N/A

This three-day course covers the fundamentals of financial investigations and incorporates some of the more advanced processes that elevate an investigation. During this course, students will learn about investigative processes, practical tools, and sources of information necessary to plan and conduct financial investigations. The course begins with a description of the basic composition of elements within illicit financial networks and how they work to compromise legitimate business and financial sectors.

This course covers the acquisition, examination, and analysis of many types of financial records, including bank statements and checks, wire transfer records, and business records. Topics include recognizing and investigating common indicators of fraud, using spreadsheets to facilitate analysis and pattern recognition, and financial profiling. There is a strong focus on presenting financial evidence in multiple modalities: spreadsheet data outputs, graphic representations, and written/oral presentations. *Introduction to analysis. Best practices. Finding patterns. Indicators of fraud.

This course provides students with the fundamental knowledge and skills necessary to perform a limited digital forensic examination, validate hardware and software tools, and effectively use digital forensic suites and specialized tools. The course begins with a detailed study of the digital forensic examination process, including documentation, case management, evidence handling, validation, and virtualization. Students learn to use todays leading commercial and open source digital forensic suites: Magnet Axiom, X-ways Forensic, and Autopsy.

This course introduces analysts to the broader concepts of connecting the dots through link analysis. A critical portion of conducting a successful analytical investigation is the ability to link together and understand the complexities of the connectedness between people and organizations. Introduction to Link Analysis (ILA) expands on the basic principles of link and association analyses explored in the Foundations of Intelligence Analysis Training (FIAT) while building a framework for more advanced methods such as social network analysis.

This course introduces the problem of intellectual property 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.

Technology has changed the modern crime scene; keeping up with tech advancements and collecting pertinent evidence will continue to grow exponentially. This webinar will discuss the digital evidence that is available and what may be available in the near future. We will discuss cellular, GPS, Wi-Fi, Bluetooth, and other forms of evidence. We will provide a plan to manage the collection in an innovative, timely, and practical manner, from what can be done now with some tech to the ideal way of collecting digital evidence.

O.J. Simpson was charged and acquitted with murdering two persons in a widely televised, 9-month jury trial, following a violent attack in June 1994. He was then found liable for their wrongful death in a later civil trail. This presentation will first provide an overview of the trial evidence and identify investigative challenges with this case. Then the presenter, an experienced former federal prosecutor who was not involved in the trials, will describe the present and emerging high technology and digital evidence that might be available if the same crime happened in 2023.

This webinar will explain how language can be used as a forensic science tool, underlying research rigor, and acceptable application. It will familiarize participants with historical and emerging use in investigations and prosecutions, the potential relevance to online and digital evidence, and the basic legal considerations for appropriate use in litigation.

The Internet Corporation for Assigned Names and Numbers (ICANN) and the American Registry for Internet Numbers (ARIN) have joined together to develop a presentation specifically designed for law enforcement focused on cyber security and the roles our organizations play in helping to combat this ever-evolving problem. ICANN helps coordinates the names and numbers that are used as unique identifiers in the global Internet. It is tasked with helping make sure that the Domain Name System (DNS) remains stable, secure, and resilient.

Hundreds of incidents shootings, workplace violence, other attacks are taking place across schools and communities every year. In response, schools and communities continue to invest their money, time, and efforts into more deterrents, like locks, metal detectors, cameras, etc., but what happens when attackers are undeterred like we are seeing today?