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212-82 Exam Dumps : Certified Cybersecurity Technician (CCT)

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Certified Cybersecurity Technician (CCT) Questions and Answers

Question 1

FinTech Corp, a financial services software provider, handles millions of transactions daily. To address recent breaches In other organizations. It Is reevaluating Its data security controls. It specifically needs a control that will not only provide real-time protection against threats but also assist in achieving compliance with global financial regulations. The company's primary goal is to safeguard sensitive transactional data without impeding system performance. Which of the following controls would be the most suitable for FinTech Corp's objectives?

Options:

A.

Switching to disk-level encryption for all transactional databases

B.

Implementing DLP (Data Loss Prevention) systems

C.

Adopting anomaly-based intrusion detection systems

D.

Enforcing Two-Factor Authentication for all database access

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Question 2

You are the chief cybersecurity officer at a multi-national corporation, which specializes in satellite-based communication systems. Recently, you transitioned to a more advanced system architecture that includes multiple ground stations globally. These stations synchronize and communicate via a central hub that manages the distribution of encrypted data across the network. Upon reviewing the quarterly network logs, you uncover a series of sophisticated intrusions. These intrusions are intermittently taking place inground stations located in three continents. Evidence suggests that these attacks are coordinated, aiming to map out the network's communication paths, likely in preparation for a much larger scale cyber-attack. Further investigation uncovers small pockets of malware within the system, specifically designed to circumvent your current security controls. Given the criticality of ensuring uninterrupted satellite communication, which countermeasure would be most effective in thwarting these intrusions, ensuring data integrity, and maintaining the operational status of your satellite communication systems?

Options:

A.

Enhance end-point security solutions at each ground station, focusing on advanced malware detection, eradication, and prevention.

B.

Implement air-gapped systems for each ground station to ensure complete isolation, minimizing the risk of malware spread and external intrusions.

C.

Deploy an advanced network segmentation strategy, ensuring each ground station operates in a micro-segmented environment, with real-time threat monitoring and dynamic policy adjustments.

D.

Rollback the system to its previous architecture, while launching a thorough investigation into the identified intrusions and taking the necessary legal actions.

Question 3

A large multinational corporation is In the process of upgrading its network infrastructure to enhance security and protect sensitive data. As part of the upgrade, the IT team is considering implementing stateful multilayer inspection firewalls and application-level gateway firewalls.

How do stateful multilayer inspection firewalls differ from application-level gateway firewalls in terms of their packet filtering capabilities and the layers of the OSI model they inspect?

Options:

A.

Stateful multilayer inspection firewalls are more expensive and require competent personnel to administer them, while application-level gateway firewalls evaluate network packets for valid data at the application layer.

B.

Stateful multilayer inspection firewalls track and maintain session information between hosts, while application-level gateway firewalls control input, output, and access across applications or services.

C.

Stateful multilayer inspection firewalls focus on inspecting packets at the application layer, while application-level gateway firewalls primarily filter packets at the network layer.

D.

Stateful multilayer inspection firewalls filter traffic based on specified application rules, applications, or protocols, while application-level gateway firewalls allow unknown traffic up to level 2 of the network stack.