The Cisco 300-740 exam validates your ability to design and implement secure cloud access solutions for users and endpoints. This credential supports the Cisco Certified Network Professional and Cisco Certified Network Professional Security paths, demonstrating expertise in modern hybrid security architectures. This page provides a structured study map, practical topic guidance, and preparation strategies to help you build confidence and competence before exam day.
Use this topic map to guide your study for Cisco 300-740 (Designing and Implementing Secure Cloud Access for Users and Endpoints) within the Cisco Certified Network Professional and Cisco Certified Network Professional Security path.
The 300-740 exam uses multiple question types to assess both conceptual knowledge and practical decision-making in real-world scenarios. Questions progress in difficulty and require you to apply security principles to complex, multi-layered environments.
Success depends on understanding not just what controls exist, but when and how to apply them in context.
Build a structured study routine that maps each topic to dedicated learning blocks, hands-on labs, and review cycles. Consistent, focused practice over 4-6 weeks typically yields strong results. Balance reading, lab work, and practice questions to reinforce both theory and application.
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Cloud Security Architecture and User and Device Security typically account for a larger portion of the exam, as they form the foundation of secure cloud access design. However, all six topics are tested, and scenario-based questions often integrate multiple domains, so balanced preparation across all areas is essential.
In practice, you start with Cloud Security Architecture to define your security model, then implement User and Device Security controls to authenticate and verify endpoints. Network and Cloud Security policies enforce access rules, Application and Data Security protects sensitive assets, Visibility and Assurance monitors compliance, and Threat Response handles incidents. Each layer depends on the others, so understanding their interdependencies is key to answering scenario questions correctly.
Hands-on experience is highly valuable. Prioritize labs that cover identity and access management, endpoint onboarding, policy configuration, and log review. Even if you cannot access all Cisco products, practicing the workflows and understanding configuration logic will strengthen your ability to reason through scenario questions and make sound design decisions.
Candidates often overlook the importance of visibility and monitoring in security design, rush through scenario questions without identifying all constraints, or confuse similar control names across products. Additionally, failing to connect a design decision to its downstream impact (e.g., how a segmentation choice affects logging) leads to suboptimal answers. Read each question carefully and consider the full context before selecting your answer.
In your last week, focus on high-value topics where you scored lowest in practice tests, review scenario question explanations to understand decision logic, and do a final timed mini-mock to confirm pacing. Avoid cramming new material; instead, reinforce what you have already learned and build confidence in your reasoning process.
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Refer to the exhibit. An engineer must provide RDP access to the AWS virtual machines and HTTPS access to the Google Cloud Platform virtual machines. All other connectivity must be blocked. The indicated rules were applied to the firewall; however, none of the virtual machines in AWS and Google Cloud Platform are accessible. What should be done to meet the requirement?
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Refer to the exhibit. An engineer configured a default segmentation policy in Cisco Secure Workload to block SMTP traffic. During testing, it is observed that the SMTP traffic is still allowed. Which action must the engineer take to complete the configuration?
In the zero-trust network access model, which criteria is used for continuous verification to modify trust levels?
Refer to the exhibit.


Refer to the exhibit. An engineer must provide HTTPS access from the Google Cloud Platform virtual machine to the on-premises mail server. All other connections from the virtual machine to the mail server must be blocked. The indicated rules were applied to the firewall; however, the virtual machine cannot access the mail server. Which two actions should be performed on the firewall to meet the requirement? (Choose two.)