Certified Computer Examiner Training Course

Course Title: Certified Computer Examiner Training Course

Executive Summary

This two-week Certified Computer Examiner (CCE) course provides participants with the essential knowledge and skills to conduct thorough and legally sound digital forensic examinations. Participants will learn about forensic imaging, data recovery, analysis of various file systems, and report writing. Hands-on exercises using industry-standard tools will reinforce theoretical concepts. The course emphasizes maintaining chain of custody, preserving evidence integrity, and adhering to ethical guidelines. Participants will also learn about relevant laws and regulations. Upon completion, participants will be equipped to perform computer forensic investigations effectively, contributing to improved cybersecurity and incident response capabilities within their organizations.

Introduction

In an increasingly digital world, the need for skilled computer examiners is paramount. Organizations across various sectors rely on digital evidence to investigate security breaches, internal fraud, and other illegal activities. This Certified Computer Examiner (CCE) training course is designed to equip participants with the necessary skills and knowledge to conduct comprehensive computer forensic investigations. The course covers essential topics, including forensic imaging, data recovery, file system analysis, and report writing. Participants will learn to use industry-standard tools and techniques to acquire, analyze, and present digital evidence in a legally admissible format. The training emphasizes adherence to best practices, ethical considerations, and legal frameworks governing computer forensics.

Course Outcomes

• Understand computer forensic principles and methodologies.
• Perform forensic imaging and data acquisition.
• Analyze file systems and recover deleted data.
• Conduct forensic analysis of various file types.
• Write comprehensive and legally sound forensic reports.
• Maintain chain of custody and preserve evidence integrity.
• Apply ethical guidelines and relevant laws to computer forensic investigations.

Training Methodologies

• Interactive lectures and presentations.
• Hands-on exercises using forensic tools.
• Case study analysis and group discussions.
• Demonstrations of forensic techniques.
• Simulated forensic investigations.
• Q&A sessions with experienced instructors.
• Individual and group projects.

Benefits to Participants

• Acquire industry-recognized computer forensic skills.
• Enhance career prospects in cybersecurity and digital forensics.
• Gain expertise in using forensic tools and techniques.
• Develop skills in analyzing digital evidence.
• Improve report writing and communication skills.
• Increase understanding of legal and ethical considerations.
• Become a certified computer examiner.

Benefits to Sending Organization

• Improved incident response and investigation capabilities.
• Reduced risk of data breaches and security incidents.
• Enhanced ability to gather and analyze digital evidence.
• Increased compliance with legal and regulatory requirements.
• Better protection of intellectual property and sensitive information.
• More effective internal investigations.
• Improved reputation and trust among stakeholders.

Target Participants

• IT Security Professionals
• Law Enforcement Officers
• Digital Forensic Investigators
• Cybersecurity Analysts
• Internal Auditors
• Legal Professionals
• Government Employees

Week 1: Foundations of Digital Forensics

Module 1: Introduction to Computer Forensics

1. Overview of digital forensics and its importance.
2. Legal and ethical considerations in computer forensics.
3. Types of digital evidence and their sources.
4. Computer forensic investigation process.
5. Understanding digital evidence admissibility.
6. First responder procedures and evidence preservation.
7. Setting up a forensic lab environment.

Module 2: Forensic Imaging and Data Acquisition

1. Principles of forensic imaging.
2. Hardware and software imaging tools.
3. Creating forensic images of hard drives and other storage devices.
4. Verifying image integrity using hash values.
5. Write blockers and their use in data acquisition.
6. Acquiring data from volatile sources (RAM).
7. Chain of custody documentation.

Module 3: File Systems and Data Storage

1. Overview of file systems (FAT, NTFS, EXT).
2. Understanding file system metadata.
3. File carving techniques.
4. Data storage concepts (sectors, clusters, partitions).
5. Analyzing file system structures.
6. Identifying hidden data and alternate data streams.
7. Recovering deleted files and folders.

Module 4: Windows Forensics

1. Windows operating system architecture.
2. Analyzing the Windows Registry.
3. User account information and login activity.
4. Windows event logs analysis.
5. Prefetch files and their forensic significance.
6. Analyzing the Windows file system.
7. Identifying malware and suspicious activity.

Module 5: Network Forensics

1. Network fundamentals and protocols.
2. Network traffic analysis.
3. Capturing and analyzing network packets (Wireshark).
4. Analyzing network logs and intrusion detection systems.
5. Wireless network forensics.
6. Email forensics.
7. Identifying network-based attacks and intrusions.

Week 2: Advanced Forensics and Reporting

Module 6: Mobile Device Forensics

1. Mobile device operating systems (iOS, Android).
2. Mobile device data acquisition techniques.
3. Analyzing mobile device file systems.
4. Recovering deleted data from mobile devices.
5. Mobile app forensics.
6. SIM card forensics.
7. GPS data analysis.

Module 7: Malware Forensics

1. Malware analysis techniques.
2. Static and dynamic malware analysis.
3. Identifying malware signatures and behavior.
4. Analyzing malicious documents and scripts.
5. Reverse engineering malware.
6. Rootkit detection and removal.
7. Creating malware analysis reports.

Module 8: Database Forensics

1. Database fundamentals and architecture.
2. Database log analysis.
3. Recovering deleted data from databases.
4. Analyzing database transactions.
5. Identifying unauthorized access and modifications.
6. Forensic analysis of database backups.
7. SQL injection attacks and their detection.

Module 9: Report Writing and Expert Testimony

1. Principles of forensic report writing.
2. Structuring a forensic report.
3. Documenting findings and evidence.
4. Writing clear and concise conclusions.
5. Preparing for expert testimony.
6. Presenting evidence in court.
7. Handling cross-examination.

Module 10: Legal and Ethical Issues

1. Overview of relevant laws and regulations.
2. Search and seizure procedures.
3. Chain of custody requirements.
4. Privacy considerations.
5. Ethical responsibilities of computer examiners.
6. Intellectual property rights.
7. Case studies on legal and ethical dilemmas.

Action Plan for Implementation

1. Obtain necessary certifications and credentials.
2. Develop a computer forensic lab environment.
3. Establish relationships with law enforcement and legal professionals.
4. Continuously update knowledge and skills through training and research.
5. Adhere to ethical guidelines and best practices.
6. Implement a quality assurance program.
7. Participate in professional organizations and conferences.