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Digital Forensics
The definitive text for students of digital forensics, as well as professionals looking to deepen their understanding of an increasingly critical field Written by faculty members and associates of the world-renowned Norwegian Information Security Laboratory (NisLab) at the Norwegian University of Science and Technology (NTNU), this textbook takes a scientific approach to digital forensics ideally suited for university courses in digital forensics and information security.Each chapter was written by an accomplished expert in his or her field, many of them with extensive experience in law enforcement and industry.The author team comprises experts in digital forensics, cybercrime law, information security and related areas. Digital forensics is a key competency in meeting the growing risks of cybercrime, as well as for criminal investigation generally.Considering the astonishing pace at which new information technology – and new ways of exploiting information technology – is brought on line, researchers and practitioners regularly face new technical challenges, forcing them to continuously upgrade their investigatory skills.Designed to prepare the next generation to rise to those challenges, the material contained in Digital Forensics has been tested and refined by use in both graduate and undergraduate programs and subjected to formal evaluations for more than ten years. Encompasses all aspects of the field, including methodological, scientific, technical and legal mattersBased on the latest research, it provides novel insights for students, including an informed look at the future of digital forensicsIncludes test questions from actual exam sets, multiple choice questions suitable for online use and numerous visuals, illustrations and case example imagesFeatures real-word examples and scenarios, including court cases and technical problems, as well as a rich library of academic references and references to online media Digital Forensics is an excellent introductory text for programs in computer science and computer engineering and for master degree programs in military and police education.It is also a valuable reference for legal practitioners, police officers, investigators, and forensic practitioners seeking to gain a deeper understanding of digital forensics and cybercrime.
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Digital Forensics Explained
This book covers the full life cycle of conducting a mobile and computer digital forensic examination, including planning and performing an investigation as well as report writing and testifying.Case reviews in corporate, civil, and criminal situations are also described from both prosecution and defense perspectives. Digital Forensics Explained, Second Edition draws from years of experience in local, state, federal, and international environments and highlights the challenges inherent in deficient cyber security practices.Topics include the importance of following the scientific method and verification, legal and ethical issues, planning an investigation (including tools and techniques), incident response, case project management and authorization, social media and internet, cloud, anti-forensics, link and visual analysis, and psychological considerations. The book is a valuable resource for the academic environment, law enforcement, those in the legal profession, and those working in the cyber security field.Case reviews include cyber security breaches, anti-forensic challenges, child exploitation, and social media investigations. Greg Gogolin, PhD, CISSP, is a Professor of Information Security and Intelligence at Ferris State University and a licensed Professional Investigator.He has worked more than 100 cases in criminal, civil, and corporate environments.
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Generative AI and Digital Forensics
In today’s world, cybersecurity attacks and security breaches are becoming the norm.Unfortunately, we are not immune to it, and any individual and entity is at dire risk.The best and only thing that we can do is to mitigate the risks as much as much as possible so that they do not happen at all.But even when a security breach does indeed happen, the immediate reaction is to contain it so that it does not penetrate further into the information technology/network infrastructure.From there, mission-critical processes need to be restored, until the business can resume a normal state of operations, like it was before the security breach. But another key step here is to investigate how and why the security breach happened in the first place.The best way to do this is through what is known as “digital forensics”.This is where specially trained digital forensics investigators collect and comb through every piece of evidence to determine this.Eventually, the goal is then to use this evidence in a court of law so the cyberattacker can be made to answer for their crime and eventually be brought to justice. However, the area of digital forensics is a large one, and many topics around it can be covered.Also, generative AI is being used to not only help in the analysis of the evidence but also to help automate the digital forensics software packages that are available today.Therefore, in this book, the following is covered:Examples of security breaches and overview of digital forensics. How digital forensics can be used to investigate the loss or theft of data. An introduction to the SQL Server Database. A review of the SQL Injection Attack. How generative AI can be used in digital forensics.
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Digital Forensics, Investigation, and Response
Digital Forensics, Investigation, and Response, Fourth Edition begins by examining the fundamentals of system forensics: what forensics is, an overview of computer crime, the challenges of system forensics, and forensics methods and labs.The second part of this book addresses the tools, techniques, and methods used to perform computer forensics and investigation.These include collecting evidence, investigating information hiding, recovering data, and scrutinizing email.It also discusses how to perform forensics in Windows, Linux, Macintosh operating systems, mobile devices, and networks.Finally, the third part explores incident and intrusion response, emerging technologies and future directions of this field, and additional system forensics resources.Each new print copy includes Navigate eBook Access enabling you to read your digital textbook online or offline from your computer, tablet, or mobile device.Want to learn more about using this book and its Cloud Labs in your class?Check out what Art McFadden, Digital Forensics Instructor in Kentucky, has to say about his experience with the Digital Forensics, Investigation, and Response, Fourth Edition book and Cloud Labs in this blog post.
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What is the difference between forensics and criminalistics?
Forensics is the application of scientific methods and techniques to solve crimes and legal issues, while criminalistics is a branch of forensic science that focuses specifically on the analysis of physical evidence in criminal investigations. Forensics encompasses a broader range of disciplines, including DNA analysis, toxicology, and crime scene investigation, while criminalistics is more narrowly focused on the collection, preservation, and analysis of physical evidence such as fingerprints, ballistics, and trace evidence. In summary, forensics is the overarching field that includes criminalistics as a specialized area of study within it.
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What level of education is required for Forensics?
To work in the field of forensics, a minimum of a bachelor's degree in a relevant field such as forensic science, biology, chemistry, or criminal justice is typically required. However, many positions in forensics may require a master's degree or even a Ph.D., especially for more specialized roles or for advancement in the field. Additionally, gaining practical experience through internships or on-the-job training is also important for a career in forensics.
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How can I do an internship in forensics?
To do an internship in forensics, you can start by researching and reaching out to organizations or agencies that offer internships in the field of forensics, such as law enforcement agencies, crime labs, or forensic science research institutions. You can also check with your college or university's career services office for internship opportunities in forensics. Networking with professionals in the field and attending career fairs or industry events can also help you find internship opportunities. Additionally, gaining relevant coursework or experience in forensic science, criminal justice, or related fields can make you a more competitive candidate for forensics internships.
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Where can I apply for an internship in forensics?
You can apply for internships in forensics at various places such as government agencies like the Federal Bureau of Investigation (FBI), local law enforcement agencies, forensic laboratories, and private forensic consulting firms. Additionally, many universities and research institutions offer internships in forensic science and related fields. It's important to research and reach out to specific organizations or institutions that align with your interests and career goals in forensics. Networking with professionals in the field and utilizing online job boards and internship databases can also help you find opportunities.
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Internet Forensics
The Internet is a fertile breeding ground for all kinds of scams and schemes, because it's so large and unregulated.Usually it's your credit card number they're after, and they won't stop there.Not just mere annoyances, these scams are real crimes, with real victims.Now, thanks to "Internet Forensics" from O'Reilly, there's something you can do about it.This practical guide to defending against Internet fraud gives you the skills you need to uncover the origins of the spammers, con artists, and identity thieves that plague the Internet.Targeted primarily at the developer community, "Internet Forensics" shows you how to extract the information that lies hidden in every email message, web page, and web server on the Internet.It describes the lengths the bad guys will go to cover their tracks, and offers tricks that you can use to see through their disguises.You'll also gain an understanding for how the Internet functions, and how spammers use these protocols to their devious advantage.This book is organized around the core technologies of the Internet-email, web sites, servers, and browsers. The chapters describe how these are used and abused and show you how information hidden in each of them can be revealed.The short examples illustrate all the major techniques that are discussed.The ethical and legal issues that arise in the uncovering of Internet abuse are also addressed.Not surprisingly, the audience for "Internet Forensics" is boundless.For developers, it's a serious foray into the world of Internet security; for weekend surfers fed up with spam, it's an entertaining and fun guide that lets them play amateur detective from the safe confines of their home or office.
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Cybercrime and Digital Forensics : An Introduction
This book offers a comprehensive and integrative introduction to cybercrime.It provides an authoritative synthesis of the disparate literature on the various types of cybercrime, the global investigation and detection of cybercrime and the role of digital information, and the wider role of technology as a facilitator for social relationships between deviants and criminals.It includes coverage of: • key theoretical and methodological perspectives; • computer hacking and malicious software; • digital piracy and intellectual theft; • economic crime and online fraud; • pornography and online sex crime; • cyber-bullying and cyber-stalking; • cyber-terrorism and extremism; • the rise of the Dark Web;• digital forensic investigation and its legal context around the world; • the law enforcement response to cybercrime transnationally; • cybercrime policy and legislation across the globe.The new edition has been revised and updated, featuring two new chapters; the first offering an expanded discussion of cyberwarfare and information operations online, and the second discussing illicit market operations for all sorts of products on both the Open and Dark Web.This book includes lively and engaging features, such as discussion questions, boxed examples of unique events and key figures in offending, quotes from interviews with active offenders, and a full glossary of terms.It is supplemented by a companion website that includes further exercises for students and instructor resources.This text is essential reading for courses on cybercrime, cyber-deviancy, digital forensics, cybercrime investigation, and the sociology of technology.
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Digital Forensics with Open Source Tools
Digital Forensics with Open Source Tools is the definitive book on investigating and analyzing computer systems and media using open source tools.The book is a technical procedural guide, and explains the use of open source tools on Mac, Linux and Windows systems as a platform for performing computer forensics.Both well-known and novel forensic methods are demonstrated using command-line and graphical open source computer forensic tools for examining a wide range of target systems and artifacts. Written by world-renowned forensic practitioners, this book uses the most current examination and analysis techniques in the field.It consists of 9 chapters that cover a range of topics such as the open source examination platform; disk and file system analysis; Windows systems and artifacts; Linux systems and artifacts; Mac OS X systems and artifacts; Internet artifacts; and automating analysis and extending capabilities.The book lends itself to use by students and those entering the field who do not have means to purchase new tools for different investigations. This book will appeal to forensic practitioners from areas including incident response teams and computer forensic investigators; forensic technicians from legal, audit, and consulting firms; and law enforcement agencies.
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Practical Guide to Digital Forensics Investigations, A
THE DEFINITIVE GUIDE TO DIGITAL FORENSICS—NOW THOROUGHLY UPDATED WITH NEW TECHNIQUES, TOOLS, AND SOLUTIONS Complete, practical coverage of both technical and investigative skills Thoroughly covers modern devices, networks, and the Internet Addresses online and lab investigations, documentation, admissibility, and more Aligns closely with the NSA Knowledge Units and the NICE Cybersecurity Workforce Framework As digital crime soars, so does the need for experts who can recover and evaluate evidence for successful prosecution.Now, Dr. Darren Hayes has thoroughly updated his definitive guide to digital forensics investigations, reflecting current best practices for securely seizing, extracting and analyzing digital evidence, protecting the integrity of the chain of custody, effectively documenting investigations, and scrupulously adhering to the law, so that your evidence is admissible in court. Every chapter of this new Second Edition is revised to reflect newer technologies, the latest challenges, technical solutions, and recent court decisions.Hayes has added detailed coverage of wearable technologies, IoT forensics, 5G communications, vehicle forensics, and mobile app examinations; advances in incident response; and new iPhone and Android device examination techniques.Through practical activities, realistic examples, and fascinating case studies, you’ll build hands-on mastery—and prepare to succeed in one of today’s fastest-growing fields. LEARN HOW TO Understand what digital forensics examiners do, the evidence they work with, and the opportunities available to themExplore how modern device features affect evidence gathering, and use diverse tools to investigate themEstablish a certified forensics lab and implement best practices for managing and processing evidenceGather data online to investigate today’s complex crimesUncover indicators of compromise and master best practices for incident responseInvestigate financial fraud with digital evidenceUse digital photographic evidence, including metadata and social media imagesInvestigate wearable technologies and other “Internet of Things” devicesLearn new ways to extract a full fi le system image from many iPhonesCapture extensive data and real-time intelligence from popular appsFollow strict rules to make evidence admissible, even after recent Supreme Court decisions
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How can I study biology and then go into forensics?
To study biology and then go into forensics, you can start by pursuing a degree in biology or a related field such as forensic science. It is important to take courses in biology, chemistry, and other relevant sciences to build a strong foundation. You can then specialize in forensic biology or forensic science through additional coursework or a graduate program. Gaining practical experience through internships or research opportunities in forensic labs can also be beneficial in preparing for a career in forensics.
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How can one transition from a biomedical analyst to forensics?
To transition from a biomedical analyst to forensics, one could consider pursuing additional education or training in forensic science or a related field. This could involve obtaining a certification or a master's degree in forensic science. It may also be beneficial to gain experience through internships or volunteer opportunities in forensic labs or with law enforcement agencies. Networking with professionals in the field of forensics and attending relevant conferences or workshops can also help in making the transition.
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What is the course of study for Natural Science Forensics?
The course of study for Natural Science Forensics typically includes a combination of biology, chemistry, physics, and forensic science courses. Students will learn about the scientific methods used in crime scene investigation, evidence collection and analysis, and how to apply these techniques in real-world scenarios. They may also study topics such as DNA analysis, toxicology, ballistics, and forensic anthropology. Hands-on laboratory work and internships are often a key component of the program to provide practical experience in the field.
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What is the course for cryptocurrency trading?
The course for cryptocurrency trading typically covers topics such as understanding blockchain technology, analyzing market trends, technical analysis, risk management, and trading strategies. It also includes practical exercises and simulations to help students gain hands-on experience in trading cryptocurrencies. Additionally, the course may cover the regulatory environment and legal considerations related to cryptocurrency trading. Overall, the course aims to provide students with the knowledge and skills needed to effectively trade cryptocurrencies in the market.
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