CC Exam Dumps - CC - Certified in Cybersecurity

Role-Based Access Control (RBAC) assigns permissions based on job roles, making it scalable and efficient for large organizations. It simplifies access management and supports least privilege.

DNS primarily usesport 53over UDP and TCP for name resolution.

Threat actors include insiders, external attackers, and automated technologies such as bots. Modern threat landscapes recognize non-human actors as valid threats due to automation and AI-driven attacks.

Data Loss Prevention (DLP) is designed to protect sensitive data across all states: at rest, in motion, and in use. DLP solutions monitor, detect, and prevent unauthorized access, sharing, or exfiltration of data.

While encryption protects data at rest and in transit, it does not prevent authorized users from misusing data. Hashing ensures integrity, not confidentiality. Threat modeling identifies risks but does not enforce protection.

DLP tools enforce policies, inspect content, and prevent data leakage through email, web uploads, removable media, and cloud services. They are especially valuable for protecting regulated data such as PII and financial records.

NIST and CIS recognize DLP as a critical control for comprehensive data protection strategies.

Policies are administrative controls that define acceptable behavior and organizational rules.

A protocol analyzer, also known as a packet sniffer, captures and inspects network traffic flowing across a network segment. If traffic is unencrypted, protocol analyzers can intercept sensitive information such as usernames, passwords, session tokens, and application data.

Log servers store logs, network scanners identify hosts and services, and firewalls filter traffic based on rules. Only protocol analyzers are designed to capture and inspect packet contents.

This capability makes protocol analyzers valuable for troubleshooting and for attackers conducting eavesdropping attacks. Encryption protocols such as TLS are critical defenses against this risk.

Cross-Site Request Forgery (CSRF) tricks an authenticated user’s browser into sending unauthorized requests to a trusted server. Because the user is already authenticated, the server processes the request as legitimate.

XSS injects malicious scripts, while spoofing involves impersonation. CSRF exploits trust in an existing authenticated session. Defenses include CSRF tokens, same-site cookies, and proper request validation.

SOAR (Security Orchestration, Automation, and Response) platforms are designed to collect security data from multiple tools, analyze events, and automatically execute response actions using predefined playbooks. This automation allows security teams to respond quickly and consistently to incidents.

While SIEM systems collect and correlate logs and generate alerts, they typically require manual analyst intervention for response. SOAR extends SIEM capabilities by orchestrating workflows across tools such as firewalls, endpoint protection, ticketing systems, and threat intelligence platforms.

Log repositories store logs without analysis or response capabilities. Intrusion Prevention Systems (IPS) focus on blocking malicious traffic in real time but do not coordinate broader incident response actions.

SOAR solutions reduce alert fatigue, improve response time, and standardize incident handling procedures. They are a key component of mature Security Operations Centers (SOCs) and are strongly recommended by modern security operations frameworks.