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Computer Forensic Investigator Training

Temika Cyber featured the Computer Forensic Investigator Training, a comprehensive training program designed to provide participants with advanced digital forensic expertise. This training aims to train individuals and professionals in identifying, gathering, analyzing, and reporting digital evidence legally and effectively. This program is fit for investigators, cybersecurity professionals, law enforcement, until the IT team who want to improve their ability to handle security incidents.

Process of Digital Forensic & Incident Response​

Process of Computer Forensic Investigator Training:

Strategy and Roadmap

1. Consultation and Curriculum Customization

We understand the needs of the participants and adjust the training material to suit the level of expertise and focus.

Reporting and Remediation

2. Hands-on Training and Practice

Participants study digital forensic theories and immediately practice them with the latest forensic tools through real case studies.

Collaboration and Knowledge Sharing

3. Certification and Support

After training, the participants will be evaluated, certified, and will get further support to apply the studied science.

Why are Computer Forensic Investigator Training Important?

Benefit of Computer Forensic Investigator Training:

The ability to handle the Digital Security Incident
This training provides participants with the skills to handle and analyze security incidents, either involving hacking, data theft, or information leaks.
The ability to reveal Digital Evidence
Participants learn how to collect and analyze valid digital evidence for the sake of criminal investigation, law, or internal investigation.
Increase Organizational Security
With this training, participants can strengthen the organizational defenses against digital threats by being able to detect and overcome early risk potential.
Reconnaissance
Gathering information about XYZ Corporation's network and systems using publicly available sources and techniques like DNS enumeration, network scanning, and social engineering.
Vulnerability Assessment
Conducting automated vulnerability scans using industry-standard tools to identify known vulnerabilities in network devices and web applications.
Exploitation
Attempting to exploit identified vulnerabilities to gain unauthorized access to the network or compromise web applications. This involved leveraging both automated and manual techniques.
Post-Exploitation
Assessing the extent of access gained during the exploitation phase and attempting to escalate privileges or move laterally within the network to assess the impact of a potential breach.
Reporting
Documenting all findings, including vulnerabilities discovered, their potential impact, and recommended mitigation strategies. The report also included a prioritized list of vulnerabilities based on their severity.
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