Cyber Quiz 4

A framework that ensures data is not tampered with during transmission

A model focused on ensuring data is encrypted during storage and transfer

A strategy for securing user identities and ensuring login processes

A fundamental security model that protects Confidentiality, Integrity, and Availability of information

To ensure data is protected from malware and ransomware

To guarantee that only authorized individuals can access sensitive data

To provide users with the ability to modify and update system settings

To secure network resources from being overwhelmed by traffic

Data is not encrypted, leading to unauthorized access

Unauthorized users intentionally modifying or corrupting data

Excessive backup storage creating bottlenecks

Delayed software updates causing poor performance

By comparing encrypted versions of data

By logging every user interaction with the data

By generating a unique hash value that changes every time data is modified

By measuring the amount of data transmitted over a network

Deploying firewall rules to filter traffic

Encrypting data with the latest hashing algorithms

Implementing robust VPNs to secure data transmission

Regular hardware upgrades to prevent resource exhaustion

Granting a user specific permissions based on their role

Verifying the identity of a user through multi-factor authentication

Enabling network firewalls to prevent unauthorized access

Encrypting all user data before granting access

Authentication is based on access control policies, while Authorization is about verifying identity

Authentication is the process of identifying a user, while Authorization controls what resources the user can access

Authentication grants access, while Authorization denies access

Authentication requires passwords, while Authorization involves fingerprint scanning

The number of system administrators with elevated access

The risk of security breaches by minimizing unnecessary access rights

The time users spend in accessing sensitive data

The number of authentication factors required for access

Regular software updates to patch security vulnerabilities

Implementing firewalls to filter network traffic

Biometric scans and access badges to prevent unauthorized entry

Using intrusion detection systems to monitor suspicious activity

Relying on a single strong security control to prevent attacks

Increasing the complexity of user authentication

Layering multiple security measures to minimize the impact of a successful attack

Encrypting all internal communications within a network