Cyber Forensics is one of the most popular domains in the IT industry, helping companies fight against the unjust doings of cybercriminals towards their customers & databases. The damages such threats cause can leave great loss to the individuals or employees connected to them.
Now if you want to know about “What is Cyber Forensics?,” you can read this amazing article based on a detailed explanation concerning “Cyber Forensics.” What are we waiting for? Let’s get straight to the topic!
The process of gathering, examining, and conserving digital evidence in order to look into security issues or cybercrimes is known as cyber forensics. In order to find criminal activity, it entails recovering data from electronic devices, including computers and smartphones.
The results are utilized to support investigations and prosecutions in court. To understand in a deeper sense concerning “What is Cyber Forensics?,” learn further!
S.No. | Types | What? |
1. | Disk Forensics | Investigates digital evidence kept on storage devices such as hard drives. |
2. | Network Forensics | Examines digital evidence that has been sent over computer networks. |
3. | Email Forensics | Examines email correspondence for investigative and legal reasons. |
4. | Mobile Device Forensics | Investigate information kept on portable electronics such as tablets and smartphones. |
5. | Memory Forensics | Extracts data and running processes from volatile memory (RAM) by capturing and analyzing it. |
6. | Database Forensics | Looks into digital evidence that is kept in databases. |
7. | Cloud Forensics | Investigates digital evidence kept in cloud computing settings. |
In the following steps, the cyberforensic process happens:
S.No. | Advantages | How? |
1. | Incident Response | Reduces harm and reacts to cyberattacks quickly. |
2. | Legal Compliance | Guarantees compliance with industry standards and data protection laws. |
3. | Risk Assessment | Finds weak points and possible dangers to strengthen security protocols. |
4. | Insurance Claims | Provide proof to back up insurance claims for losses caused by cyberattacks. |
5. | Intellectual Property Protection | Protects priceless intellectual property from infringement or abuse. |
6. | Reputation Management | Reduces the harm that hackers do to one’s reputation. |
7. | Employee Monitoring | Identifies and stops illegal activity and insider threats. |
8. | Proactive Security | Enhances the overall cybersecurity posture and provides information for future security plans. |
Following are some of the factors validating the need for computer forensics:
S.No. | Tools | How? |
1. | EnCase | An all-inclusive forensic investigation tool for mobile device, network, and hard disk analysis. |
2. | FTK Imager | A robust disk imaging and data collection tool for making digital media forensic copies. |
3. | Wireshark | Network traffic is captured and examined using a network protocol analyzer. |
4. | Autopsy | A platform for digital forensics that offers an extensive toolkit for digital media analysis. |
5. | Sleuth Kit | A group of command-line programs for file system and disk image analysis. |
6. | Volatility | To extract running programs, active processes, and system states, volatile memory (RAM) is analyzed using a memory forensics framework. |
7. | X-Ways Forensics | A robust forensic analysis program that works with a variety of devices and file systems. |
8. | Oxygen Forensic Suite | A full range of mobile device forensics tools, including those for analyzing tablets, smartphones, and other mobile devices. |
9. | Magnet AXIOM | A platform for digital investigations that offers a consistent method for examining digital evidence from several sources. |
10. | Helix | A digital investigative platform that runs on the cloud and provides a variety of tools for examining digital evidence. |
By examining digital evidence, cyber forensics can be used to investigate fraud, data breaches, and cybercrimes. It also includes locating, retrieving, and keeping data from networks and devices for corporate or legal reasons.
By identifying weaknesses and enhancing security systems, cyber forensics also helps to stop future assaults.
S.No. | Job Profiles | How? |
1. | Digital Forensics Investigator | Investigates cases of data breaches and cybercrimes. |
2. | Cybersecurity Analyst | Examines systems for dangers and weaknesses and handles incidents. |
3. | Incident Response Specialist | Reacts to security events, like data breaches and cyberattacks. |
4. | Malware Analyst | Examine harmful software to learn how it behaves and create defenses. |
5. | Network Forensics Analyst | Examines network traffic to find cyberattacks and security risks. |
6. | Mobile Device Forensics Analyst | Analyzes information from mobile devices, including tablets and smartphones. |
7. | Cloud Forensics Analyst | Examine digital evidence that is kept on cloud-based platforms. |
8. | Digital Forensics Consultant | Offers firms professional guidance and services in the areas of cybersecurity and digital forensics. |
9. | Law Enforcement Officer (Cybercrime Unit) | Examine cybercrimes and collaborate with professionals in digital forensics. |
10. | Cybersecurity Consultant | Offers advisory services to businesses on risk management and cybersecurity tactics. |
Following is a detailed list of the average salaries of some cyber forensics professionals:
Now that you have cleared your doubts on “What is Cyber Forensics?” you can go for the next round where you can get connected with reputed training grounds such as Craw Security, offering a dedicated training program, “Cyber Forensics Investigation Course in Singapore,” to the IT aspirants searching for a guide showing the right path to the bright future in the IT industry.
During the sessions, students will get the chance to experience real-time practicals using the latest cyber forensics tools available for solving cyberattack cases. Apart from that, Craw Security offers online sessions for remote learners.
After the completion of the Cyber Forensics Investigation Course in Singapore offered by Craw Security, students are destined to receive a dedicated certificate validating their honed knowledge & skills during the sessions. What are you waiting for? Contact Now!
Cyber forensics is the use of scientific methods to locate, gather, store, examine, and present digital evidence for legal purposes.
2. How do I become a cyberforensic?
Suppose you want to become a cyberforensic expert. In that case, you can get in contact with Craw Security, which offers the Cyber Forensics Investigation Course in Singapore for IT Aspirants who want to follow the path of cyber forensics.
3. Is cyber forensics in demand?
Yes, the growing frequency of cyberattacks and the requirement for digital evidence in court cases have led to a strong demand for cyber forensics.
4. What are Cyber Forensic Tools?
Following are some of the tools:
5. What is FTK?
A potent suite of digital forensics software called FTK (Forensic Toolkit) is used to examine digital evidence.
6. Why is cyber needed?
The following are the reasons for the need for cybersecurity:
7. What is a forensic image?
A precise bit-by-bit duplicate of a digital storage device made specifically for forensic investigation is called a forensic image.