C|HFI Program Information
The Computer Hacking Forensic Investigator (C|HFI) Certification program Offered by Axximum infosolutions equips you with the expertise to navigate the complex world of digital forensics. This program goes beyond theory, transforming you into a skilled investigator capable of collecting, analyzing, and presenting digital evidence in a court of law.
Here’s a breakdown of the key skills you’ll acquire through the CHFI program:
Grasp a systematic approach to computer forensics, encompassing evidence search and seizure, chain of custody, acquisition, preservation, analysis, and reporting. This ensures legally sound investigations and admissible evidence.
Learn best practices for acquiring digital evidence from various sources like hard drives, mobile devices, and cloud environments. You’ll master techniques for creating secure copies while maintaining the chain of custody, a critical element for legal defensibility.
Delve into the intricacies of Windows, Linux, and macOS forensics. You’ll gain the ability to identify and analyze digital artifacts specific to each operating system, unearthing hidden traces of criminal activity.
Forensics:
Explore the world of network forensics, learning how to capture and analyze network traffic to identify intrusions, malware propagation, and data exfiltration attempts.
Forensics:
With the ever-growing prevalence of mobile devices, the CHFI program equips you with the skills to extract evidence from smartphones and tablets. This includes using specialized tools and understanding mobile device architecture.
Learn best practices for acquiring digital evidence from various sources like hard drives, mobile devices, and cloud environments. You’ll master techniques for creating secure copies while maintaining the chain of custody, a critical element for legal defensibility.
Forensics:
The program acknowledges the increasing importance of cloud storage. You’ll gain the ability to investigate cloud-based evidence while adhering to legal and compliance considerations.
Cybercriminals often employ techniques to hinder investigations. The CHFI program teaches you how to identify and bypass these anti-forensic measures, ensuring a thorough investigation.
Understanding the legal landscape surrounding digital forensics is crucial. You’ll gain insights into proper evidence handling procedures, chain of custody protocols, and how to present findings in a courtroom setting.
This course outline emphasizes the practical application of digital forensics techniques covered in the Axximum infosolutions Computer Hacking Forensic Investigator (C|HFI) Certification.
- Digital Forensics Fundamentals:
- Scope and role of digital forensics in incident response.
- Types of digital evidence and their characteristics.
- Understanding chain of custody and its importance.
- Cybercrime Landscape:
- Common cybercrimes and their forensic implications (e.g., data breaches, identity theft, malware attacks).
- Introduction to cybercrime investigation procedures.
- Hands-on Lab: Setting up a basic forensic workstation, practicing digital evidence handling procedures.
- Understanding Storage Devices:
- In-depth exploration of hard drives, file systems (NTFS, FAT32, EXT4), and storage media (HDD, SSD).
- Data Acquisition Techniques:
- Live system acquisition methods (forensic imaging, logical acquisition).
- Volatile memory acquisition (RAM capture).
- Techniques for acquiring data from mobile devices and cloud environments.
- Data Analysis with Forensic Tools:
- Introduction to popular forensic software (e.g., FTK Imager, Autopsy).
- Hands-on practice with data carving, file system analysis, and keyword searching.
- Hands-on Lab: Performing data acquisition from a simulated scenario using forensic software.
- Understanding Anti-Forensics Methods:
- Data encryption techniques and their impact on investigations.
- Techniques used by attackers to tamper with evidence (data wiping, steganography).
- Counter-Anti-Forensics Measures:
- Identifying signs of data manipulation and hidden data artifacts.
- Techniques for recovering deleted or encrypted data.
- Hands-on Lab: Analyzing a system image for signs of anti-forensic techniques and practicing data recovery methods.
- Windows Forensics:
- Registry analysis for extracting user activity and system configuration.
- File system analysis techniques specific to Windows environments.
- Tools and techniques for memory forensics on Windows systems.
- Linux and macOS Forensics:
- Understanding the unique file systems and structures of Linux and macOS.
- Techniques for acquiring and analyzing evidence from these operating systems.
- Hands-on Lab: Analyzing a Windows and/or Linux system image for evidence using specific forensic tools.
- Network Forensics Fundamentals:
- Capturing and analyzing network traffic for evidence of intrusions.
- Identifying network attacks and malicious activities.
- Cloud Forensics:
- Understanding cloud storage concepts and forensic challenges.
- Techniques for acquiring and analyzing evidence from cloud platforms.
- Mobile Forensics:
- Extracting evidence from mobile devices (smartphones, tablets).
- Techniques for acquiring and analyzing mobile device data.
- IoT Forensics:
- Introduction to Internet of Things (IoT) devices and their forensic implications.
- Techniques for acquiring and analyzing evidence from IoT devices.
- Hands-on Lab: Analyzing captured network traffic for suspicious activity or practicing mobile device data extraction (simulated environment).
- Digital Forensics and the Law:
- Understanding legal requirements for electronic evidence collection and admissibility.
- Electronic discovery (eDiscovery) procedures.
- Writing Forensic Reports:
- Structuring and documenting a comprehensive forensic report.
- Presenting findings in a clear, concise, and legally defensible manner.
The Computer Hacking Forensic Investigator (C|HFI) Certification program is designed for a wide range of IT professionals involved in information security, computer forensics, and incident response. Here’s a breakdown of the key audiences who can benefit most from the CHFI program:
Frequently Asked Questions
Unsure about Axximum Infosolutions’ C|HFI course? Get answers to frequently asked questions like eligibility, curriculum, and certification. Learn how to investigate cybercrime like a pro!
Computer hacking forensic investigation is the process of collecting, analyzing, and interpreting digital evidence to identify and prosecute computer hacking activities.
A CHFI course can help you develop the skills and knowledge necessary to investigate computer hacking incidents, collect and preserve digital evidence, and prepare for a career in computer forensics.
CHFI courses are ideal for IT professionals, security analysts, law enforcement officers, and anyone interested in learning more about computer hacking forensic investigation.
You can contact Axximum infosolutions PVT LTD - Andheri directly to get details about the specific topics covered in their CHFI course.
It's best to contact Axximum infosolutions PVT LTD - Andheri to inquire about any prerequisites for their course.
The CHFI exam is typically a multiple-choice format.
The passing score for the CHFI exam may vary depending on the specific exam version.
CHFI certified professionals can find jobs in a variety of fields, including computer forensics, incident response, and security consulting.
The salary range for CHFI certified professionals can vary depending on experience, location, and other factors.