This official training designed by Cisco, Junior Cybersecurity Analyst – CCST Cybersecurity Certification, is based on a curricular tour of the key areas in the evaluation and maintenance of information security in organizations, including operating systems, applications and network communications. Based on fundamental aspects, a comprehensive perspective of the current scenario of cybersecurity threats is offered; The targets, vulnerabilities, perpetrators, and diversity of technological elements that attackers exploit are identified and categorized.
Likewise, the different phases that make up cyberattacks are characterized, and the points to be taken into account to establish the best methods of containment and defense. The models, approaches and technologies used in the establishment of security mechanisms are also discussed, both from the perspective of network communication, and the devices that support it, as well as the security of the end points – clients and servers.
Next, methodologies for monitoring, evaluating and managing network and operating system security are presented and it is shown how to collect threat intelligence for the discovery of existing or potential vulnerabilities in the organization. Based on the knowledge of these elements, it is evident that there is a need to apply protection measures and implement a series of good practices, through governance and compliance frameworks, in order to improve security levels in organizations, and to be able to manage and respond to cybersecurity incidents.
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Digital badge
Junior Cybersecurity Analyst Career Path
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Duration
120h (Online)
Objectives
- Explain how threat actors execute some of the most common types of cyberattacks.
- Explain network security principles.
- Explain how TCP/IP vulnerabilities enable network attacks.
- Recommend measures to mitigate threats.
- Troubleshoot wireless networks.
- Explain how devices and services are used to improve network security.
- Use Windows administrative tools.
- Implement basic Linux security.
- Evaluate endpoint protection and malware impacts.
- Use cybersecurity best practices to improve confidentiality, integrity, and availability.
- Explain approaches to defending network security.
- Implement some of the various aspects of the system and network defense.
- Configure local and server-based access control.
- Implement access control lists (ACLs) to filter traffic and mitigate network attacks.
- Explain how firewalls are implemented to provide network security.
- Implement a zone-policy-based firewall using the CLI.
- Recommend cloud security requirements based on a given cloud scenario.
- Determine the cryptographic techniques that are required to ensure confidentiality, integrity, and authenticity.
- Explain how security technologies affect security monitoring.
- Use different types of logs to store information about hosts and the network.
- Explain the alert evaluation process.
- Create documents and policies related to cybersecurity governance and compliance.
- Use tools for network security testing.
- Assess threat intelligence sources.
- Explain how endpoint vulnerabilities are assessed and managed.
- Select security controls based on the results of the risk assessment.
- Use incident response models and forensic techniques to investigate security incidents.
Program
- Module 1: Threats, vulnerabilities and attacks on cybersecurity.
- Module 2: Network protection.
- Module 3: Attack on the fundamentals.
- Module 4: Attacking what we do.
- Module 5: Wireless network communication.egories.
- Module 6: Network security infrastructure.
- Module 7: The Windows operating system.
- Module 8: Linux overview.
- Module 9: Endpoint protection.
- Module 10: Cybersecurity principles, practices, and processes.
- Module 11: Understanding what defense is.
- Module 12: System and network defense.
- Module 13: Access control.
- Module 14: Access control lists.
- Module 15: Firewall technologies.
- Module 16: Zone-based policy firewalls.
- Module 17: Cloud security.
- Module 18: Cryptography.
- Module 19: Technologies and protocols.
- Module 19: Technologies and protocols.
- Module 20: Network security data.
- Module 21: Evaluate alerts.
- Module 22: Management and compliance.
- Module 23: Network security testing.
- Module 24: Threat intelligence.
- Module 25: Endpoint vulnerability assessment.
- Module 26: Risk management and security controls.
- Module 27: Digital forensics and incident analysis and response.