An in-house, instructor-led preparation for the Computer Hacking Forensic Investigator (CHFI) certification from EC-Council — a comprehensive course covering the main computer forensic investigation scenarios, providing strong foundational knowledge of the key concepts and procedures in digital forensic domains relevant to today's organizations.
Who this workshop is for
❏ IT managers
❏ Legal professionals
❏ Government agencies
❏ Systems administrators
❏ Defense and Military personnel
❏ e-Business Security professionals
❏ Banking, Insurance
Why in-house and tailored
The open-enrollment course works with generic forensic scenarios and standard tools. Delivered in-house, the exercises on data collection, duplication, and anti-forensic techniques can be directed at your organization's actual systems and operating environment, so the team gets to practice forensic investigation on examples close to their own infrastructure.
► Accredited courses are fine, but practical implementation is what we do best — and it pays back immediately.
The only ACO covering all three implementation pillars
❏ Simulation — Practical, hands-on workshops that let your team rehearse real architectural decisions before they touch production.
❏ Embedding — Implementation of the methodology into the organization — so the approach survives after the trainer leaves the room.
❏ Tailoring — Adaptation of the methodology to your specific project, stack, and constraints — not a generic slide deck.
Delivery approaches
► Agile — Incremental rollout — skills and architecture patterns are embedded module by module, in step with delivery sprints.
► Big-bang — We know how to run large-scale change — a full architectural re-baseline delivered in a concentrated, intensive format.
► Ad-hoc — A best-of selection, assembled on demand from the workshop's modules to match an urgent, specific need.
Workshop objectives
❏ Forensic operating system
❏ Data acquisition and duplication
❏ Combating anti-forensic techniques
❏ Knowledge of hard disks and file systems
Practical outcomes
❏ Strong foundational knowledge of key concepts and procedures in digital forensic domains relevant to today's organizations
❏ The practical experience needed with various forensic investigation techniques and standard forensic tools
❏ The ability to successfully carry out a computer forensic investigation leading to prosecution of perpetrators, becoming an invaluable member of an incident response team
Sample workshop structure (customizable to your needs)
| Module 1 — Forensic Operating System | Working with an operating system from a forensic investigation perspective. |
| Module 2 — Data Acquisition and Duplication | Procedures for collecting and duplicating data for forensic purposes. |
| Module 3 — Combating Anti-Forensic Techniques | Recognizing and addressing techniques designed to hinder or prevent forensic investigation. |
| Module 4 — Hard Disks and File Systems | Knowledge of hard disks and file systems relevant to forensic analysis. |
Recommended prerequisites
❏ Completion of a CEH (Certified Ethical Hacker) course is an advantage
❏ IT/forensic professionals with basic knowledge of IT/cybersecurity, computer forensic techniques, and incident response
Workshop details
❏ Format: in-house, on-site or virtual; instruction takes place in a virtual environment that you connect to with your own laptop (TAYLLORCOX can provide one on request)
❏ The CHFI certification is awarded after successfully passing the EC0 312-49 exam
❏ Exam format: 4 hours, 150 questions, multiple-choice, exam prefix 312-49 (ECC EXAM)
❏ Exercises on data collection, duplication, and anti-forensic techniques can be directed at your organization's actual systems
Trainer / consultant profile
The workshop is led by a senior TAYLLORCOX consultant with AWS accreditation and hands-on experience implementing cloud architecture across client organizations. The consultant combines the trainer and implementation-advisor role, so the workshop leaves the team with a usable architecture, not just notes.
Frequently asked questions
1. What certification is awarded?
Computer Hacking Forensic Investigator (CHFI) from EC-Council, awarded after successfully passing the EC0 312-49 exam.
2. What's the exam format?
4 hours, 150 questions, multiple-choice, exam prefix 312-49 (ECC EXAM).
3. Who should attend?
IT managers, legal professionals, government agencies, systems administrators, defense and military personnel, e-business security professionals, and banking and insurance staff.
4. What experience do participants need?
Completion of a CEH course is an advantage; the course is designed for IT/forensic professionals with basic knowledge of cybersecurity, computer forensic techniques, and incident response.
5. Is this more theoretical or practical?
A comprehensive course covering the main forensic investigation scenarios, providing the practical experience needed with various forensic investigation techniques and standard forensic tools.
6. What topics are covered?
Forensic operating systems, data acquisition and duplication, combating anti-forensic techniques, and knowledge of hard disks and file systems.
7. What is forensic investigation used for?
To uncover hacking attacks and properly gather evidence for reporting crimes and conducting audits to prevent future attacks, including the prosecution of perpetrators.
8. Is digital forensics only a legal discipline?
No — while people often think of "forensics" as a legal term, digital forensics has a key place on every cybersecurity team.
9. Is CHFI related to the CEH course?
Yes — having completed the Certified Ethical Hacker (CEH) course is an advantage for CHFI, though it's not a mandatory requirement.
10. How is this priced and scheduled?
Price, dates, and cancellation terms depend on group size and format. Please contact us by phone or via the contact form for a tailored quote.
How clients rate us
★★★★★
Based on client feedback collected across TAYLLORCOX AWS engagements.
Content source: https://www.tx.cz/hacking/computer-hacking-forensic-investigator-certification
