This course introduces the information and techniques law enforcement personnel need to safely and methodically collect and preserve electronic evidence at a crime scene. Topics include recognizing potential sources of electronic evidence; planning and executing a digital evidence-based seizure; and the preservation, packaging, documentation, and transfer of digital evidence.
This course provides the technical and legal information prosecutors need to see cases involving digital evidence through the entire criminal justice process, from seizure and extraction to admissibility to verdict. Topics include digital evidence commonly seized during the execution of a search warrant, digital evidence stored remotely by third-party service providers, and the processes investigators use to obtain this evidence (such as the interrogation of digital devices). There is a strong focus on case law and other legal issues surrounding the collection and custody of digital evidence, as well as its use at trial. The course also examines new legislation like the CLOUD Act, which is reforming the digital evidence landscape just as rapidly as the ever-changing case law.
This course provides the technical and legal information prosecutors need to see cases involving digital evidence through the entire criminal justice process, from seizure and extraction to admissibility to verdict. Topics include digital evidence commonly seized during the execution of a search warrant, digital evidence stored remotely by third-party service providers, and the processes investigators use to obtain this evidence (such as the interrogation of digital devices). There is a strong focus on case law and other legal issues surrounding the collection and custody of digital evidence, as well as its use at trial. The course also examines new legislation like the CLOUD Act, which is reforming the digital evidence landscape just as rapidly as the ever-changing case law.
Kevin Johnson of Secure Ideas has been attacking users for as long as he has been working in security. With permission of course! In this presentation, he will walk through the various attacks, including email, social media, and in-person. Using various war stories, he will explain how the attacker views the user and what they do to increase the success rate of these attacks.
This presentation uses war stories from decades of working in information technology and security to explore the attacks we see today. Kevin Johnson of Secure Ideas will walk through the attacks that are the root of the breaches today. These stories will explain how the attack was performed and why an attacker would take that direction.
Terrorist organizations are using cryptocurrencies as a new way to raise funds and facilitate operations. This poses a challenge to both public and private sector organizations, but also creates a new opportunity for lead development centered on blockchain data. This webinar will review an analysis of recent cases of terrorist organizations using Bitcoin, provide an overview of Chainalysis data and the Reactor software solution, and speak to the future of terrorist financing through cryptocurrency and how to stop them.
Many mobile phone users choose to share Advertiser ID information with app developers and social media companies. This includes precision handset geolocation information. Advertiser ID handset geolocation information is separate and distinct from handset geolocation information collected by cellular carriers, by Google for Android OS devices, or on iOS handsets in Significant Locations. Commercially available Advertiser ID information can be used during criminal investigations to determine if a handset was at multiple crime scenes near the times of those crimes and to determine specific locations where a handset was previously located. This webinar will discuss Advertiser IDs, show where Advertiser ID controls are located on iOS and Android OS handsets, outline investigative use and considerations, and detail specific instances when evidence collected from commercially available Advertiser ID information was used during the investigations of serious crimes.
Many mobile phone users choose to share Advertiser ID information with app developers and social media companies. This includes precision handset geolocation information. Advertiser ID handset geolocation information is separate and distinct from handset geolocation information collected by cellular carriers, by Google for Android OS devices, or on iOS handsets in Significant Locations. Commercially available Advertiser ID information can be used during criminal investigations to determine if a handset was at multiple crime scenes near the times of those crimes and to determine specific locations where a handset was previously located. This webinar will discuss Advertiser IDs, show where Advertiser ID controls are located on iOS and Android OS handsets, outline investigative use and considerations, and detail specific instances when evidence collected from commercially available Advertiser ID information was used during the investigations of serious crimes.
This course promotes a multiagency approach to the problem of financial exploitation of senior citizens. Bringing together law enforcement personnel and adult protective services investigators, the course enhances students' investigative skills and interviewing techniques while facilitating networking and cooperation that can extend out of the classroom and into real cases. Topics include recognizing elder abuse, working with victims, and identifying perpetrators, as well as resources for investigation and community awareness. Students work together to conduct a mock investigation into a hypothetical case.
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 review of the digital forensic examination process, including documentation, case management, evidence handling, validation, and virtualization. Students learn to use today's leading commercial and open source digital forensic suites: Magnet Axiom, X-ways Forensic, and Autopsy. Instruction on each suite will include an interface overview, configuration, hashing, file signature analysis, keyword searching, data carving, bookmarking, and report creation.