example, using OAuth to the SaaS provider's REST API), which is the mechanism that lets it enumerate and inspect files and their sharing settings. Option C is incorrect because Cloudlock is an API-based CASB for SaaS visibility and does not require an endpoint agent on user workstations to inspect cloud-stored files. Option D is incorrect because DNS record changes are not part of Cloudlock's SaaS API integration and would not enable file inspection. Option E is incorrect because a GRE tunnel is a network-level mechanism used for proxy-based traffic inspection, not for the API-based SaaS file visibility that Cloudlock uses.

Answer

Install an agent on the end-user workstation.

Answer

Update the SaaS provider's DNS records.

Answer

Configure a GRE tunnel between the SaaS provider and the Cloudlock proxy.