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We're here to help you find itThe Certified Hacking Forensic Investigator (C|HFI) v11 course is designed for IT and cybersecurity professionals who aim to excel in digital forensics. This comprehensive program covers 68 forensic labs and a wide range of topics including Cloud forensics, mobile and IoT forensics, malware analysis, and Social media forensics. Participants will master the Forensics investigation process, Data acquisition, Evidence preservation, and Reporting. By integrating real-world scenarios and hands-on labs, the C|HFI ensures learners can apply investigation practices effectively to safeguard organizations. Boost your forensic skills and enhance your employability with this globally recognized certification.
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♱ Excluding VAT/GST
Classroom Training price is on request
You can request classroom training in any city on any date by Requesting More Information
To ensure a successful learning experience in the Certified Hacking Forensic Investigator (C|HFI) v11 course, we recommend the following minimum knowledge and experience:
These prerequisites are designed to ensure that students can grasp the advanced concepts and techniques covered in the C|HFI course without feeling overwhelmed.
Brief Introduction: The Certified Hacking Forensic Investigator (C|HFI) v11 course equips IT professionals with skills to conduct digital forensics and effectively handle cyber incidents.
Job Roles and Audience:
The Certified Hacking Forensic Investigator (C|HFI) v11 course equips cybersecurity professionals with essential skills and knowledge for performing comprehensive digital forensics investigations, ensuring forensic readiness, and enhancing organizational security.
Master the Forensics Investigation Process: Understand the phases involved in digital investigations, including documentation, search and seizure, evidence preservation, data acquisition, examination, and reporting.
Hard Disk and File System Examination: Gain in-depth knowledge of various disk drive types, file systems in Windows, Linux, and Mac operating systems, and RAID/NAS/SAN storage systems.
Data Acquisition and Duplication: Learn fundamental data acquisition techniques, eDiscovery processes, and how to prepare image files for forensic examination.
Counter Anti-Forensics Techniques: Identify and counteract techniques used by attackers to hide their tracks, including tools for detection and countermeasures.
OS-specific Forensics: Acquire skills in conducting volatile and non-volatile data acquisition as well as memory and registry analysis in Windows, Linux, and Mac environments.
Network and Malware Forensics: Become proficient in network traffic analysis, detecting Indicators of Compromise (IOCs), and performing malware analysis, including static
Evidence preservation in digital forensics involves maintaining the integrity and original condition of digital data during investigation processes. It begins by accurately capturing and copying digital evidence from devices. Courses like a digital forensics course and IT forensics course provide the necessary skills, while enrolling in computer forensics classes helps refine techniques further. Obtaining a CHFI cert or completing a forensic investigator course enhances one's capability to handle such evidence professionally, ensuring it's admissible in legal contexts and remains untampered, enabling reliable analysis and litigation support. Hence, ensuring thorough training and certification is crucial for effective evidence preservation.
Digital forensics is a field dedicated to uncovering and understanding electronic data. It primarily focuses on the recovery and investigation of material found in digital devices, often related to computer crime. Courses like the digital forensics course, CHFI cert, computer forensics classes, forensic investigator course, and IT forensics course, provide training on how to analyze, preserve, and document digital evidence, while also presenting the legal challenges associated with this process. Professionals who complete these courses are equipped to support law enforcement agencies or private sector organizations in forensic investigations.
Cloud forensics is an area of digital forensics that deals with investigating and analyzing data in cloud computing environments. The goal is to identify and respond to cyber threats or crimes. Professionals in this field use specialized tools and techniques to collect and examine data from cloud services, ensuring the security and compliance of digital platforms. Cloud forensics encompasses various activities, included in different courses like computer forensics classes, forensic investigator course, and IT forensics course, to develop skills necessary for effectively handling security breaches and other forensic challenges unique to cloud technology.
IoT forensics is a branch of digital forensics focusing on the investigation of devices that are part of the Internet of Things (IoT). These devices, like smart home products and wearable technologies, can collect and transfer data over the internet. IoT forensics retrieves, analyzes, and examines data from these devices to solve cybercrimes or technical issues. As IoT devices proliferate, specialized knowledge through IT forensics courses or a forensic investigator course becomes critical to understand how to handle and analyze the complex data these devices generate.
Malware analysis is the process of studying malicious software to understand its functions, origins, and potential impact on infected systems. This field intersects with digital forensics, where professionals use specialized techniques to track and mitigate cyber threats. Courses like digital forensics course, CHFI cert, computer forensics classes, forensic investigator course, and IT forensics course provide necessary skills for analyzing malware, enabling experts to identify attack vectors, preserve evidence, and prevent future threats, forming a crucial component of cybersecurity defenses.
Social media forensics is a branch of digital forensics focused on investigating and analyzing data from social media platforms to solve crimes or gather intelligence. It involves using specialized techniques to collect, preserve, and examine data from sites like Facebook, Twitter, or Instagram. Professionals in this field often pursue a digital forensics course or a forensic investigator course to gain essential skills. Courses like CHFI cert and computer forensics classes provide in-depth training, preparing individuals for roles in IT forensics, where they can apply these skills to cybercrime investigations and legal cases.
The forensics investigation process involves examining digital devices to uncover evidence for legal cases or security breaches. Professionals in this field use specialized techniques and tools learned through digital forensics courses and IT forensics courses. Key certifications like the CHFI cert validate expertise in handling complex data challenges. During an investigation, experts systematically collect, analyze, and report on digital data while preserving its integrity. This process, taught in computer forensics classes and forensic investigator courses, is crucial for ensuring the evidence is admissible in court and understanding the full scope of the incident.
Data acquisition in technology refers to the process of collecting and measuring real-time data from various sources. This data can then be analyzed and used to monitor systems, guide decision-making, or improve performance. In environments like manufacturing or engineering, data acquisition is crucial for capturing precise measurements from sensors or instruments. The data gathered is often used for predictive maintenance, quality control, and optimization purposes. Data acquisition systems range from simple setups capturing data from a few points to complex configurations involving multiple data channels and sources.
Brief Introduction: The Certified Hacking Forensic Investigator (C|HFI) v11 course equips IT professionals with skills to conduct digital forensics and effectively handle cyber incidents.
Job Roles and Audience:
The Certified Hacking Forensic Investigator (C|HFI) v11 course equips cybersecurity professionals with essential skills and knowledge for performing comprehensive digital forensics investigations, ensuring forensic readiness, and enhancing organizational security.
Master the Forensics Investigation Process: Understand the phases involved in digital investigations, including documentation, search and seizure, evidence preservation, data acquisition, examination, and reporting.
Hard Disk and File System Examination: Gain in-depth knowledge of various disk drive types, file systems in Windows, Linux, and Mac operating systems, and RAID/NAS/SAN storage systems.
Data Acquisition and Duplication: Learn fundamental data acquisition techniques, eDiscovery processes, and how to prepare image files for forensic examination.
Counter Anti-Forensics Techniques: Identify and counteract techniques used by attackers to hide their tracks, including tools for detection and countermeasures.
OS-specific Forensics: Acquire skills in conducting volatile and non-volatile data acquisition as well as memory and registry analysis in Windows, Linux, and Mac environments.
Network and Malware Forensics: Become proficient in network traffic analysis, detecting Indicators of Compromise (IOCs), and performing malware analysis, including static
