COMPUTER
FORENSIC
PRESENTED BY : SOURABH SAINI
ROLL NO. : 24BFON0147
BSC FORENSIC SCIENCE
Computer forensic
INTRODUCTION TO COMPUTER
FORENSIC
 Computer Forensics is a scientific method of
investigation and analysis in order to gather
evidence from digital devices or computer
networks and components which is suitable for
presentation in a court of law or legal body. It
involves performing a structured investigation
while maintaining a documented chain of evidence
to find out exactly what happened on a computer
and who was responsible for it.
IMPORTANCE OF
COMPUTER FORENSIC
Adding the ability to practice sound computer forensics will help you
ensure the overall integrity and survivability of your network
infrastructure. You can help your organization if you consider
computer forensics as a new basic element in what is known as a
“defense-in-depth”1 1 “Defense in depth is designed on the principle
that multiple layers of different types of protection from different
vendors provide substantially better protection” . approach to
network and computer security. For instance, understanding the
legal and technical aspects of computer forensics will help you
capture vital information if your network is compromised and will help
you prosecute the case if the intruder is caught
TYPES OF COMPUTER FORENSIC
 DISK FORENSIC
 NETWORK FORENSIC
 MEMORY FORENSIC
 MOBILE FORENSIC
 EMAIL FORENSIC
PROCESS OF COMPUTER FORENSIC
• Collection. The collection phase involves
acquiring digital evidence, usually by
seizing physical assets, such as computers,
hard drives, or phones. ...
• Examination. The examination phase
involves identifying and extracting data. ...
• Analysis. ...
• Reporting.
TOOLS USED IN COMPUTER
FORENSIC
The main types of digital forensics
tools include disk/data capture
tools, file viewing tools, network
and database forensics tools, and
specialized analysis tools for file,
registry, web, Email, and mobile
device analysis.
CHALLENGES IN COMPUTER
FORENIC
 Computer forensics faces challenges
related to preserving evidence integrity,
navigating complex data volumes and
formats, addressing encryption and data
hiding, understanding evolving
cybercrime tactics, and ensuring legal
and ethical considerations
LEGAL AND ETHICAL ISSUES
There are many legal and ethical issues
with computers that can be exploited
by bad people to do bad things. Some
of those issues include illegal music
and video file downloading, spyware,
identity theft, phishing, keystroke
logging, packet sniffing and
cyberbullying.
REAL WORLD EXAMPLES
 FBI SOLVING CYBERCRIMES
 COPORATE DATA BREACHES
 TACKING HACKING GROUPS
WHAT IS COMPUTER FORENSIC
CONCLUSION
In conclusion, computer forensics is a
vital field for identifying, collecting, and
analyzing digital evidence to solve
crimes and ensure cybersecurity,
requiring specialized skills and ethical
considerations to ensure the integrity
and admissibility of evidence
THANK YOU
PRESENTED BY : SOURABH SANI
ROLL NO. : 24BFON0147

ppt on computer forensic concept and types

  • 1.
    COMPUTER FORENSIC PRESENTED BY :SOURABH SAINI ROLL NO. : 24BFON0147 BSC FORENSIC SCIENCE
  • 2.
  • 3.
    INTRODUCTION TO COMPUTER FORENSIC Computer Forensics is a scientific method of investigation and analysis in order to gather evidence from digital devices or computer networks and components which is suitable for presentation in a court of law or legal body. It involves performing a structured investigation while maintaining a documented chain of evidence to find out exactly what happened on a computer and who was responsible for it.
  • 4.
    IMPORTANCE OF COMPUTER FORENSIC Addingthe ability to practice sound computer forensics will help you ensure the overall integrity and survivability of your network infrastructure. You can help your organization if you consider computer forensics as a new basic element in what is known as a “defense-in-depth”1 1 “Defense in depth is designed on the principle that multiple layers of different types of protection from different vendors provide substantially better protection” . approach to network and computer security. For instance, understanding the legal and technical aspects of computer forensics will help you capture vital information if your network is compromised and will help you prosecute the case if the intruder is caught
  • 5.
    TYPES OF COMPUTERFORENSIC  DISK FORENSIC  NETWORK FORENSIC  MEMORY FORENSIC  MOBILE FORENSIC  EMAIL FORENSIC
  • 6.
    PROCESS OF COMPUTERFORENSIC • Collection. The collection phase involves acquiring digital evidence, usually by seizing physical assets, such as computers, hard drives, or phones. ... • Examination. The examination phase involves identifying and extracting data. ... • Analysis. ... • Reporting.
  • 7.
    TOOLS USED INCOMPUTER FORENSIC The main types of digital forensics tools include disk/data capture tools, file viewing tools, network and database forensics tools, and specialized analysis tools for file, registry, web, Email, and mobile device analysis.
  • 8.
    CHALLENGES IN COMPUTER FORENIC Computer forensics faces challenges related to preserving evidence integrity, navigating complex data volumes and formats, addressing encryption and data hiding, understanding evolving cybercrime tactics, and ensuring legal and ethical considerations
  • 9.
    LEGAL AND ETHICALISSUES There are many legal and ethical issues with computers that can be exploited by bad people to do bad things. Some of those issues include illegal music and video file downloading, spyware, identity theft, phishing, keystroke logging, packet sniffing and cyberbullying.
  • 10.
    REAL WORLD EXAMPLES FBI SOLVING CYBERCRIMES  COPORATE DATA BREACHES  TACKING HACKING GROUPS
  • 11.
  • 12.
    CONCLUSION In conclusion, computerforensics is a vital field for identifying, collecting, and analyzing digital evidence to solve crimes and ensure cybersecurity, requiring specialized skills and ethical considerations to ensure the integrity and admissibility of evidence
  • 13.
    THANK YOU PRESENTED BY: SOURABH SANI ROLL NO. : 24BFON0147