The university of texas at SAN antonio (utsa) and boston university (BU), in collaboration with westeds justice and prevention research center, will utilize this funding for the development of…

The University of Texas at San Antonio (UTSA) and Boston University (BU), in collaboration with the WestEd Justice and Prevention Research Center, will utilize a $440,000 Cooperative Agreement from the Bureau of Justice Assistance (BJA), under the Economic, High-Tech, and Cyber Crime Prevention program (CFDA 16.752), to develop innovative training methodologies for law enforcement investigations involving Internet of Things (IoT) devices and systems. The program will deliver multi-level training courses (basic, intermediate, and advanced) to equip law enforcement professionals with the necessary skills for comprehensive IoT forensic analyses. This partnership aims to enhance current investigative techniques and serve as a foundation for an extensive curriculum addressing the evolving needs of IoT forensic investigations, improving investigation outcomes and successful prosecutions in the field of IoT forensics. The sub-award to Boston University will contribute to this effort.

The university of texas at SAN antonio (utsa) and boston university (BU), in collaboration with westeds justice and prevention research center, will utilize this funding for the development of innovative, practical training methodologies for investigations involving IOT devices and systems. The global market for IOT devices is projected to reach USD 650.5 billion by 2026, highlighting the pervasive expansion and integration of these technologies. However, these devices are vulnerable, with risks of cyber-attacks commencing within minutes of internet connectivity. IOT technologies not only enhance consumer convenience, but also pose significant investigative challenges due to the data they generate and store, which can be pivotal in criminal investigations, such as human and drug trafficking. Given the complexity of IOT systems, which range from consumer products like smart home devices and wearables to embedded medical devices like wireless pacemakers, there is a critical GAP in law enforcements ability to effectively engage with and extract actionable intelligence from these devices. The proposed program will address these challenges by delivering multi-level training courses (basic, intermediate, and advanced) designed to equip law enforcement professionals with the necessary skills for comprehensive IOT forensic analyses. These courses will be continuously refined based on evaluation feedback from wested, ensuring they meet the highest standards of relevance and effectiveness. This partnership will not only enhance current investigative techniques but also serve as a foundation for developing an extensive curriculum that addresses the ongoing and evolving needs of IOT forensic investigations. By training law enforcement professionals to adeptly navigate the complex, rapidly evolving IOT landscape, the program aims to improve investigation outcomes and successful prosecutions, thereby setting a benchmark for excellence in the field of IOT forensics. This initiative represents a proactive response to the urgent and emerging needs in IOT forensic investigation, ensuring readiness against modern threats associated with high-tech criminal activities.