Kurs CCNACBR

Seminarinhalte

• Explain the foundational aspects of SOCs, including their types, key roles, and essential metrics for measuring effectiveness
• Apply foundational security principles and risk management concepts to assess and protect organizational assets
• Compare and apply various access control models to secure network resources and enforce organizational policies
• Differentiate between various cloud deployment and service models and explain the shared responsibility for security in cloud environments
• Explain the fundamental concepts of cryptography, differentiate between various cryptographic algorithms, and explain how cryptographic principles are applied in real-world protocols and systems, including key exchange, digital signatures, and SSL/TLS
• Identify and describe the fundamental components and operational aspects of the Windows operating system for security analysis
• Identify and describe the fundamental components and operational aspects of the Linux operating system for security analysis
• Utilize Command Line Interfaces (CLIs) for basic system interaction, file management, and security-related tasks in both Windows and Linux environments
• Explain the operations and identify the security implications of foundational network protocols
• Describe and differentiate various network security controls and their application in protecting network infrastructure
• Differentiate between various Intrusion Detection and Prevention Systems (IDS/IPS) and interpret their output for security monitoring
• Describe and compare various endpoint security solutions and their effectiveness against common threats
• Identify and categorize various cyber threat actors based on their motivations, capabilities, and common tactics
• Explain the phases of the Classic Cyber Kill Chain model and identify adversary actions within each phase
• Apply the MITRE ATT&CK Framework to analyze and map cyber threats, explain its structure and application, and leverage it to enhance threat detection, incident response, and communication within a security operations environment
• Identify and describe various social engineering attack vectors, including those enhanced by generative AI
• Describe fundamental network attack techniques that exploit protocol vulnerabilities
• Describe advanced attack vectors and emerging threats in the current cybersecurity landscape
• Identify and explain various types of Network Security Monitoring (NSM) data and their role in incident investigation
• Identify and interpret various log data sources from operating systems, network devices, and security tools
• Explain NetFlow operations and its application as a security tool for network monitoring and anomaly detection
• Describe common web application attacks and their exploitation methods
• Apply advanced log analysis techniques to interpret security data and identify patterns of suspicious behavior
• Perform packet capture analysis and apply digital forensics processes to investigate security incidents. Focus on the 5-tuple and timestamps to correlate with other logs, as this is your primary tool for network forensics
• Explain malware analysis outputs and apply threat intelligence frameworks for security investigations
• Explain the architecture, core functions, and best practices for implementing SIEM solutions for effective security monitoring
• Explain the features and common use cases of SOAR platforms for automating and streamlining incident response
• Explain the Cisco XDR platform, its core functions, features, and components for unified threat detection and response
• Differentiate between the legacy and modern NIST incident response guidance (NIST SP 800-61 Rev 2 and NIST SP 800-61 Rev 3 special publications), describe core IR components aligned with the NIST CSF 2.0 framework, and identify how these practices satisfy CMMC requirements for the Defense Industrial Base (DIB)
• Describe the roles, categories, and operational services of Computer Security Incident Response Teams (CSIRTs)
• Explain the concept of security monitoring playbooks and their components for standardizing incident response
• Apply various threat hunting methodologies to proactively identify and mitigate hidden threats within a network