When an attack happens, the difference between a case that holds up and one that falls apart often comes down to what was done with the evidence in the first 24 hours. Cyber forensics is the discipline that makes sure nothing is lost, altered, or left inadmissible.

Beyond identifying and tracking cybercrime, effective forensic work recovers and protects valuable digital assets after an incident — and does so within a strict UK legal framework that leaves little room for shortcuts.

Arab British Fellowship Training Academy's "Digital Evidence Investigation and Cyber Forensics" course takes participants deep into the tools, methodologies and legal considerations behind investigating cyber incidents, from first response through to producing a report that stands up in court.

Who Should Attend?

• Forensic Investigators and Incident Response Teams handling digital evidence.
• Cybersecurity Analysts and IT Security Professionals investigating security breaches.
• Legal and Compliance Professionals working on the legal side of cybercrime cases.
• Law Enforcement Personnel involved in cybercrime investigation.

Knowledge and Benefits:

• Apply the fundamental principles of cyber forensics in real investigations.
• Use advanced techniques for collecting, analysing and preserving digital evidence.
• Investigate cyber-attack vectors and the methods used by threat actors.
• Operate modern forensic tools for data acquisition, recovery and analysis.
• Apply UK-specific legal and compliance requirements to forensic work.
• Manage the incident response process and produce detailed forensic reports.

Module 1: What Forensic Evidence Is Used For

• How forensic evidence supports cybercrime cases and law enforcement.
• Why evidence integrity determines whether it holds up at all.

Module 2: Reading the Anatomy of a Cyber Incident

• Stages of an attack, from initial access to impact.
• Common vectors: phishing, malware, ransomware and social engineering.

Module 3: The UK Legal Framework for Forensic Work

• The Data Protection Act, the Computer Misuse Act, and what they require.
• Ethical boundaries when handling sensitive digital evidence.

Module 4: Collecting Evidence Without Compromising It

• Collecting evidence from computers, mobile devices, networks and the cloud.
• Preserving chain of custody so evidence isn't challenged later.

Module 5: When Evidence Is Hard to Get

• Encryption, anti-forensics techniques and volatile data that disappears fast.
• Cross-border legal hurdles in obtaining digital evidence.

Module 6: Forensic Imaging and Recovery Tools

• Leading tools such as EnCase, FTK and X1 Search.
• Recovering deleted or corrupted files and verifying integrity with hashing.

Module 7: Investigating the Network

• Deep packet inspection and traffic analysis for spotting intrusions.
• Tracing DDoS attacks and APT activity through network logs.

Module 8: Advanced Persistent Threats and Hidden Malware

• How APTs stay undetected and move laterally within a network.
• Identifying rootkits and reverse-engineering malware samples.

Module 9: Running the Incident Response Process

• Detection, containment, eradication and recovery in practice.
• Roles and coordination inside an effective response team.

Module 10: Turning Analysis into Actionable Findings

• Analysing compromised systems to understand scope and impact.
• Using findings to close the gaps that let the attack happen.

Module 11: Writing Forensic Reports That Hold Up

• Documenting methods, findings and evidence clearly and defensibly.
• Presenting findings in a way that's admissible in court.

Module 12: Working With Law Enforcement

• Supporting police and legal teams through a cybercrime investigation.
• What court testimony and evidence presentation actually involve.