IEF for Military and Government
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Internet Evidence Finder (IEF) is a digital forensics solution that can search a hard drive, live RAM captures, or files for Internet-related evidence. IEF was designed with digital forensics examiners/investigators in mind. IEF is also used by security professionals, prosecutors, incident response teams, and cyber security personnel.Find out why IEF is trusted by many of the world’s most demanding military departments and government agencies.
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- Facility requirements like physical security, environmental controls, and evidence storage
- Ensuring appropriate hardware, software, and certifications are in place to conduct forensic investigations according to standards
04 Evidence Collection and Data Seizure - Notes
The document discusses guidelines for properly collecting and analyzing digital evidence from compromised systems. It emphasizes the importance of preserving evidence in its original state, establishing a clear chain of custody, and thoroughly documenting all procedures to ensure the evidence is admissible in court. The general procedure involves identifying relevant evidence, analyzing it to reconstruct the incident, and presenting findings in an understandable way. Volatile data like memory contents should be captured before non-volatile data from disks. Contamination must be avoided by only examining copies of original data.
Euroforensics 2012
The document summarizes information about the Euroforensics 2012 conference to be held from March 29-31 at the Istanbul Harbiye Military Museum & Cultural Site. The conference will feature exhibitions and discussions on cutting edge technologies in digital forensics, medical forensics, and forensic accounting. Over 3,500 participants from over 50 countries are expected to attend.
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Digital Forensics
A Pilot study on issues and complexity of digital forensics and how digital forensics can be applied in a live environment without the loss or spoilage of valuable data and evidence
02 Types of Computer Forensics Technology - Notes
The document discusses various types of computer forensics technology used by law enforcement, military, and businesses. It describes the Computer Forensics Experiment 2000 (CFX-2000) which tested an integrated forensic analysis framework to determine motives and identity of cyber criminals. It also discusses specific computer forensics software tools like SafeBack for creating evidence backups and Text Search Plus for quickly searching storage media for keywords. The document provides details on different types of computer forensics technology used for remote monitoring, creating trackable documents, and theft recovery.
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.
Role of a Forensic Investigator
The document discusses the roles and responsibilities of a computer forensic investigator. It explains that an investigator must gather digital evidence in a forensically-sound manner from various computer systems and devices. This includes recovering deleted files, analyzing file slack and unallocated space, validating email messages, and using file hashes and metadata to determine what files were created on which devices. The goal is to properly handle, analyze, and present admissible digital evidence in court.
03 Data Recovery - Notes
The document discusses data backup and recovery strategies. It defines data recovery as retrieving files that have been deleted, forgotten passwords, or recovering damaged hard drives. It discusses challenges with backups like network bandwidth, backup windows, and lack of resources. It also covers backup storage technologies and strategies to improve backups like incremental and block-level backups. The document recommends automating recovery, testing recovery plans, and using tools like BMC's Back-up and Recovery Solution to manage the backup process and improve recovery outcomes.
Computer Forensics: You can run but you can't hide
This document discusses digital forensics and incident response (DFIR). It covers the key phases of digital forensics like identification, acquisition, preservation, analysis and dissemination. Acquisition involves collecting evidence from various sources like mobile devices, cloud storage and game consoles. Preservation of the evidence is critical following techniques like write blocking. Analysis techniques are discussed like recovering deleted data and analyzing file system metadata. The challenges of DFIR are also covered like virtual machines, network forensics and issues with the cloud. The document ends emphasizing the importance of ethics, certification and keeping up with new tools and techniques in this field.
Digital Evidence in Computer Forensic Investigations
The document discusses digital evidence and its importance in investigations. It defines different types of digital evidence and outlines challenges and best practices for acquiring, handling, and preserving digital evidence. Specifically, it covers defining digital evidence, why it is important, challenges involved, general methodologies including seizure practices and safe acquisition methods, and safeguarding digital evidence. The presentation provides guidance to law enforcement on properly obtaining and securing digital evidence.
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Autopsy 3: Free Open Source End-to-End Windows-based Digital Forensics Platform
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05 Duplication and Preservation of Digital evidence - Notes
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Digital Evidence in Computer Forensic Investigations
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Similar to IEF for Military and Government
IEF for Business
Learn how IEF helps businesses in a range of corporate investigations, from intellectual property theft to employee misconduct. Internet Evidence Finder (IEF) is a digital forensics solution that can search a hard drive, live RAM captures, or files for Internet-related evidence. IEF was designed for digital forensic personnel including: forensic examiners, cyber security analysts, cyber forensic investigators, IT security, incident response managers, and private investigators.
Internet Evidence Finder Overview
IEF is data recovery software that finds existing and deleted data from Internet-related communications left behind on a computer hard drive.
Conceptual Study of Mobile Forensics
The use of digital devices in day to day life has increased tremendously. Mobile devices have become an vital part of our day to day routine and they are prone to facilitating illegal activity or otherwise being involved when crimes occur. Whereas computers, laptops, servers, and gaming devices might have many users, in the vast majority of cases, mobile devices generally belong to an individual. The science behind recovering digital evidence from mobile phones is called mobile forensics. Digital evidence is defined as data and information that is stored on, received, or transmitted by an electronic device that is used for investigations. Digital evidence encompasses any and all digital data that can be used as evidence in a case. Mobile devices present many challenges from a forensic viewpoint. With new models being developed each day, it is extremely difficult to develop a single process or tool to address all the possibilities an investigator may face. Court cases also need to be taken into consideration as mobile devices are being seized and analyzed. Mr. I. A. Attar | Mr. M. M. Kapale "Conceptual Study of Mobile Forensics" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-1 , December 2019, URL: https://www.ijtsrd.com/papers/ijtsrd29476.pdfPaper URL: https://www.ijtsrd.com/computer-science/world-wide-web/29476/conceptual-study-of-mobile-forensics/mr-i-a-attar
N.sai kiran IIITA AP
This document provides an overview of cybercrime and cybersecurity. It discusses hackers and their motivations, basic concepts in cybercrime investigation tools, and precautions individuals and businesses can take. Cybercrime is defined as crimes where computers are the object or subject. Common hacker profiles and business vulnerabilities are outlined. The role of computer forensics in investigating cybercrimes is also summarized.
Lessons v on fraud awareness (digital forensics)
Digital forensics involves the scientific analysis of digital evidence extracted from devices such as computers, laptops, mobiles, and storage devices. It aims to properly extract, analyze and document digital evidence for use in court. There are different stages including identifying purpose and resources, analyzing data using tools, interpreting results, documenting conclusions, and securing data for future use as evidence. Various branches of digital forensics examine different sources of digital evidence, such as network traffic and logs, firewall logs, databases, mobile devices, and email servers and accounts. Specialized tools are used to extract valuable information from these sources and assist with investigations.
Lessons v on fraud awareness (digital forensics) [autosaved]
Digital forensics is the scientific process of analyzing digital evidence from computers, mobile devices, and other electronic storage mediums. It involves securely acquiring and preserving digital evidence, extracting and analyzing relevant information, and documenting the process to present findings in a court of law. The key stages of digital forensics are identification, collection, analysis, interpretation, documentation and presentation of digital evidence. There are several branches of digital forensics including network forensics, firewall forensics, database forensics, mobile device forensics, and email forensics. Maintaining a proper chain of custody is also important to ensure digital evidence remains untampered and admissible in court.
eForensics_17_2013_KMOKER
Windows FE (Forensic Environment) allows forensic examiners to boot an evidence machine to Windows instead of Linux or other operating systems. This allows examiners to use their familiar Windows-based forensic tools rather than needing to learn Linux applications. Windows FE is based on Windows PE (Preinstallation Environment) but is designed for forensic analysis, where Windows PE is for system preparation and installation. Booting to Windows FE preserves evidence better than hardware write blocking and allows examiners to efficiently image, triage, and examine evidence machines using their preferred Windows software tools.
4.content (computer forensic)
Computer forensics is expected to face significant changes over the next 5-50 years:
- Within 5 years, storage capacity and processing speeds will increase dramatically, resulting in exponentially more data to analyze per case. Automated tools will help speed up initial processing but full analyses may still take similar time.
- By 10 years, computers may be much smarter and interfaces more advanced, changing the examiner's role. Experts will need deeper knowledge of human-computer interactions. Malware threats will likely escalate as well.
- Predicting 50 years is difficult but storage capacities may reach zettabytes, fit in dental fillings. Computers may surpass human intelligence. The legal system may remain
Combating cyber security through forensic investigation tools
cyber security's important because it encompasses everything that pertains to protecting our sensitive data, personally identifiable information (PII), protected health information (PHI), personal information, intellectual property, data, and governmental and industry information systems from theft and damage attempted by criminals and adversaries.
Cyber security risk is increasing, driven by global connectivity and usage of cloud services, like Amazon Web Services, to store sensitive data and personal information. Widespread poor configuration of cloud services paired with increasingly sophisticated cyber criminals means the risk that your organization suffers from a successful cyber attack or data breach is on the rise.
Gone are the days of simple firewalls and antivirus software being your sole security measures. Business leaders can no longer leave information security to cyber security professionals.
180 184
This document summarizes a study on digital forensics. It discusses the tools used in digital forensics including DriveSpy and Forensic Tool Kit (FTK). It outlines the digital evidence collection process as: 1) Identify systems involved and likely relevant evidence, 2) Collect, observe and preserve evidence following order of volatility, 3) Analyze, identify and rebuild evidence while verifying results. Common reasons for needing digital forensics are discussed like unauthorized access, denial of service attacks, and virus/worm/Trojan attacks. Strategies for computer forensics include preserving evidence without altering it, authenticating recovered evidence, and analyzing without modification. Tools like EnCase are also summarized that perform functions like data acquisition
AD-MPEX-BRO-09Dec2014
The document summarizes the key features and capabilities of the Mobile Phone Examiner Plus (MPE+) mobile forensics software. MPE+ allows extraction of data from over 10,000 mobile devices, including physical and logical extraction of Android and iOS devices. It provides faster extraction than competitors and can extract more user data, including supporting unlimited devices through custom python scripts. MPE+ helps investigators manage growing caseloads and supports changing mobile technologies and obscure Chinese devices through updates and add-ons.
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iPhone Apple iOS backdoors attack-points surveillance mechanisms
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How to Detect System Compromise & Data Exfiltration with AlienVault USM
More information on this webcast: http://ow.ly/IyNdF
Have you ever wondered how the bad guys actually get control of a system? And, how they convert that system into a data-syphoning droid? Then you won't want to miss our next live demo, where AlienVault's security gurus Mark Allen & Garrett Gross will walk you through the steps of a system compromise, including how AlienVault USM detects these nefarious activities every step of the way.
You'll learn:
How attackers exploit vulnerabilities to take control of systems
What they do next to find & exfiltrate valuable data
How to catch them before the damage is done with AlienVault USM
Using a real-world example of a common vulnerability, Mark will show you how USM gives you the evidence you need to stop an attack in its tracks.
Comparative Analysis of Digital Forensic Extraction Tools
Computer forensics Process collecting and examining information present in digital format in civil, criminal, or administrative proceedings for use as evidence. It is also a from data recovery, which involves the recovery of data from a system that has been erased by error or lost during a server crash. Tools are designed to extract evidence from the computer and it is the role of the investigator to check whether the crime or policy violation has been committed by the suspect. Investigators use various kinds of tools based on the area or the kind of information which is lost such as digital data, network compromise, cyber breach, web data, email and many more. Varun H M | Dr. Uma Rani Chellapandy | Srividya B G "Comparative Analysis of Digital Forensic Extraction Tools" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-1 , December 2020, URL: https://www.ijtsrd.com/papers/ijtsrd37980.pdf Paper URL : https://www.ijtsrd.com/computer-science/computer-security/37980/comparative-analysis-of-digital-forensic-extraction-tools/varun-h-m
SFScon 22 - Alessandro Farina - Open Source Digital Forensics – wiretapping a...
SFScon 22 - Alessandro Farina - Open Source Digital Forensics – wiretapping a...South Tyrol Free Software Conference
Stalkerware is monitoring software or spyware that is used for cyberstalking. The term was coined when people started to widely use commercial spyware to spy on their spouses or intimate partners. (https://en.wikipedia.org/wiki/Stalkerware)
TinyCheck allows you to easily capture network communications from a smartphone or any device which can be associated to a Wi-Fi access point in order to quickly analyze them. This can be used to check if any suspect or malicious communication is outgoing from a smartphone. (https://github.com/felixaime/TinyCheck-1)
In addition to showing what an excellent defense tool TinyCheck is, in my talk I’ll show how I have modified it for forensic acquisition of messaging application in support for LE, obtaining a tool that users can fully inspect to verify what’s happening in every step of the acquisition.To get round to the heart of fortress
The document provides information about different types of digital forensics including computer forensics, mobile device forensics, network forensics, and database forensics. It discusses techniques used in each area such as disk imaging, file recovery, traffic analysis, and database transaction analysis. The document also provides details on forensic processes for mobile devices, including steps for examination, identification, collection, and documentation of evidence from a mobile device.
Digital forensics
The document provides information for someone interested in pursuing a career in digital forensics. It discusses recent cases that were solved using digital forensics evidence, programs to become a digital forensics examiner, and popular hardware, software and web resources used in digital forensics investigations and analysis.
A Joint Study by National University of Singapore and IDC
This document summarizes the key findings of a study on the link between pirated software and cybersecurity breaches:
1) The study found that consumers and enterprises have a 33% chance of encountering malware when obtaining pirated software or buying a PC with pirated software pre-installed. A forensic analysis of 203 PCs found 61% were infected with malware.
2) Consumers will spend $25 billion dealing with security issues caused by malware on pirated software in 2014. Enterprises will spend $491 billion, with $315 billion resulting from criminal organizations' activities.
3) Asia Pacific will incur over 40% of worldwide consumer losses and over 45% of enterprise losses from malware on pir
Digital Forencis.pdf
Digital forensics involves preserving, identifying, analyzing, documenting, and presenting digital evidence in a way that maintains its integrity for use in legal cases. The process includes collecting relevant evidence from computers, networks, firewalls, databases, and mobile devices, analyzing it to determine what was accessed or stolen, and summarizing the findings to help trace the distribution of any stolen information. Popular digital forensics software tools aid in areas like network, firewall, and mobile device analysis and help determine the accuracy of investigation results.
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Lessons v on fraud awareness (digital forensics) [autosaved]
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Combating cyber security through forensic investigation tools
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iPhone Apple iOS backdoors attack-points surveillance mechanisms
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How to Detect System Compromise & Data Exfiltration with AlienVault USM
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Comparative Analysis of Digital Forensic Extraction Tools
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A Joint Study by National University of Singapore and IDC
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Programming Foundation Models with DSPy - Meetup Slides
Programming Foundation Models with DSPy - Meetup Slides
Presentation of the OECD Artificial Intelligence Review of Germany
Presentation of the OECD Artificial Intelligence Review of Germany
Letter and Document Automation for Bonterra Impact Management (fka Social Sol...
Letter and Document Automation for Bonterra Impact Management (fka Social Sol...
Introduction of Cybersecurity with OSS at Code Europe 2024
Introduction of Cybersecurity with OSS at Code Europe 2024
IEF for Military and Government
- 1. Sometimes, it’s a matter of life and death. Internet Evidence Finder (IEF) is a digital forensics solution that can search a hard drive, live RAM captures, or files for Internet- related evidence. IEF was designed with digital forensics examiners/ investigators in mind. IEF is also used by security professionals, prosecutors, incident response teams, and cyber security personnel. IEF can recover evidence left behind within social networking artifacts, instant messaging chat histories, popular webmail applications, web browsing history, and peer-to-peer file sharing applications. IEF FOR MILITARY AND GOVERNMENT Find out why IEF is trusted by many of the world’s most demanding military departments and government agencies.
- 2. “IEF is great for finding the artifacts that are left behind but would take forever to search for and carve out individually. It’s really easy to use, basically just set it and forget it...” State of Connecticut, Judicial Branch, United States “IEF has simplified, and increased the chances of finding, information from Facebook artifacts as well as other chat clients. Internet Histories from a variety of browsers doesn’t hurt things either! I love the Reporting function as it is simple to use and easy to understand when presented to other investigators and prosecutors.” Nebraska Attorney General’s Office, United States Military & Governments KEY BENEFITS worldwide are using IEF to find ROBUST SEARCH & DEPENDABLE RESULTS critical evidence in the following IEF can recover more types of digital evidence than any other solution, investigations: which makes it more likely to uncover critical evidence. You can do a single search and find all Internet related evidence without having to try TERRORISM keywords, manually carve data, or run individual scripts. It’s the closest International terrorism, domestic thing to a “Find All Evidence” button. terrorism, and weapons of mass With our patent-pending technology, IEF finds more forms of Internet artifacts destruction and filters out false positives. IEF is able to recover evidence from not only COUNTERINTELLIGENCE deleted data, but also live RAM captures, which often hold vital evidence. Counterespionage, counterproliferation, ACCELERATE INVESTIGATIONS & REDUCE CASE BACKLOG and economic espionage With the ever-growing hard drive capacities and the explosive growth in both case loads and complexity, organizations and agencies of all kinds CYBERCRIME require an accurate and comprehensive solution for recovering data. Identity theft/fraud, computer intrusions, IEF is a rapid automated solution that saves a tremendous amount of online predators, and Internet fraud time and allows you to work on other parts of the investigation while it’s searching. It’s as straightforward as hitting search and coming back to a PUBLIC CORRUPTION comprehensive report to review the results. Government fraud, election fraud, and foreign corrupt practices USER FRIENDLY Both experienced and new forensic examiners/investigators find the IEF DRUGS user interface flexible, intuitive and easy to use. Because its reporting Narcotics trafficking options are as impressive as its analytical capabilities, producing professional reports for both internal or external audiences is equally CIVIL RIGHTS simple and straightforward. Time is of the essence and that is why there is Hate crimes and human trafficking no complex configuration or setup. ORGANIZED CRIME THE GOLD STANDARD IN DIGITAL ARTIFACT RECOVERY Gangs and mafia and their illegal activities IEF is considered the defacto standard for the recovery of digital evidence and is used by thousands of the most prestigious national security INTELLECTUAL PROPERTY agencies, law enforcement teams, and corporations around the world. Copyright, counterfeiting, trademarks COURT ADMISSIBLE The reporting feature that’s built into IEF provides the information examiners require to manually verify all results. JADsoftware Inc. Phone: 519-342-0195 Waterloo Research & Technology Park Fax: 519-772-3908 295 Hagey Boulevard, N2L 6R5, Email: sales@jadsoftware.com Waterloo, Ontario, Canada Web: www.jadsoftware.com