CHFI v11 | Computer Hacking Forensics Investigator Course in Delhi
You can find great information about the EC-Council’s Computer Hacking Forensics Investigator Course in Delhi. Check out CrawSec or Craw Security for details.
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Computer Hacking Forensics Investigator Course in Delhi: CHFI v11
Let’s learn about the Computer Hacking Forensics Investigator Course in Delhi: CHFI v11. This course helps improve the security of individuals and companies in the IT industry! Whenever a company or person faces a cyberattack, they turn to experts with Cyber Forensics skills. These experts can help identify the culprit behind the attack. How do they do it? To do so, you can read this amazing article now!
What is the Computer Hacking Forensics Investigator Course?
A Computer Hacking Forensics Investigator (CHFI) course teaches digital forensic techniques and prepares students to detect, locate, and prosecute cybercriminals. It addresses issues such as obtaining evidence, recovering lost data, and assessing cyberattacks. This course is crucial for those looking to work in cybersecurity and digital forensics.
What will you learn in the Computer Hacking Forensics Investigator Course at Craw Security?
Contact a good training institute if you want to be a cyberforensic expert. Craw Security offers the Computer Hacking Forensics Investigator Course in Delhi. This training program seriously trains the students with the latest techniques and syllabus related to cyber forensics under the guidance of well-qualified, experienced trainers working for years in the IT industry. Apart from that, students get flexible learning options that make it easy to join the sessions remotely at their place. Moreover, students can test their honed knowledge & skills on live machines via the virtual labs offered on the premises of Craw Security. The Computer Hacking Forensics Investigator Course Schedule and Duration offered by Craw Security are perfect for the student’s learning pace as they come with 60 hours. Moreover, you will learn about the following things in the Computer Hacking Forensics Investigator Course in Delhi:
- Digital Evidence Collection: Methods for compiling and storing digital evidence from different sources.
- Data Recovery: Techniques for restoring erased or lost data from compromised or damaged systems.
- Forensic Analysis: Instruments and methods for deciphering digital evidence and extracting pertinent investigative data.
- Incident Response: Protocols for handling evidence during cybersecurity incidents and for reacting to them.
- Malware Analysis: Methods for locating, evaluating, and reducing malicious software.
- Network Forensics: Techniques for examining communications and network traffic to find and evaluate security lapses.
- Operating System Forensics: Abilities to look over and evaluate data from various operating systems, including Linux and Windows.
- Legal and Ethical Issues: Knowledge of digital forensics laws, ethical standards, and procedures.
- Cryptography: The fundamentals of digital data security and investigation techniques, including encryption and decryption.
- Report Writing: Composing thorough and understandable forensic reports to convey results in a legal or professional setting.
Certification Benefits of the Computer Hacking Forensics Investigator Course
| S.No. | Advantages | How? |
| 1. | Enhanced Career Opportunities | Expands employment opportunities in IT forensics, law enforcement, and cybersecurity. |
| 2. | Industry Recognition | It confirms your proficiency in digital forensics and establishes you as an authority. |
| 3. | Skill Development | Offers extensive expertise in the recovery, analysis, and investigation of cybercrimes. |
| 4. | Higher Earning Potential | Frequently, it results in higher-paying jobs because of specialized skills. |
| 5. | Legal Knowledge | Gives you knowledge of the legal processes involved in cybercrime investigations. |
| 6. | Global Certification | Provides a globally acknowledged certification that is appreciated by employers everywhere. |
| 7. | Improved Incident Response | Improves your capacity to react to cybersecurity events successfully. |
| 8. | Compliance Expertise | Aids in making sure that businesses comply with legal and regulatory requirements for digital forensics. |
| 9. | Networking Opportunities | Establishes a connection between you and a community of cybersecurity professionals. |
| 10. | Continuous Learning | Keeps you informed about the most recent developments in digital forensics tools, methods, and trends. |
Who Should Enroll in Computer Hacking Forensics Investigator Training?
The following people ought to sign up for Computer Hacking Forensics Investigator (CHFI) training:
- IT Security Professionals: Those in charge of safeguarding and preserving networks and systems.
- Law Enforcement Personnel: Investigators and officers that deal with cybercrime cases.
- Digital Forensics Experts: Experts in cybercrime investigation, evidence analysis, and data recovery.
- Incident Response Teams: Members who oversee and address attacks and breaches related to cybersecurity.
- Legal Professionals: A deeper understanding of digital evidence is necessary for attorneys and consultants working on cybercrime cases.
Computer Hacking Forensics Investigator Jobs After Certified
You can work toward the following positions after passing the Computer Hacking Forensics Investigator (CHFI) course:
- Digital Forensics Analyst,
- Cybersecurity Analyst,
- Incident Response Specialist,
- Forensic Consultant,
- Law Enforcement Cyber Investigator,
- Network Security Administrator,
- Malware Analyst,
- Compliance Auditor,
- Penetration Tester, and
- Private Investigator (Cyber).
Course materials
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1
Module 01: Computer Forensics in Today’s World- Lesson 01: Understanding the cybercrime
- Lesson 02: Understanding cyber law
- Lesson 03: Common attack
- Lesson 04: Digital evidence
- Lesson 05: Types Digital Forensic
- Lesson 06: Challenge in cybercrime investigation
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2
Module 02: Computer Forensics Investigation Process
- Lesson 01: Rules of Digital forensic investigation
- Lesson 02: Chain of custody, (SOP) standard operating procedure
- Lesson 03: Lab work, (CSI) crime scene investigation, about Raids, Incident response
- Lesson 04: Checklist to prepare before the investigation.
- Lesson 05: Precaution during search and seizure
- Lesson 06: Equipment’s and tools software/hardware based
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3
Module 03: Understanding Hard Disks and File Systems
- Lesson 01: Hard disk design and architecture
- Lesson 02: Various Filesystems
- Lesson 03: Understanding booting process
- Lesson 04: Window & Linux Filesystem
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4
Module 04: Data Acquisition and Duplication
- Lesson 01: Understanding the concept of data acquisition
- Lesson 02: Rules of Data Acquisitions
- Lesson 03: Types of Data Acquisitions
- Lesson 04: Live & Dead Acquisitions
- Lesson 05: Data Acquisition Format
- Lesson 06: Live and dead acquisition on window & Linux
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5
Module 05: Defeating Anti-Forensics Techniques
- Lesson 01: Insight of anti-forensic technique
- Lesson 02: Steganography pros & cons
- Lesson 03: Types of Steganography
- Lesson 04: Basic stenographic model
- Lesson 05: Data sanitization by hardware and software tools
- Lesson 06: Password cracking technique
- Lesson 07: Deleted data recovery
- Lesson 08: Encryption methods
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6
Module 06: Windows Forensics
- Lesson 01: Methodology of Window Forensic
- Lesson 02: Collecting volatile data & non-volatile data
- Lesson 03: Window forensic analysis
- Lesson 04: Gathering information by tools
- Lesson 05: Examine the whole file
- Lesson 06: Examine network information
- Lesson 07: Examine process information
- Lesson 08: Examine event logs
- Lesson 09: Understanding metadata
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7
Module 07: Linux and Mac Forensics
- Lesson 01: Methodology of Linux Forensics
- Lesson 02: Collecting file system information
- Lesson 03: Collecting volatile data & non-volatile data
- Lesson 04: Collecting login history and currently logged-in user
- Lesson 05: Collecting hostname, data, time, uptime data
- Lesson 06: Gathering network information
- Lesson 07: Gathering open port information
- Lesson 08: Analysing log files in Linux OS
- Lesson 09: Collecting suspicious information
- Lesson 10: Collection of network information
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8
Module 08: Network Forensics
- Lesson 01: Introduction of network forensics
- Lesson 02: Network forensics process
- Lesson 03: Analysing different network logs
- Lesson 04: Log file analysis
- Lesson 05: Log management challenges
- Lesson 06: Analysing network traffics
- Lesson 07: Gathering info through sniffing
- Lesson 08: Sniffing tools
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9
Module 09: Investigating Web Forensics
- Lesson 01: Introduction to Web Application Forensics
- Lesson 02: Indicators of a web attackLesson
- Lesson 03: Web application threats
- Lesson 04: Web attack investigation methodology
- Lesson 05: Analysing web logs client/admin
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10
Module 10: Dark Web Forensics
- Lesson 01: Introduction to dark web forensics
- Lesson 02: Layers of internet
- Lesson 03: Tor browser architecture
- Lesson 04: Investigating tor
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11
Module 11: Cloud Forensics
- Lesson 01: Cloud models
- Lesson 02: Cloud computing threats & attack
- Lesson 03: Cloud Forensics
- Lesson 04: Cloud crimes
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12
Module 12: Investigating Email Crimes
- Lesson 01: Email server architecture
- Lesson 02: Understanding email structure
- Lesson 03: Email crime investigation procedure
- Lesson 04: Analysing email
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13
Module 13: Malware Forensics
- Lesson 01: Introduction to malware forensics
- Lesson 02: What is malware & what can malware do
- Lesson 03: Type of malware
- Lesson 04: Different ways malware can get into a system
- Lesson 05: Components of malware
- Lesson 06: Types of Malware analysis
- Lesson 07: Tools for malware analysis
- Lesson 08: Deep study on malware cases
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14
Module 14: Mobile Forensics
- Lesson 01: Introduction of mobile forensics
- Lesson 02: Why do we need mobile forensics
- Lesson 03: Challenges in mobile forensics
- Lesson 04: Mobile devices and fundamental component
- Lesson 05: Mobile phone evidence extraction process
- Lesson 06: Removable and external data storage
- Lesson 07: Data Acquisition from iOS Devices & android
- Lesson 08: Data Acquisition and Analyzing SIM Cards
- Lesson 09: Examination and analysis
- Lesson 10: Mobile forensic tools
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15
Module 15: IoT Forensics
- Lesson 01: Understanding the IOT Forensics
- Lesson 02: Understanding IOT & IOT issues
- Lesson 03: IOT architecture
- Lesson 04: Learning objectives of IOT forensics
- Lesson 05: IOT security problems
- Lesson 06: IOT attack surface area
What is CHFI certification?
A professional qualification provided by the EC-Council (International Council of E-Commerce Consultants), the Computer Hacking Forensic Investigator (CHFI) certification certifies proficiency in the identification of hacking incidents, the retrieval of evidence to support criminal charges, and the execution of audits to proactively avert subsequent attacks. The primary objective is to provide students with the requisite knowledge and abilities to engage in digital forensics, a field that investigates fraud cases, cybercrimes, and other threats to digital security.
How much does Chfi certification cost in India?
Whether the examination fee is included in the program, the mode of instruction (online, in-person, self-paced), and the training provider all contribute to the variation in the cost of CHFI certification in India. The cost can vary between INR 45,000 and INR 75,000 on average. Training fees, examination fees, and study materials are included in this estimate.
Is the Computer Hacking Forensics Investigator certification worth it?
The CHFI certification is undeniably advantageous for cybersecurity professionals who wish to specialize, specifically in digital forensics. It offers accreditation for one's proficiency and expertise in the realm of cybercrime investigation, a skill set that is highly sought after in numerous sectors. It may result in opportunities to work in law enforcement, government agencies, the private sector, and salary increases.
What is ethical hacker salary?
The salary of an ethical coder is highly variable and contingent upon factors such as industry, location, and level of expertise. An entry-level ethical hacker in India can anticipate an annual salary of between INR 3 lakh and INR 4 lakh. Proficient individuals who possess a robust skill set, certifications such as CEH (Certified Ethical Hacker), and substantial experience can command annual salaries of INR 10 lakh to INR 20 lakh or more.
What is the benefit of CHFI certification?
The CHFI certification offers several benefits, including:
1. Validation of Skills,
2. Career Advancement,
3. Higher Salary Potential,
4. Networking Opportunities, etc.
1. Validation of Skills,
2. Career Advancement,
3. Higher Salary Potential,
4. Networking Opportunities, etc.
Is the Chfi certification worth it?
The CHFI (Computer Hacking Forensic Investigator) certification is widely regarded as valuable for a variety of reasons, particularly among those with an interest in digital forensics and cybersecurity. The following is why:
1. Industry Recognition,
2. Career Advancement,
3. Skill Enhancement,
4. Higher Salary Potential,
5. Professional Network,
6. Commitment to Ethics, etc.
1. Industry Recognition,
2. Career Advancement,
3. Skill Enhancement,
4. Higher Salary Potential,
5. Professional Network,
6. Commitment to Ethics, etc.
How long is the Chfi exam?
The CHFI exam lasts for four hours. Its purpose is to assess the candidate's proficiency and knowledge of computer forensics in relation to a broad spectrum of subjects addressed in the certification program.
What is the difference between CEH and CHFI?
While both the Certified Ethical Hacker (CEH) and Computer Hacking Forensic Investigator (CHFI) credentials center around cybersecurity, they do so from dissimilar vantage points. The CEH certification emphasizes offensive security and instructs professionals on how to identify system vulnerabilities prior to their exploitation by malicious hackers by requiring them to think and act like hackers. On the contrary, CHFI places emphasis on defensive security, specifically investigating and analyzing cybercrimes subsequent to their occurrences with the purpose of amassing evidence and averting subsequent incidents.
How many questions are there in CHFI?
Each candidate must answer 150 multiple-choice questions on the CHFI examination. In order to become certified, candidates must successfully answer these inquiries within the allotted time frame of four hours.
What is the benefit of CHFI certification?
Digital forensics, sometimes called computer forensics, is the application of scientific investigatory techniques to digital crimes and attacks. It is a crucial aspect of law and business in the internet age and can be a rewarding and lucrative career path.
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Course details
Duration
60 hours
Lectures
15
Level
Advanced
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