Today i will share Cybersecurity Courses
Description:
This is an intense, hands-on course designed to take students through a wide variety of topics relevant to operationally-focused cyber missions within the offensive and defensive arenas. Students will receive highly technical and mission relevant training needed to significantly minimize the burden of on-the-job training required to immediately impact operations. This 4-week course focuses heavily on the TCP/IP stack, deep-packet analysis, network forensics, Windows and *NIX system operator fundamentals, malware triage and the post-compromise forensics of remote targets. Extensive analysis is conducted throughout each stage of the network attack methodology to include packet capturing and inspection, analyzing logs, deep dive examination of the compromised machine. During the last week students will learn how to build custom scripts to perform host surveys on a target system to help identify traces of compromise on the system. Skills learned during the week are evaluated each week on the final day with a hands-on culmination exercise, challenging the students to apply those skills and validate their knowledge.
Description:
This two-week course is focused on the methodologies and processes used by professional "Blue" teams in corporate and government spaces. Instructors use open-source tools to teach students methodologies of securing a network and its hosts. Students will learn the necessary skills to successfully identify: the customer's network, tools required and allowed, mission scope & key terrain, then map the network, and its hosts. They will learn to protect: verifying base-lines, check configurations, evaluate A/V & IDS systems. Student will detect: perform host based assessments, finding vulnerabilities and anomalies, helping the customer with continuous integrity monitoring. They will respond: develop and implement an incident response plan, suggest better sensor placements, help with log correlation, coordinate response activities, develop and apply risk mitigation response. Finally students will recover: developing a recovery plan and making final recommendations to their customers. Their final recommendations will take into account system hardening techniques, priority lists, and risk mitigation. Each of the segments will cover network devices, Unix and Windows Operating Systems and policy.
Description:
The Adversarial Threat Modeling and Emulation course is an intense, hands-on course that takes students through each stage of offensive operations methodologies using tradecraft, stealth and detection avoidance as the key principals. Students will gain proficiency with open-source penetration tools and learn techniques in vulnerability scanning, remote and client-side exploitation, and advanced post-exploitation techniques targeting both Windows and UNIX based operating systems. Students will utilize a wide range of advanced exploitation techniques to gain remote execution on multiple platforms ranging from Ubuntu to Windows 10. The course culminates with a comprehensive, challenging Capture-the-Flag competition. The exercise is a scenario-based challenge that engages the students in a friendly competition between two teams to capture multiple flags implanted throughout the network and solve various challenges and tasks. Techniques used will cover the gamut from scanning, network exploitation, and backdoor installation to artifact recovery and forensics.
1 : CYBER CORE OPERATIONS™ (CCO™)
Description:
This is an intense, hands-on course designed to take students through a wide variety of topics relevant to operationally-focused cyber missions within the offensive and defensive arenas. Students will receive highly technical and mission relevant training needed to significantly minimize the burden of on-the-job training required to immediately impact operations. This 4-week course focuses heavily on the TCP/IP stack, deep-packet analysis, network forensics, Windows and *NIX system operator fundamentals, malware triage and the post-compromise forensics of remote targets. Extensive analysis is conducted throughout each stage of the network attack methodology to include packet capturing and inspection, analyzing logs, deep dive examination of the compromised machine. During the last week students will learn how to build custom scripts to perform host surveys on a target system to help identify traces of compromise on the system. Skills learned during the week are evaluated each week on the final day with a hands-on culmination exercise, challenging the students to apply those skills and validate their knowledge.
2 : CYBER PROTECTION PROFESSIONAL™ (CPP™)
MISSION PROTECTION
10 DaysDescription:
This two-week course is focused on the methodologies and processes used by professional "Blue" teams in corporate and government spaces. Instructors use open-source tools to teach students methodologies of securing a network and its hosts. Students will learn the necessary skills to successfully identify: the customer's network, tools required and allowed, mission scope & key terrain, then map the network, and its hosts. They will learn to protect: verifying base-lines, check configurations, evaluate A/V & IDS systems. Student will detect: perform host based assessments, finding vulnerabilities and anomalies, helping the customer with continuous integrity monitoring. They will respond: develop and implement an incident response plan, suggest better sensor placements, help with log correlation, coordinate response activities, develop and apply risk mitigation response. Finally students will recover: developing a recovery plan and making final recommendations to their customers. Their final recommendations will take into account system hardening techniques, priority lists, and risk mitigation. Each of the segments will cover network devices, Unix and Windows Operating Systems and policy.
3 : CYBER THREAT EMULATION PROFESSIONAL™ (CTEP™)
ADVERSARIAL THREAT MODELING AND EMULATION
5 DaysDescription:
The Adversarial Threat Modeling and Emulation course is an intense, hands-on course that takes students through each stage of offensive operations methodologies using tradecraft, stealth and detection avoidance as the key principals. Students will gain proficiency with open-source penetration tools and learn techniques in vulnerability scanning, remote and client-side exploitation, and advanced post-exploitation techniques targeting both Windows and UNIX based operating systems. Students will utilize a wide range of advanced exploitation techniques to gain remote execution on multiple platforms ranging from Ubuntu to Windows 10. The course culminates with a comprehensive, challenging Capture-the-Flag competition. The exercise is a scenario-based challenge that engages the students in a friendly competition between two teams to capture multiple flags implanted throughout the network and solve various challenges and tasks. Techniques used will cover the gamut from scanning, network exploitation, and backdoor installation to artifact recovery and forensics.
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thats look like a million bucks...
