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Digital Forensics

Cyber Incident Response & Digital Evidence Management

From breach to courtroom — evidence that holds.

24 hours All Levels 9 modules Certificate included USD 250.00 100% Online - with the instructors full attention

Course Abstract

This intensive three-day investigative course equips forensic examiners, cyber investigators, and auditors with the advanced technical methodologies required to dissect sophisticated cyberattacks, uncover hidden indicators of compromise, and manage the complete lifecycle of digital evidence. Moving beyond basic incident triage, participants dive deep into forensic acquisition, memory analysis, reverse engineering fundamentals, and the rigorous chain-of-custody protocols mandatory for criminal and civil litigation. Blending NIST SP 800-61, ISO/IEC 27035, and strict forensic frameworks with Zimbabwean legal compliance (including the Cyber and Data Protection Act), this course utilizes Masc’s state-of-the-art Digital Forensics Lab to simulate real-world cybercrime, ransomware extortion, and data exfiltration syndicates.

learning Outcomes

  • Prepare digital evidence and forensic reports to support legal and regulatory proceedings.
  • Perform deep disk, memory, and file system artifact analysis to reconstruct threat actor timelines, lateral movement, and data exfiltration vectors.
  • Detect and dismantle sophisticated anti-forensic techniques, including timestomping, rootkits, process injection, and encrypted storage concealment.
  • Investigate complex cyber-fraud syndicates, ransomware deployment mechanisms, and Business Email Compromise (BEC) networks with absolute evidentiary integrity.
  • Maintain an unassailable, legally defensible chain of custody from initial seizure to final digital evidence storage.
  • Draft comprehensive, forensic-grade investigation reports structured to withstand aggressive legal cross-examination.
  • Testify effectively as a qualified digital forensics expert witness in judicial and regulatory proceedings

Course Audience

IT security managers and incident responders Forensic auditors and fraud investigators Risk managers and compliance officers Legal counsel and law enforcement personnel Internal auditors and governance professionals CIOs, CISOs, and senior management with cyber oversight responsibilities

Course curriculum

1. Foundations of Cyber Forensics and Legal Scope 5 topics
  • Defining digital forensics vs. basic incident response: evidentiary standard requirements
  • Regulatory and legal parameters: cross-border data constraints, seizure legality, and warrant execution
  • Zimbabwean legislative framework: Cyber and Data Protection Act, Criminal Procedure and Evidence Act, and Electronic Communications and Transactions Act (ECTA)
  • Framework integration: NIST SP 800-61 Rev. 2 and ISO/IEC 27035 incident management standards
  • Forensic Exercise: Conducting a legal risk and compliance assessment for an enterprise data seizure order.
2. Forensic Architecture & Evidence Preparation 5 topics
  • Establishing forensic readiness protocols, logging baselines, and golden image integrity
  • Deploying enterprise detection tooling (SIEM, EDR) configured for forensic logging and telemetry retention
  • First-responder tactical kits: hardware write-blockers, bootable triage media, Faraday bags
  • Order of volatility: preserving transient system state before volatile data loss
  • Case Study: Anatomy of a financial sector data breach—identifying structural telemetry gaps.
3. Advanced Triage and Live Response Forensics 5 topics
  • Isolating true positives from false alerts using threat intelligence and behavioral anomaly detection
  • Live memory acquisition and volatile data dumping techniques on Windows and Linux targets
  • Examining active network connections, hidden processes, and injected DLLs
  • Automated triage script deployment for enterprise-wide rapid indicator scoping
  • Lab Exercise: Perform a live volatile memory capture and identify hidden rootkit injection signatures.
4. Ransomware Forensics and Extortion Analysis 5 topics
  • Deconstructing the modern ransomware kill chain: initial access vectors, C2 infrastructure, and credential harvesting
  • Isolating lateral movement using Active Directory (AD) object access tracking and Kerberos ticket analysis
  • Identifying ransom note generation artifacts, encryption logs, and volume shadow copy (VSS) destruction techniques
  • Forensic containment without destroying critical transient volatile evidence
  • Playbook Walkthrough: Tracing asymmetric encryption markers and ransom wallet trails in a simulated enterprise attack.
5. Digital Evidence Management and Chain of Custody 5 topics
  • Strict evidentiary criteria: relevance, authenticity, completeness, and reliability
  • Chain of custody documentation: logging custody handoffs, unique asset identifiers, and tamper-evident sealing
  • Cryptographic hashing protocols: implementing MD5, SHA-1, and SHA-256 verification throughout the acquisition lifecycle
  • Managing encrypted media, legal key escrow challenges, and secure off-site evidence vaults
  • Exercise: Build a complete chain-of-custody dossier and physical seizure inventory log for a multi-device raid.
6. Endpoint, File System, and Memory Forensics 5 topics
  • Forensic imaging standards: creating bit-stream images (`.E01`, `.RAW`) and validating image integrity
  • Windows artifact extraction: Master File Table ($MFT), Windows Registry hives, Prefetch, Shellbags, and USN Journals
  • Advanced Memory Forensics via the Volatility Framework: process tree analysis, network socket mapping, and handle scanning
  • Detecting anti-forensic countermeasures: timestomping, log scrubbing, secure deletion, and steganography
  • Lab Exercise: Analyze a raw disk image in Masc's Digital Forensics Lab to uncover deleted files and trace malicious user intent
7. Business Email Compromise (BEC) and Financial Fraud Forensics 5 topics
  • Anatomy of financial BEC scams: lookalike domains, AiTM (Adversary-in-the-Middle) phishing proxies, and compromised executive mailboxes
  • Advanced email header forensics: tracing hop-by-hop delivery paths, validating SPF, DKIM, and DMARC failures
  • Correlating mailbox access logs, sign-in IP footprints, and unauthorized wire transfer instructions
  • Tracing fraudulent cryptocurrency payouts and working with international cyber-units
  • Lab Exercise: Parse manipulated email headers and analyze M365 authentication logs to track a cross-border wire fraud syndicate.
8. Incident Eradication, Reconstruction, and Root Cause Analysis 5 topics
  • Mapping attack vectors through comprehensive timeline reconstruction and event correlation
  • Eradication validation: removing persistence mechanisms, backdoors, webshells, and compromised accounts
  • Restoring from clean baselines: integrity verification and post-recovery monitoring
  • Post-incident maturity modeling and updating forensic readiness playbooks
  • Exercise: Build a chronological incident sequence map and execute root-cause analysis for a complex corporate hack.
9. Forensic Report Writing & Documentation Standards 5 topics
  • Structuring a forensic report for judicial scrutiny: Executive Summary, technical methodology, empirical findings, and exhibits
  • Documenting tooling configurations, hash verifications, and exact timestamps without ambiguity
  • Translating dense technical hex data and memory dumps into compelling evidence for non-technical judges and juries
  • Avoiding common pitfalls: speculation, unverified assumptions, and improper chain-of-custody disclosures
  • Exercise: Draft an expert forensic findings document based on the week’s laboratory discoveries.
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