Latihan4 comp-forensic-bab3
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Computer forensic investigation involves collecting, examining, and analyzing digital evidence for legal cases or corporate inquiries. It includes developing policies and procedures for the computer forensic unit, such as case management and evidence handling. When investigating a potential company policy violation, the company must inform employees of relevant policies and enforce them to prevent wasted resources. Proper legal considerations are important before starting an investigation to ensure compliance with relevant statutes. A 10-step process for preparing for a computer forensic investigation includes securing relevant media, obtaining identifying information, maintaining a chain of custody, and creating search keywords.
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computer forensics
Computer forensics involves the preservation, identification, extraction, documentation, and interpretation of computer media for root cause analysis. It is a branch of digital forensic science that applies techniques of computer investigation and analysis. The goal is the discovery, collection, and analysis of digital evidence found on computers and networks to identify the source of security attacks or crimes.
Computer Forensic
This document discusses computer forensics and portable computer forensics. It defines computer forensics as the preservation, identification, extraction, documentation, and interpretation of computer media for evidentiary purposes. It outlines the steps of computer forensics including acquisition, identification, evaluation and presentation. It also discusses who uses computer forensics such as law enforcement, prosecutors, and private companies. The document introduces portable computer forensics and provides contact information for the Technology Open Source Laboratory.
Codebits 2010
This document provides an overview of computer forensics, including what it involves, the tools and techniques used, and why someone may want to pursue a career in this field. It discusses how computer forensics investigations differ from their portrayal on television and focuses on accuracy over speed. Key aspects covered include the forensic process, types of evidence examined, hardware and software tools used, and challenges like hidden data and encryption.
Computer forensics
The document discusses computer forensics techniques including:
1) Basic investigation techniques like WHOIS searches, DNS lookups, and analyzing web server logs.
2) Analyzing digital evidence from sources like hard drives, network cards, routers, and removable storage devices.
3) The computer forensics process of acquiring, authenticating, analyzing, and documenting digital evidence while avoiding modifying the original source.
Lect 3 Computer Forensics
This document provides an overview of computer forensics investigation methodology. It discusses determining if a computer crime has occurred, finding and interpreting clues, conducting a preliminary assessment to search for evidence, and searching and seizing computer equipment to collect evidence that can be presented in court. It emphasizes the importance of having workstations, building an investigating team, acquiring authorization, and assessing risks before an investigation. The core methodology includes identification, collection, analysis, and presentation of evidence, with preservation also being important. Key areas that are evaluated and secured include the scene itself as well as volatile and non-volatile data sources that could contain evidence. Principles for electronic evidence include relevance, reliability, sufficiency, and admissibility.
Computer forensic
This document summarizes a computer forensic workshop presented by Ahmad Zaid Zam Zami. The workshop covered digital forensic procedures, including evidence acquisition through hardware, live CD, and live imaging methods. It also discussed preserving evidence through cryptographic hashing and creating bit-stream image copies. The analysis process examines forensic copies to build timelines, search media, and recover deleted data within the scope of the investigation.
computer forensics
Computer forensics is the process of identifying, preserving, analyzing and presenting digital evidence in a way that is legally acceptable. It aims to find criminal evidence and present it legally to punish criminals. The main steps are identifying evidence through acquisition and collection, preserving it, analyzing and extracting information from it, documenting the process, and presenting findings. It requires forensic tools like disk imaging software, hashing tools, and password cracking software. It is used for criminal prosecution, civil litigation, detecting financial fraud, and investigating corporate policy violations.
cyber Forensics
This document provides an overview of computer forensics. It defines computer forensics as the process of preserving, identifying, extracting, documenting and interpreting computer media for legal evidence. It discusses what constitutes digital evidence and provides examples of computer forensic investigations. It also outlines the reasons for collecting digital evidence, who uses computer forensics, and the basic steps involved in a computer forensics investigation. Finally, it discusses methods of hiding and detecting hidden data.
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computer forensics
Computer forensics involves the preservation, identification, extraction, documentation, and interpretation of computer media for root cause analysis. It is a branch of digital forensic science that applies techniques of computer investigation and analysis. The goal is the discovery, collection, and analysis of digital evidence found on computers and networks to identify the source of security attacks or crimes.
Computer Forensic
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This document provides an overview of computer forensics, including what it involves, the tools and techniques used, and why someone may want to pursue a career in this field. It discusses how computer forensics investigations differ from their portrayal on television and focuses on accuracy over speed. Key aspects covered include the forensic process, types of evidence examined, hardware and software tools used, and challenges like hidden data and encryption.
Computer forensics
The document discusses computer forensics techniques including:
1) Basic investigation techniques like WHOIS searches, DNS lookups, and analyzing web server logs.
2) Analyzing digital evidence from sources like hard drives, network cards, routers, and removable storage devices.
3) The computer forensics process of acquiring, authenticating, analyzing, and documenting digital evidence while avoiding modifying the original source.
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This document provides an overview of computer forensics investigation methodology. It discusses determining if a computer crime has occurred, finding and interpreting clues, conducting a preliminary assessment to search for evidence, and searching and seizing computer equipment to collect evidence that can be presented in court. It emphasizes the importance of having workstations, building an investigating team, acquiring authorization, and assessing risks before an investigation. The core methodology includes identification, collection, analysis, and presentation of evidence, with preservation also being important. Key areas that are evaluated and secured include the scene itself as well as volatile and non-volatile data sources that could contain evidence. Principles for electronic evidence include relevance, reliability, sufficiency, and admissibility.
Computer forensic
This document summarizes a computer forensic workshop presented by Ahmad Zaid Zam Zami. The workshop covered digital forensic procedures, including evidence acquisition through hardware, live CD, and live imaging methods. It also discussed preserving evidence through cryptographic hashing and creating bit-stream image copies. The analysis process examines forensic copies to build timelines, search media, and recover deleted data within the scope of the investigation.
computer forensics
Computer forensics is the process of identifying, preserving, analyzing and presenting digital evidence in a way that is legally acceptable. It aims to find criminal evidence and present it legally to punish criminals. The main steps are identifying evidence through acquisition and collection, preserving it, analyzing and extracting information from it, documenting the process, and presenting findings. It requires forensic tools like disk imaging software, hashing tools, and password cracking software. It is used for criminal prosecution, civil litigation, detecting financial fraud, and investigating corporate policy violations.
cyber Forensics
This document provides an overview of computer forensics. It defines computer forensics as the process of preserving, identifying, extracting, documenting and interpreting computer media for legal evidence. It discusses what constitutes digital evidence and provides examples of computer forensic investigations. It also outlines the reasons for collecting digital evidence, who uses computer forensics, and the basic steps involved in a computer forensics investigation. Finally, it discusses methods of hiding and detecting hidden data.
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Computer forensics powerpoint presentation
This document provides an overview of computer forensics. It defines computer forensics as identifying, preserving, analyzing and presenting digital evidence in a legally acceptable manner. The objective is to find evidence related to cyber crimes. Computer forensics has a history in investigating financial fraud, such as the Enron case. It describes the types of digital evidence, tools used, and steps involved in computer forensic investigations. Key points are avoiding altering metadata and overwriting unallocated space when collecting evidence.
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Introduction to Traditional Computer Crime, Traditional problems associated with Computer Crime. Introduction to Identity Theft & Identity Fraud. Types of CF techniques – Incident and incident response methodology – Forensic duplication and investigation. Preparation for IR: Creating response tool kit and IR team. – Forensics Technology and Systems – Understanding Computer Investigation – Data Acquisition.
Lect 5 computer forensics
This document provides an introduction to searching and seizing computers for computer forensics. It discusses issues with digital evidence being volatile and massive in size. It explains that searching and seizing computers can be done with or without a warrant, depending on the country's constitution and exceptions like consent. Key aspects of searches include who conducted it, what was searched/seized, if it was a legal search/seizure, and if the search was reasonable with a warrant or under an exception. Probable cause and exceptions to warrants like emergencies, vehicles and borders are also outlined. Proper warrant preparation and seizing equipment on site are important parts of legally searching and seizing computer-related evidence.
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Computer forensics relates to identifying digital evidence from computer systems, securing and preserving that evidence, analyzing it, and documenting findings. It serves both public and private sectors to provide evidence and prevent criminal computer activity. The process involves identifying sources of digital evidence, preserving it from loss or corruption, analyzing the evidence, and presenting it in legal contexts.
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Computer Forensics
This document discusses computer forensics. It defines computer forensics as the process of identifying, preserving, analyzing and presenting digital evidence in a legally acceptable manner. It notes that computer forensics has evolved over 30 years as law enforcement and the military have increasingly encountered technology-related crimes. The main goal of computer forensics experts is to find evidence of crimes and present that evidence in court. Key skills required for computer forensics include technical knowledge, analytical abilities, and understanding of evidence handling procedures.
CS6004 Cyber Forensics - UNIT IV
This document provides an overview of evidence collection and forensics tools. It discusses processing crime scenes, securing computer systems, and preserving digital evidence. The key points covered are:
1) When responding to an incident, investigators must properly process the scene, bag and tag all evidence, and document their activities to preserve the integrity of the evidence.
2) Securing a computer scene involves defining a perimeter, photographing the area, taking custody of systems and media, and using logs to track the chain of custody.
3) Preserving digital evidence means capturing volatile data from live systems, creating forensic images of storage devices to avoid modifying the original data, and storing the information securely.
E discovery2
Computer forensic investigation analyzes data from computer devices to gather evidence for legal cases in a forensically-sound manner. The process involves making a digital copy of a device's storage media to examine while leaving the original untouched. Computer forensic specialists are trained to use tools and software to conduct a thorough examination of digital media, analyzing items like the Windows registry, passwords, files, emails and pictures to determine exactly what occurred on a device and who was involved. Computer forensic professionals in Miami are legally trained to follow standard methodology to properly collect, analyze and document digital evidence for use in court.
Lect 6 computer forensics
Mr. Islahuddin Jalal presented an introduction to computer forensics focused on mobile phone forensics. The presentation outlined objectives of mobile phone forensics, potential evidence sources like phone memory, SIM card, and external storage. Guidelines for seizure, examination, data extraction, and documentation of mobile phone evidence were discussed. Tools for logical and physical extraction from phone memory, SIM card, and external storage were also presented.
Digital investigation
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Computer Forensics ppt
This document provides an overview of computer forensics. It defines computer forensics as the process of identifying, preserving, analyzing and presenting digital evidence in a legally acceptable manner. The document discusses the history, goals, and methodology of computer forensics, as well as who uses these services and the skills required. Computer forensics is used to find evidence for a variety of computer crimes and cybercrimes to assist in arrests and prosecutions.
Computer forensic
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Intro to cyber forensics
A more in-depth analysis of cyber forensics; but explained eloquently for the beginner, by Chaitanya Dhareshwar - Cyber Crime Investigator, Technocrat and Entrepreneur.
Learn what cyber forensics is all about and how you can begin using the basic tools of forensics in your day to day life. Not only does it make the world a safer place, your data remains significantly more secure.
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Digital Forensics Workshop
This document provides an overview of a digital forensics practical workshop. It discusses collecting and examining digital evidence from sources like computers, mobile devices, and the cloud. Specific techniques covered include imaging disks, dealing with encryption, timelines, documentation, and using tools like Autopsy to analyze disk images and find relevant evidence. Sample evidence is provided on a memory stick for analysis, including an iPhone image and Windows disk image to search for clues about a dog kidnapping case.
Cyber forensic 1
Cyber forensics involves applying scientific methods to digital evidence for legal purposes. It includes preserving, acquiring, analyzing, discovering, documenting, and presenting digital evidence. Common goals are to determine if unauthorized activity or crimes occurred using computer systems and networks. Cyber crimes are growing and can include hacking, cyber stalking, spamming, and intellectual property theft. Forensic investigations follow standard procedures including seizing evidence, making copies, and analyzing to find relevant information for legal cases.
Uu kup-001-13-uu kup 2013-00 mobile
Dokumen ini berisi tentang Undang-Undang Ketentuan Umum dan Tata Cara Perpajakan (KUP) beserta perubahannya dan peraturan pelaksanaannya. Terdapat penjelasan mengenai bab-bab dalam KUP dan rekapitulasi perubahan-perubahan yang terjadi pada undang-undang tersebut.
Latihan8 comp-forensic-bab5
Windows leaves behind artifacts that can be used to recover data and track user activity. There are three main types of artifacts discussed in the document: deleted data remains in allocated space and can still be recovered; hibernation files and hybrid sleep modes preserve the state of the computer in memory for quick restarting; and the Windows registry tracks user and system configurations and preferences in a tree structure. These artifacts provide important evidence about user accounts, installed programs, files accessed and modified, and more.
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Computer forensics is used to discover evidence of computer crimes by collecting, preserving, and analyzing digital evidence from computers and storage media. It helps criminal and civil legal cases involving issues like espionage, intellectual property theft, employee misuse of computers, and medical billing fraud. The computer forensics process includes securing evidence, making copies or images of storage devices, examining files and locations where deleted or hidden data may be stored, and documenting the investigation. Maintaining control of intellectual property and trade secrets is challenging as organizations increasingly process data overseas where there is greater risk of information leakage.
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This document discusses computer forensics. It defines computer forensics as the process of identifying, preserving, analyzing and presenting digital evidence in a legally acceptable manner. It notes that computer forensics has evolved over 30 years as law enforcement and the military have increasingly encountered technology-related crimes. The main goal of computer forensics experts is to find evidence of crimes and present that evidence in court. Key skills required for computer forensics include technical knowledge, analytical abilities, and understanding of evidence handling procedures.
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This document provides an overview of evidence collection and forensics tools. It discusses processing crime scenes, securing computer systems, and preserving digital evidence. The key points covered are:
1) When responding to an incident, investigators must properly process the scene, bag and tag all evidence, and document their activities to preserve the integrity of the evidence.
2) Securing a computer scene involves defining a perimeter, photographing the area, taking custody of systems and media, and using logs to track the chain of custody.
3) Preserving digital evidence means capturing volatile data from live systems, creating forensic images of storage devices to avoid modifying the original data, and storing the information securely.
E discovery2
Computer forensic investigation analyzes data from computer devices to gather evidence for legal cases in a forensically-sound manner. The process involves making a digital copy of a device's storage media to examine while leaving the original untouched. Computer forensic specialists are trained to use tools and software to conduct a thorough examination of digital media, analyzing items like the Windows registry, passwords, files, emails and pictures to determine exactly what occurred on a device and who was involved. Computer forensic professionals in Miami are legally trained to follow standard methodology to properly collect, analyze and document digital evidence for use in court.
Lect 6 computer forensics
Mr. Islahuddin Jalal presented an introduction to computer forensics focused on mobile phone forensics. The presentation outlined objectives of mobile phone forensics, potential evidence sources like phone memory, SIM card, and external storage. Guidelines for seizure, examination, data extraction, and documentation of mobile phone evidence were discussed. Tools for logical and physical extraction from phone memory, SIM card, and external storage were also presented.
Digital investigation
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Computer Forensics ppt
This document provides an overview of computer forensics. It defines computer forensics as the process of identifying, preserving, analyzing and presenting digital evidence in a legally acceptable manner. The document discusses the history, goals, and methodology of computer forensics, as well as who uses these services and the skills required. Computer forensics is used to find evidence for a variety of computer crimes and cybercrimes to assist in arrests and prosecutions.
Computer forensic
This document discusses computer forensics and its importance. It begins by defining computer forensics as the process of identifying, preserving, analyzing, and presenting digital evidence. It then describes the four main components of computer forensics as identifying evidence, preserving evidence integrity, analyzing evidence, and presenting evidence in a legally acceptable manner. The document emphasizes that computer forensics is important for recovering lost or deleted data, advising on data security, examining computer usage, investigating technical crimes, and presenting evidence in court. It outlines the standard computer forensics methodology and process of acquiring, identifying, evaluating, and presenting digital evidence.
Intro to cyber forensics
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Learn what cyber forensics is all about and how you can begin using the basic tools of forensics in your day to day life. Not only does it make the world a safer place, your data remains significantly more secure.
Every step you take towards cyber security in this lawless internet allows you to achieve greater knowledge unhindered.
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This document provides an overview of a digital forensics practical workshop. It discusses collecting and examining digital evidence from sources like computers, mobile devices, and the cloud. Specific techniques covered include imaging disks, dealing with encryption, timelines, documentation, and using tools like Autopsy to analyze disk images and find relevant evidence. Sample evidence is provided on a memory stick for analysis, including an iPhone image and Windows disk image to search for clues about a dog kidnapping case.
Cyber forensic 1
Cyber forensics involves applying scientific methods to digital evidence for legal purposes. It includes preserving, acquiring, analyzing, discovering, documenting, and presenting digital evidence. Common goals are to determine if unauthorized activity or crimes occurred using computer systems and networks. Cyber crimes are growing and can include hacking, cyber stalking, spamming, and intellectual property theft. Forensic investigations follow standard procedures including seizing evidence, making copies, and analyzing to find relevant information for legal cases.
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Uu kup-001-13-uu kup 2013-00 mobile
Dokumen ini berisi tentang Undang-Undang Ketentuan Umum dan Tata Cara Perpajakan (KUP) beserta perubahannya dan peraturan pelaksanaannya. Terdapat penjelasan mengenai bab-bab dalam KUP dan rekapitulasi perubahan-perubahan yang terjadi pada undang-undang tersebut.
Latihan8 comp-forensic-bab5
Windows leaves behind artifacts that can be used to recover data and track user activity. There are three main types of artifacts discussed in the document: deleted data remains in allocated space and can still be recovered; hibernation files and hybrid sleep modes preserve the state of the computer in memory for quick restarting; and the Windows registry tracks user and system configurations and preferences in a tree structure. These artifacts provide important evidence about user accounts, installed programs, files accessed and modified, and more.
Latihan2 comp-forensic
This document discusses the history and evolution of computer forensics from the late 1800s to present day. It outlines key developments like the first use of fingerprints in criminal investigations in 1888, the establishment of the FBI laboratory in 1932, the creation of the Computer Analysis and Response Team in 1984 to investigate computer evidence, and the formation of the first FBI Regional Computer Forensic Laboratory in 2000. The document also defines computer forensics, describes common forensic methodologies like preservation, extraction, identification, and interpretation of digital evidence, and discusses the importance of forensic readiness and planning for organizations.
Latihan7 comp-forensic-bab6
This investigative report provides guidelines for writing reports and collecting evidence. It discusses the different types of reports, how to structure a report, and how to write in a clear and concise manner. It also outlines best practices for collecting physical evidence, conducting interviews, maintaining documentation, and ensuring consistency and quality in investigative reporting. The report serves as a reference for investigators on proper procedures and techniques for forensic investigations.
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The document introduces Brian Moran's Live Response Collection tool, which allows digital forensic investigators and incident responders to easily collect important forensic data from Windows systems. The tool runs pre-configured scripts to collect volatile memory, disk images, log files, and other artifacts. It produces standardized output organized by computer name and date in an easy to parse format. The tool is free to use, open source, and can be customized to support additional collection needs or integrated tools.
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Latihan9 comp-forensic-bab6
The document discusses various techniques for antiforensics including hiding data, encryption, steganography, and data destruction. It describes common hiding techniques such as changing file names and placing files in unrelated directories. Encryption is discussed as the conversion of data into cipher text using symmetrical or asymmetrical algorithms. Steganography conceals data by hiding it within other files or data. Effective data destruction requires overwriting data to make it unrecoverable rather than simply deleting it.
Building an enterprise forensics response service
What issues are enterprises facing that require digital forensics?
• In-depth technical issues within the IT environment
o Complex attack / virus analysis
o Packet analysis
o Complex environment investigation coordination (VMWare)
• Separation of duties / transparency issues with IT staff
o Integrity and audit-ability issues from regulators and common due diligence requirements
• System Audit Functionality verification
o Audit System Investigation / Recovery
• Ensure systems are preserved for forensic investigation*
o Banking Standards
o NIST Standards
o PCI
o US State Laws
• Legal issues such as eDiscovery
o Prepare, Preserve & Produce electronically stored information
• Privacy issues from legislation, regulation and clients
o “DNA Forensics” – Identification for good & evil
• Records Management issues
o Historical Data Retrieval
o Data reconstruction
• Human Resources issues / employee investigations
o Inappropriate Use
o Harassment / Workplace Safety
o Loss management issues / evidence verification
o Theft / Fraud investigation support
o Sabotage
What is an Enterprise Forensics Response Service?
• Enables business owners to actively enforce corporate policy and protect and preserve digital assets through the use of forensic methods.
• Handles investigation requests from many different parts of the organization
o IT (Network / Applications)
o Internal Audit / Compliance
o Legal
o Privacy
o Records Management
o Human Resources / Employee Managers
o Loss Management / Physical Security
• An Enterprise Architectural Perspective of an EDF Service (Overview)
o Conceptual linkages to the business & information security strategy
o Logical service definition, examples of peer services
o Physical mechanisms that the EDF service is comprised of
o Examples of components that the EDF service utilizes
- What does the presentation cover?
• Identification & definition of required forensic services
• Review of common service mechanisms and components
• Considerations for implementing & service management in the enterprise
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Incident Response in the age of Nation State Cyber Attacks
One of the most important and yet least discussed aspects of any corporate structure is the incident response framework. As recent events have highlighted, the risk of intellectual property and critical infrastructure being the target of a cyber-attack is quite real. More than ever before, corporate preparation and response plans are necessary for any entity operating in the digital age.
This webinar will examine how an organization's incident response framework can help limit the exposure of intellectual property and critical infrastructure to outside, malicious parties. Our presenters will review how to construct corporate response plans that yield best-of-breed preparedness.
Our featured speakers for this timely webinar are:
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This document provides an overview of computer forensics. It defines computer forensics as the scientific examination and analysis of data from computer storage media for use as evidence in a court of law. The document discusses the history and development of the field from the 1970s to present day, covering important events like the creation of specialized investigation teams and the establishment of standards and guidelines. It also outlines key concepts in computer forensics like principles, tools, requirements and processes involved in investigations.
CF.ppt
This document provides an overview of computer forensics. It defines computer forensics as the process of preserving, identifying, extracting, documenting and interpreting computer media for legal evidence. Reasons for gathering digital evidence include criminal investigations, civil lawsuits, and internal corporate investigations. The document outlines the steps of an investigation including acquisition of evidence, identification of recoverable data, evaluation of findings and presentation of evidence. It also discusses concepts such as evidence handling procedures, anti-forensics techniques, and methods for discovering and hiding digital information.
The Adam - A process model for digital forensic practice
The document outlines the Advanced Data Acquisition Model (ADAM) which provides principles and guidelines for digital forensic practitioners to follow when acquiring digital evidence. It describes the 3 stages of ADAM which are: 1) initial planning, 2) creating an onsite plan, and 3) acquiring digital data from devices. The principles that must be followed include not altering original data, maintaining a full record of activities, and considering safety, legal and organizational policies.
05 Duplication and Preservation of Digital evidence - Notes
The document discusses best practices for preserving digital evidence from a crime scene, including:
1) Making bit-stream backups of storage devices before processing to avoid altering the original data.
2) Transporting the computer system securely to a forensics lab for further analysis.
3) Maintaining a detailed evidence notebook and chain of custody to document all evidence handling procedures.
Computer forensics
This document provides an overview of computer forensics. It defines computer forensics as the process of preserving, identifying, extracting, documenting and interpreting computer data for legal evidence. The document then outlines the history of computer forensics, the steps involved which include acquisition, identification, evaluation and presentation, certifications available, requirements to work in the field, how evidence is collected, uses of computer forensics in criminal and civil cases, advantages like ability to search large amounts of data quickly, and disadvantages such as costs and ensuring no evidence tampering. It also lists some computer forensics labs and centers in India.
computer forensics, involves the preservation, identification, extraction, an...
The document discusses key aspects of computer forensics including its objectives, priorities, and tradeoffs between accuracy and speed. It describes the job of a forensics specialist which includes determining systems to collect evidence from, protecting and analyzing data, and producing reports. Applications in law enforcement, human resources, and other areas are covered. The document also outlines services provided, benefits of using professionals, issues that could occur, and comparing traditional versus computer forensics.
Business Intelligence (BI) Tools For Computer Forensic
The presentation contains: Concept of Forensic, Need & Purpose of Forensic
Computer Forensic, Role of IT for Forensic, Data Collection / Mining Tools, Data Analysis & Reporting, Fraud Detection & Auditing
Cyber forensics
This presentation includes different forms of cyber attacks and the methods to deal with such attacks
File000115
The document provides information on conducting a computer forensics investigation, including preparing for an investigation by building an investigation team and workstation, obtaining authorization and assessing risks, collecting evidence while following guidelines to preserve integrity, and analyzing evidence as part of the overall investigation process.
computerforensics-140212060522-phpapp02.pdf
This document provides an overview of computer forensics. It defines computer forensics as the process of preserving, identifying, extracting, documenting and interpreting computer data for legal evidence. The document then outlines the history of computer forensics, the steps involved which include acquisition, identification, evaluation and presentation, certifications available, requirements, advantages and disadvantages of the field. It concludes by listing some computer forensics labs and centers in India.
Computer forensics toolkit
Computer forensics is the scientific process of preserving, identifying, extracting, and interpreting data from computer systems, networks, wireless communications, and storage devices in a way that is legally admissible. It involves using special tools to conduct a forensic examination of devices, networks, internet activities, and images in order to discover potential digital evidence. Common computer forensic tools are used to recover deleted files, analyze financial and communications records, and investigate crimes like fraud, identity theft, and child pornography.
01 Computer Forensics Fundamentals - Notes
Computer forensics is the process of examining computer systems, storage devices, and digital evidence to recover data for legal cases. It involves collecting, preserving, analyzing and presenting computer-related evidence without altering it. Computer evidence can be useful in criminal, civil and employment cases. Computer forensics experts follow strict methodologies to carefully handle systems and extract potential evidence while maintaining data integrity and chain of custody. Their goal is to discover all relevant files, including deleted files, and analyze artifacts to understand attempts to hide, delete or encrypt information.
Introduction To Forensic Methodologies
The document discusses electronic documents and digital evidence from a legal and forensic perspective. It defines electronic documents, outlines the differences between electronic and paper documents, and discusses various types of digital media that may contain potential evidence. The document also covers best practices for handling digital evidence, including using write blockers, documenting the chain of custody, and preserving file system structure to avoid modifying data on storage devices.
Computer forensics and its role
Computer forensics involves the legal acquisition, preservation, analysis and presentation of digital evidence found on computers and digital devices. It follows standard processes and guidelines to ensure evidence is collected properly and can be used in legal cases. The main steps are acquisition of evidence from devices, identification and evaluation of relevant data found, and proper presentation of findings. Computer forensics experts work in law enforcement, private companies, and other organizations to gather digital evidence for various crimes and disputes.
Computer +forensics
This document provides an overview of computer forensics. It defines computer forensics as the process of preserving, identifying, extracting, documenting and interpreting computer data for legal evidence. The document outlines the history of the field from the 1970s to present day, describes the typical steps of acquisition, identification, evaluation and presentation, and discusses certifications, requirements, evidence collection, uses, advantages and disadvantages of computer forensics. It concludes that computer forensics is needed to uncover electronic evidence for prosecuting cybercrimes.
PACE-IT, Security+ 2.4: Basic Forensic Procedures
CompTIA exam study guide presentations by instructor Brian Ferrill, PACE-IT (Progressive, Accelerated Certifications for Employment in Information Technology)
"Funded by the Department of Labor, Employment and Training Administration, Grant #TC-23745-12-60-A-53"
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Computer forensics Slides
This document provides an overview of computer forensics. It defines computer forensics as identifying, preserving, analyzing and presenting digital evidence in a legally acceptable manner. The objective is to find evidence related to cyber crimes. Computer forensics has a history in investigating financial fraud, such as the Enron case. It describes the types of digital evidence, tools used, and steps involved in computer forensic investigations. Key points are avoiding altering metadata and overwriting unallocated space when collecting evidence.
Malware analysis
This document discusses a case study involving a small-medium enterprise (SME) that has experienced anomalies in its accounting and product records. The SME has hired a digital forensic investigator to determine if any malicious activity has occurred and ensure its systems are free of malware. The investigator will conduct a malware investigation and digital forensic investigation following the four principles of the Association of Chief Police Officers (ACPO) guidelines. The investigator will use the Four Step Forensics Process (FSFP) model to identify, preserve, extract, and analyze evidence from the SME's systems to determine the cause of problems and make recommendations.
Akcomputerforensics 130222081008-phpapp02-140809110602-phpapp02
The document discusses computer forensics, including defining it as the process of identifying, preserving, analyzing and presenting digital evidence. It outlines the characteristics, history, goals and methodology of computer forensics, how it is used to investigate cyber crimes and find digital evidence. Computer forensics experts work in law enforcement, private companies, and for individuals and require skills in programming, operating systems, analytics, and rules of evidence.
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The Adam - A process model for digital forensic practice
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05 Duplication and Preservation of Digital evidence - Notes
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Akcomputerforensics 130222081008-phpapp02-140809110602-phpapp02
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Latihan7 comp-forensic-bab6
This investigative report provides guidelines for writing reports and collecting evidence. It discusses the different types of reports, how to structure a report, and how to write in a clear and concise manner. It also outlines best practices for collecting physical evidence, documentation, testimonial evidence, and maintaining chains of custody. The report stresses the importance of consistency, providing method explanations, and ensuring reports are easily understandable.
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Incident handling involves preparing for, identifying, containing, eradicating, recovering from, and following up on security incidents. An incident is any event that threatens the security of systems and networks, such as system crashes, unauthorized access, or malware. Incident handling procedures include isolating affected systems, notifying authorities, identifying threats, containing damage, collecting evidence, and analyzing the cause of incidents. Computer security incident response teams coordinate incident response and work to secure networks from foreign attacks.
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Latihan4 comp-forensic-bab3
- 2. What is Computer Investigation Process? how to search for and collect evidence that can be used in a legal case or for a corporate inquiry, how to examine and analyze this evidence, and other matters related to forensic cases.
- 3. Policy and Procedure Development - A mission statement - The personnel requirements for the computer forensic unit - Administrative considerations - Submission and retrieval of computer forensic service requests - Implementation of case-management procedures - Handling of evidence - Development of case-processing procedures - Development of technical procedures
- 4. Investigating a Company Policy Violation Implementing and Enforcing Company Policy To effectively implement such policies, the company needs to inform each employee of the company policy. Employees who use company resources such as Internet or computer systems for personal use not only violate company policies but also waste resources, time, and money.
- 5. Before Starting the Investigation Legal Considerations Some important legal points an investigator should keep in mind are: • Ensuring the scope of the search • Checking for possible issues related to the federal statutes applicable (such as the Electronic Communications Privacy Act of 1986 [ECPA] and the Cable Communications Policy Act [CCPA], both as amended by the USA PATRIOT Act of 2001, and the Privacy Protection Act of 1980 [PPA]), state statutes, and local policies and laws
- 6. 10 Steps to Prepare for a Computer Forensic Investigation 1. Do not turn the computer off or on, run any programs, or attempt to access data on the computer. An expert will have the appropriate tools and experience to prevent data overwriting, damage from static electricity, or other concerns. 2. Secure any relevant media—including hard drives, laptops, BlackBerrys, PDAs, cell phones, CDROMs, DVDs, USB drives, and MP3 players—the subject may have used. 3. Suspend automated document destruction and recycling policies that may pertain to any relevant media or users at the time of the issue.
- 7. 10 Steps to Prepare for a Computer Forensic Investigation 4. Identify the type of data you are seeking, the information you are looking for, and the urgency level of the examination. 5. Once the machine is secured, obtain information about the machine, the peripherals, and the network to which it is connected. 6. If possible, obtain passwords to access encrypted or password-protected files. 7. Compile a list of names, e-mail addresses, and other identifying information about those with whom the subject might have communicated.
- 8. 10 Steps to Prepare for a Computer Forensic Investigation 8. If the computer is accessed before the forensic expert is able to secure a mirror image, note the user(s) who accessed it, what files they accessed, and when the access occurred. If possible, find out why the computer was accessed. 9. Maintain a chain of custody for each piece of original media, indicating where the media has been, whose possession it has been in, and the reason for that possession. 10. Create a list of key words or phrases to use when searching for relevant data.
- 9. Collecting The Evidence - Obtaining a search warrant - Preparing for searched - Searches for warrant - Performing a Preliminary Assessment - Examining and Collecting Evidence - Acquiring the Subject Evidence - Methods of Collecting Evidence - Securing the Computer Evidence - Processing Location Assessment - Chain-of-Evidence Form
- 10. Examining the Digital Evidence - Understanding Bit-Stream Copies - Imaging - Making a Bit-Stream Copy Using MS-DOS - Acquiring a Bit-Stream Copy of a Floppy Disk Using Image - Making a Bit-Stream Copy of Evidence Using Image - Write Protection - Evidence Assessment
- 11. Examining the Digital Evidence - Evidence Examination - Analysis of Extracted Data - Time-Frame Analysis - Data-Hiding Analysis - Application and File Analysis - Ownership and Possession - Documenting and Reporting - The Final Report