Judges

This course provides students with the fundamental knowledge and skills they need to investigate crimes involving virtual currency. Instructors explain foundational concepts like the characteristics of money, virtual currency, and cryptocurrency. Blockchain technology, proof work, and proof of stake are covered, and students learn how industry-leading cryptocurrencies (Bitcoin, Ethereum, and Monero) work and how they differ from each other. Finally, students learn investigative techniques for tracking and documenting transactions and best practices for seizing and securing cryptocurrency.

This course builds on the concepts introduced in "Financial Crime (FC) 101 - Financial Investigations Practical Skills" and "FC 105 - Financial Records Examination and Analysis," introducing investigators and prosecutors to emerging issues in financial crime. Topics include money laundering, analyzing large financial data sets, conducting effective interviews, and managing large amounts of financial evidence. This course consists of a mix of lecture, discussion, and hands-on exercises. Students conduct a mock investigation that includes interviews, data analysis, and the examination of various documents.

This course teaches students to identify and collect volatile data, acquire forensically sound images of Apple Macintosh computers, and perform forensic analysis of macOS operating system and application artifacts. Students gain hands-on experience scripting and using automated tools to conduct a simulated live triage, and use multiple methods to acquire forensically sound images of Apple Macintosh computers. Topics include how the macOS default file system stores data, what happens when files are sent to the macOS Trash, where operating system and application artifacts are stored, and how they can be analyzed. Forensic artifacts covered include password recovery, recently opened files and applications, encryption handling, Mail, Safari, Messages, FaceTime, Photos, Chrome, and Firefox.

This course provides the advanced skills and knowledge necessary to analyze data on iOS devices (iPod Touch, iPhone, and iPad) and Android devices at an advanced level. Students use forensically sound tools and techniques to analyze potential evidence, employing advanced techniques to uncover evidence potentially missed or misrepresented by commercial forensic tools. Topics include identifying potential threats to data stored on devices, using available acquisition options, accessing locked devices, and understanding the default folder structure. Core skills include analyzing artifacts such as device information, call history, voicemail, messages, web browser history, contacts, and photos. Instruction is provided on developing the "hunt" methodology for analyzing third-party applications not supported by commercial forensic tools.

This course introduces the problem of intellectual property (IP) theft and provides tools, techniques, and resources for investigating and prosecuting these crimes. A combination of lecture, discussion, and interactive exercises illustrates the potential dangers and economic repercussions of counterfeit products, as well as best practices and techniques for investigating IP theft. Students are provided with a state-specific workbook that includes relevant statutes, sample organizational documents for IP investigations, and additional resources for investigators and prosecutors.

This course provides basic to intermediate knowledge of the money laundering process and the commingling of funds, as well as an understanding of the ingenuity criminals use to move and hide funds while concealing their identity. The course instruction will use examples of real-life cases to provide an interactive session for students.

This course provides students with the fundamental knowledge and skills they need to investigate crimes involving virtual currency. Instructors explain foundational concepts like the characteristics of money, virtual currency, and cryptocurrency. Blockchain technology, proof work, and proof of stake are covered, and students learn how industry-leading cryptocurrencies (Bitcoin, Ethereum, and Monero) work and how they differ from each other. Finally, students learn investigative techniques for tracking and documenting transactions and best practices for seizing and securing cryptocurrency.

This course introduces the information and techniques law enforcement personnel need to safely and methodically collect and preserve digital evidence at a crime scene. Topics include recognizing potential sources of digital evidence; planning and executing a digital evidence-based seizure; and the preservation, packaging, documentation, and transfer of digital evidence.

This 1-day course is for law enforcement investigators and analysts, where device location information may be of importance. Class concepts include device identifiers (IDs) in general, advertising IDs in detail, important legal considerations, overall investigative process, and tools available to law enforcement. Students will use commercially available investigative tools for querying databases of Advertising ID?'s and displaying their recorded broadcast locations.

Mobile devices dominate the intake list and the desks of most digital forensics analysts globally. Devices are becoming more secure, with an increase in security; the need for detailed analysis is increasing as well. SQLite is a self-contained, serverless database engine. It is found on nearly every operating system and dominates iOS, Android, and macOS as one of the most prevalent and relevant data storage mechanisms. Rather than hope our forensic tools support the newest applications or be tethered to how a certain utility parses data, we can arm ourselves with the skills and techniques needed to conquer the analysis of nearly any application.