Study guide for the 350-201 CBRCOR (Performing Cybersecurity Operations Using Cisco Security Technologies) Exam (eBook, ePUB)
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The "Performing Cybersecurity Using Cisco Security Tech 350-201 CBRCOR" study guide equips professionals with the knowledge and skills required to pass the Cisco CyberOps Professional certification exam. Covering a wide range of critical topics, the guide emphasizes practical cybersecurity techniques using Cisco technologies. It begins with a foundational understanding of cybersecurity operations, introducing essential terms, principles, and frameworks such as NIST and MITRE ATT&CK. The book provides in-depth content on threat intelligence, threat hunting methodologies, and how to use open-sou...
The "Performing Cybersecurity Using Cisco Security Tech 350-201 CBRCOR" study guide equips professionals with the knowledge and skills required to pass the Cisco CyberOps Professional certification exam. Covering a wide range of critical topics, the guide emphasizes practical cybersecurity techniques using Cisco technologies. It begins with a foundational understanding of cybersecurity operations, introducing essential terms, principles, and frameworks such as NIST and MITRE ATT&CK. The book provides in-depth content on threat intelligence, threat hunting methodologies, and how to use open-source intelligence (OSINT) for effective analysis.
It delves into digital forensics, focusing on endpoint forensics (Windows, Linux), memory and disk analysis, and network forensics, including PCAP analysis. Cisco tools like Stealthwatch and SecureX are highlighted for their role in supporting forensic investigations. Intrusion event analysis is discussed extensively, with an emphasis on detecting network and host-based intrusions and analyzing logs from various sources.
Malware analysis is covered in detail, with an exploration of static and dynamic analysis methods, sandboxing techniques, and tools like Cisco Threat Grid and Cuckoo Sandbox. The guide also highlights the importance of data analytics in threat detection, explaining anomaly detection and signature-based detection methods through tools such as Cisco Secure Network Analytics.
Automation and orchestration in cybersecurity are explored through Cisco SecureX, and scripting with Python is introduced for automating security tasks. Finally, the guide provides case studies, real-world scenarios, and insights into integrating various Cisco security platforms for comprehensive security operations management.
It delves into digital forensics, focusing on endpoint forensics (Windows, Linux), memory and disk analysis, and network forensics, including PCAP analysis. Cisco tools like Stealthwatch and SecureX are highlighted for their role in supporting forensic investigations. Intrusion event analysis is discussed extensively, with an emphasis on detecting network and host-based intrusions and analyzing logs from various sources.
Malware analysis is covered in detail, with an exploration of static and dynamic analysis methods, sandboxing techniques, and tools like Cisco Threat Grid and Cuckoo Sandbox. The guide also highlights the importance of data analytics in threat detection, explaining anomaly detection and signature-based detection methods through tools such as Cisco Secure Network Analytics.
Automation and orchestration in cybersecurity are explored through Cisco SecureX, and scripting with Python is introduced for automating security tasks. Finally, the guide provides case studies, real-world scenarios, and insights into integrating various Cisco security platforms for comprehensive security operations management.
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