Cisco Security Architecture for System Engineers Free Sample Questions

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700-765 Sample Questions

  1. Question 1

    Q1

    A multinational logistics company is experiencing inconsistent security policy enforcement across its hybrid environment, which includes on-premises data centers, AWS, and Azure. This has led to security gaps and increased operational overhead. Which Cisco platform is specifically designed to unify visibility and automate security workflows across such fragmented environments?

    Show answer & explanation

    Correct answer: B

    Cisco SecureX is a cloud-native, built-in platform experience that connects the Cisco Secure portfolio and the customer's infrastructure. It is designed to address security fragmentation by providing a single console for visibility, investigation, and automation across hybrid environments. While ISE, Stealthwatch, and FMC are critical components, SecureX is the overarching platform that unifies them to solve the problem of fragmentation.

  2. Question 2

    Q2

    A system engineer is designing a security architecture for a new smart factory. The environment consists of IT systems (servers, workstations) and OT systems (PLCs, HMIs, industrial robots). The primary security goal is to prevent threats from crossing between the IT and OT domains. Which Cisco network security feature is most critical for establishing and enforcing this macro-segmentation?

    Show answer & explanation

    Correct answer: C

    The most fundamental principle for securing IT/OT environments is creating an Industrial Demilitarized Zone (IDMZ) to separate the networks. This is achieved by using an industrial firewall (like the Cisco ISA 3000) to create security zones (e.g., 'IT-Zone', 'OT-Zone') and defining strict access control policies that dictate exactly what traffic can pass between them. This macro-segmentation is the foundational layer of protection. AVC, ETA, and AMP are important security services but they operate within the context of the segmentation established by zones and policies.

  3. Question 3

    Q3Multiple answers

    A company is adopting a Zero Trust model for workforce access. A key requirement is to continuously verify the security posture of an employee's laptop before and after granting access to an internal application. Which TWO Cisco solutions are essential to build this capability? (Select TWO)

    Show answer & explanation

    Correct answers: A, C

    Cisco Duo is essential for verifying user identity (MFA) and checking device health/posture at the time of access request.

    Cisco Secure Endpoint provides continuous visibility into the endpoint's state, detecting threats and compromises that may occur after initial access is granted. The integration between Duo and Secure Endpoint allows for this continuous trust verification.

  4. Question 4

    Q4

    A system engineer is presenting the Cisco Security portfolio to a potential customer who is concerned about file-based threats like ransomware. The customer wants to know how Cisco can analyze unknown files without exposing their network to risk. Which Cisco technology directly addresses this requirement by executing suspicious files in a protected environment to observe their behavior?

    Show answer & explanation

    Correct answer: C

    Cisco Threat Grid is the malware analysis and threat intelligence platform that provides sandboxing capabilities. It analyzes unknown or suspicious files in a secure, isolated environment to determine their true behavior and threat level. This technology is integrated into products like AMP for Endpoints, Email Security, and Web Security to provide dynamic analysis of previously unseen files.

  5. Question 5

    Q5

    A mid-sized enterprise is upgrading its branch office network security. They require a single appliance per branch that provides stateful firewalling, application control, intrusion prevention (IPS), and URL filtering. Management must be centralized in the corporate data center. Which Cisco solution best fits this requirement?

    Show answer & explanation

    Correct answer: C

    Cisco Firepower Threat Defense (FTD) is a unified software image that integrates firewalling, application control (AVC), IPS (NGIPS), and URL filtering into a single platform. The Firepower 1000 Series is designed for branch offices. Centralized management is provided by the Firepower Management Center (FMC). This solution directly meets all the customer's requirements for a single, centrally managed appliance with comprehensive threat protection features.

  6. Question 6

    Q6

    A university needs to provide differentiated network access for students, faculty, and guests. Faculty should have access to sensitive research databases, students to the general academic network, and guests to internet-only. The access rights must be applied consistently across both wired and wireless networks. Which Cisco product is the cornerstone for creating and enforcing these identity-based access policies?

    Show answer & explanation

    Correct answer: B

    Cisco Identity Services Engine (ISE) is the core component for network access control (NAC). It centralizes and automates policy enforcement based on user identity (who), device type (what), location (where), and time (when). ISE integrates with directory services like Active Directory to identify users, assign them to groups (students, faculty), and then enforce policies (e.g., VLAN assignment, downloadable ACLs) on network devices to grant the appropriate level of access.

  7. Question 7

    Q7

    A security analyst is investigating an alert from Cisco Secure Endpoint. The alert indicates that a legitimate-looking process on a user's machine, powershell.exe, has made a network connection to a known command-and-control (C2) server. What feature of Advanced Malware Protection (AMP) allows it to detect this type of malicious activity even when traditional file-based malware is not present?

    Show answer & explanation

    Correct answer: B

    The Malicious Activity Protection (MAP) engine is a behavioral protection component within Cisco Secure Endpoint. It focuses on detecting fileless malware and malicious behaviors, such as a legitimate process (powershell.exe) being used for malicious purposes (connecting to a C2 server). File Reputation would not flag this, as powershell.exe is a trusted file. Sandboxing analyzes files, not necessarily the behavior of already-running processes. The MAP engine specifically looks for these malicious behavioral patterns in real-time.

  8. Question 8

    Q8

    A financial institution is suffering from 'alert fatigue' due to its large number of disconnected security tools. Each tool generates its own alerts, forcing the security operations team to manually correlate data across multiple consoles to understand the scope of an attack. This process is slow and error-prone. This situation is a primary example of which key cybersecurity challenge?

    Show answer & explanation

    Correct answer: C

    This scenario perfectly illustrates the challenge of a fragmented security architecture. When security tools do not integrate, they create data silos. This forces manual correlation, slows down response times (Mean Time to Respond - MTTR), and leads to alert fatigue, where important alerts can be missed. The core problem is the lack of integration between tools from multiple vendors, not necessarily the attack surface or staff shortages, although those are also challenges.

  9. Question 9

    Q9

    True or False: In a Cisco Zero Trust architecture, once a user and their device have been authenticated and authorized for initial access, they are considered trusted for the duration of their session and do not require further verification.

    Show answer & explanation

    Correct answer: B

    A core principle of Zero Trust is 'never trust, always verify.' This means trust is not granted for an entire session. Instead, it must be continuously reassessed. A device's security posture could change mid-session (e.g., malware infection), or user behavior could become anomalous. Therefore, verification must be an ongoing process, not a one-time event.

  10. Question 10

    Q10

    Case Study: MedCare Diagnostics

    Company Background:
    MedCare Diagnostics is a rapidly growing healthcare provider with a central hospital, 20 remote clinics, and an increasing number of healthcare professionals working from home. They handle sensitive Protected Health Information (PHI) and must comply with HIPAA regulations. Their network consists of a mix of corporate-owned laptops, medical IoT devices (e.g., infusion pumps, patient monitors), and BYOD devices for non-clinical staff.

    Current Situation:
    MedCare's security is managed by a small IT team using a traditional perimeter firewall at the hospital and basic routers at the clinics. Remote access is provided via a legacy VPN solution with no device posture checking. They have experienced several security incidents, including a malware outbreak at a remote clinic that spread to the main hospital network. They have no visibility into traffic between devices on the same network segment (east-west traffic) and cannot enforce access policies based on user role or device type.

    Requirements:
    The CISO has mandated a new security architecture based on Zero Trust principles. The key requirements are:

    1. Establish strong identity verification for all users and devices connecting to the network.
    2. Implement micro-segmentation to isolate critical systems and prevent the lateral movement of threats.
    3. Gain visibility into all network traffic, including encrypted traffic, without compromising performance.
    4. Ensure secure access for remote workers with continuous device health verification.
    5. Centralize security policy management and incident response.

    Question:
    As a Cisco system engineer, which combination of products provides the most comprehensive solution to meet all of MedCare's requirements?

    Show answer & explanation

    Correct answer: C

    This solution directly addresses all five requirements. ISE provides identity-based NAC and enables TrustSec for micro-segmentation (Requirement 1 & 2). Secure Access by Duo ensures strong, posture-aware remote access (Requirement 4). Stealthwatch provides comprehensive network visibility, including encrypted traffic analysis (Requirement 3). Finally, SecureX provides the centralized platform for management and response (Requirement 5). This combination forms the foundation of a Cisco Zero Trust architecture for the workplace.

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