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Free Designing and Implementing Secure Cloud Access for Users and Endpoints Practice Questions

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  1. 1Under NIST SP 800-207, how should an enterprise treat a resource request originating inside its network perimeter?

    1. A. Grant access based on the requesting device's network location.
    2. B. Apply authentication and authorization controls to the request.
    3. C. Reuse authorization for any resource after the initial login.
    4. D. Trust an enterprise-owned device without checking its posture.

    Answer: B

    Explanation: NIST states, "Network location alone does not imply trust." Internal placement therefore does not replace authentication, authorization, or posture evaluation.

    Reference: Zero Trust Architecture — NIST SP 800-207 — Section 2.1, tenet 2, page 6

  2. 2What is Cisco Identity Intelligence's principal role in an environment using several vendors' identity providers?

    1. A. Replace every identity provider with a single credential store.
    2. B. Combine authentication and access insights across identity sources.
    3. C. Assess cross-provider identity risk from one provider's initial login alone.
    4. D. Assign the same access permissions to identities in every provider.

    Answer: B

    Explanation: Cisco describes bringing together "authentication and access insights". Identity Intelligence correlates identity context and risk across vendors; this does not require replacing providers or equalizing permissions.

    Reference: Duo Identity Security with Cisco Identity Intelligence — Overview — Cisco Identity Intelligence

  3. 3Which security property of TLS prevents a passive observer from reading application data while it crosses an untrusted network?

    1. A. Authentication of the communicating endpoint
    2. B. Integrity checking of received application records
    3. C. Confidentiality through negotiated encryption
    4. D. Replay detection for previously exchanged records

    Answer: C

    Explanation: NIST explains, "A confidentiality service provides assurance that data is kept secret, preventing eavesdropping." Integrity, authentication, and replay protection address different threats to the connection.

    Reference: NIST SP 800-52 Revision 2 — Guidelines for TLS Implementations — Section 2.1, TLS Subprotocols, page 4

  4. 4After internal domains and local DNS servers are configured, how do Secure Access Virtual Appliances normally forward public and internal DNS queries?

    1. A. Forward every query to local DNS, bypassing Secure Access resolvers.
    2. B. Forward every query to public DNS, including configured internal names.
    3. C. Forward public queries to Secure Access and local queries to internal DNS.
    4. D. Answer public queries from a persistent VA record cache and send internal queries locally.

    Answer: C

    Explanation: Cisco describes VAs as "conditional DNS forwarders". They send public DNS queries to Secure Access and configured local queries to local DNS; they do not cache DNS records.

    Reference: Get Started with Virtual Appliances — How Secure Access Virtual Appliances Work

  5. 5Agents cannot be installed on legacy workloads, but their east-west traffic crosses Cisco Secure Firewall. Which telemetry integration can provide Secure Workload with stateful flow visibility?

    1. A. Read aggregate SNMP interface counters without individual connection records.
    2. B. Stream Secure Firewall NSEL events through the Secure Workload Ingest Connector.
    3. C. Import only firewall AAA authentication logs without traffic-flow records.
    4. D. Collect firewall configuration snapshots without observed connection telemetry.

    Answer: B

    Explanation: Cisco uses "NetFlow Secure Event Logging (NSEL)" through the Ingest Connector for stateful flow visibility. Aggregate interface counts, authentication-only logs, and configuration snapshots lack the required individual flow observations.

    Reference: Cisco Secure Workload and Secure Firewall White Paper — Visibility of agentless workloads

  6. 6In CISA's Zero Trust Maturity Model v2.0, which capability supports integration across the five pillars?

    1. A. Identity
    2. B. Devices
    3. C. Data
    4. D. Governance

    Answer: D

    Explanation: The model names the cross-cutting capabilities as "Visibility and Analytics, Automation and Orchestration, and Governance." Identity, Devices, and Data are pillars; Governance supports integration across them.

    Reference: CISA Zero Trust Maturity Model Version 2.0 — Section 5, page 6

  7. 7Duo users are not synchronized from Active Directory or Microsoft Entra ID. What data enables Identity Intelligence to associate a Duo user with that person's identity in another integrated platform?

    1. A. A matching display name without an email address
    2. B. An identical local password in both identity stores
    3. C. An email address in Duo matching the other platform
    4. D. The IP address used during the person's last login

    Answer: C

    Explanation: Duo specifies, "The email address used in Duo must match an email address in another integrated platform". This requirement applies when the directory identifiers from AD or Entra synchronization are unavailable.

    Reference: Duo Identity Security with Cisco Identity Intelligence — Requirements — Duo User Data Requirement

  8. 8Which cryptographic construction does TLS 1.3 use to protect application-record confidentiality and integrity?

    1. A. Authenticated encryption with associated data (AEAD)
    2. B. Separate CBC encryption and an independent HMAC record mode
    3. C. RSA encryption of every application record using the certificate key
    4. D. An unkeyed hash appended to unencrypted application data

    Answer: A

    Explanation: NIST states, "In TLS 1.3, only AEAD symmetric algorithms are used for confidentiality and integrity." Earlier separate encryption/MAC constructions, public-key bulk encryption, and unkeyed hashes do not describe TLS 1.3 record protection.

    Reference: NIST SP 800-52 Revision 2 — Guidelines for TLS Implementations — Section 2.4, Integrity, page 6

  9. 9What is the minimum number of Secure Access Virtual Appliances required in a Site to support DNS redundancy and updates without downtime?

    1. A. One
    2. B. Two
    3. C. Three
    4. D. Four

    Answer: B

    Explanation: Cisco requires "at least two Virtual Appliances for a Site." The question asks the minimum, so three or four could satisfy the deployment requirement but are not the minimum.

    Reference: Get Started with Virtual Appliances — Number of Secure Access Sites

  10. 10A security team needs Secure Workload to identify vulnerable installed packages and container images on supported application hosts. Which collection method supplies that runtime visibility?

    1. A. DNS query logs showing names contacted by the application hosts
    2. B. NetFlow records showing source and destination ports and addresses
    3. C. Secure Workload agents collecting host runtime software information
    4. D. Firewall policy exports showing configured network access rules

    Answer: C

    Explanation: Cisco's vulnerability use case specifies "Utilizing an agent" for runtime visibility into vulnerable packages and images. DNS, flow metadata, and configured firewall rules do not enumerate installed host software.

    Reference: Cisco Secure Workload and Secure Firewall White Paper — Cisco Secure Workload — Solution overview, Vulnerability Detection and Protection

Topics in this practice bank

These topics describe the available practice for Designing and Implementing Secure Cloud Access for Users and Endpoints. Review the examination outline and its sources for scope and allocation details.

  • Concepts
    • Describe industry cloud security frameworks such as NIST SP 800-207 and CISA Zero Trust Maturity Model v2.0
    • Select mitigation methods to defend against attacker, tactics, and techniques using the MITRE ATT&CK cloud frameworks (identity providers [IDPs], SaaS, and IaaS)
    • Describe security requirements for public cloud platforms such as AWS, Azure, and Google Cloud (GCP)
    • Describe operational requirements for public cloud platforms such as AWS, Azure, and Google Cloud (GCP)
    • Describe private cloud including local hypervisors such as VMware and container orchestration platforms such as Kubernetes
    • Describe how eBPF-based tools (Cilium, Tetragon) provide runtime security observability and enforcement for containerized workloads
  • Identity
    • Describe the use and function of identity intelligence across IDPs
    • Implement user and device authentication via identity certificates
    • Implement multifactor authentication (including phishing resistant) for users and devices with Cisco Duo
    • Implement endpoint posture policies for user access to resources
    • Configure user and device trust using SAML authentication for a mobile or web application
    • Configure SSO and user provisioning using an IDP connection
  • Policies
    • Describe encryption methods for data in transit and at rest in cloud environments such as TLS, IPsec in context, and tunnels
    • Describe how features such as IPS, DLP, and malware protection help provide secure private access
    • Describe the use, purpose, and characteristics of AI Defense
    • Describe AI features in Secure Access such AI Access and AI Guardrails
    • Describe how web application firewalls protect against DDoS
    • Determine security policies for network security edge to enforce application policy
    • Determine security policies for application enforcement using Cisco Secure Workload and enforcement agents
  • Access
    • Configure DNS security
    • Configure Secure Web Gateway
    • Configure Data Loss Protection
    • Configure CASB
    • Configure secure private access for workloads
    • Configure secure private access for users
  • Operations
    • Select the process or tool that provides cloud application (includes workloads and containers) visibility, microsegmentation, traffic analysis, and policy enforcement based on security requirements
    • Interpret traffic flow and telemetry reports for baseline and compliance behavior analysis
    • Interpret Cisco Secure Access dashboards
    • Integrate Cisco Secure Access with Cisco XDR and Splunk Enterprise to enhance SOC operations

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