ARTICLES AND PUBLICATIONS
Data collection & forensics with the Internet of Things (IoT)
Explains how common IoT devices (smart homes, vehicles, wearables) generate evidentiary data and outlines practical steps for identification, lawful collection, preservation, and analysis. Emphasizes chain‑of‑custody issues and tool limitations relevant to drafting warrants and planning seizures. teamavalon
Avalon. (2025, March 26). Data collection & forensics with the Internet of Things (IoT). Avalon. https://teamavalon.com/avalon-blog/data-collection-forensics-with-the-internet-of-things-iot-0 teamavalon
2025 state of the industry: Cloud‑based evidence collection
Surveys the current landscape of cloud and connected‑device evidence acquisition, including legal‑process requirements, provider response patterns, and cross‑border complications. Useful for understanding how to frame search warrants for cloud‑synced IoT data and to anticipate latency, scope, and preservation challenges. oxygenforensics
Oxygen Forensics. (2025, September 21). 2025 state of the industry: Cloud‑based evidence collection (White paper). Oxygen Forensics. https://enterprise.oxygenforensics.com/news/2025-state-of-the-industry-cloud-based-evidence-collection/ enterprise.oxygenforensics
2025 industry trends survey
Presents survey data from investigators and prosecutors on growth in examinations involving drones, vehicles, wearables, and other IoT sources. Highlights resourcing gaps, training needs, and the increasing role of automation/AI, which can support funding justifications and policy development around digital forensics units. cellebrite
Cellebrite. (2025, February 9). 2025 industry trends survey (Law enforcement & digital forensics report). Cellebrite. https://cellebrite.com/wp-content/uploads/2025/02/IndustryTrendsSurvey_2025_LTR_Web.pdf cellebrite
A review study of digital forensics in IoT: Process models, phases, architectures, and ontologies
Systematic review of proposed IoT forensic process models and phases, from identification and acquisition to analysis and presentation. Provides conceptual frameworks you can map onto local SOPs and articulate in affidavits or expert testimony when explaining how IoT evidence was handled. sciencedirect
Author, A. A., Author, B. B., & Author, C. C. (2025). A review study of digital forensics in IoT: Process models, phases, architectures, and ontologies. Forensic Science International: Digital Investigation. Advance online publication. https://www.sciencedirect.com/science/article/abs/pii/S2666281725000514 sciencedirect
Forensics in the IoT era: Navigating challenges and designing future approaches
Analyzes technical and legal challenges of IoT forensics and proposes “forensic‑by‑design” approaches, including standardized logging and evidence‑friendly architectures. Helpful for long‑term policy, procurement, and expert‑witness explanations of why some IoT evidence is incomplete or difficult to obtain. ieeexplore.ieee
Author, D. D., & Author, E. E. (2025). Forensics in the IoT era: Navigating challenges and designing future approaches. In Proceedings of the 9th International Conference on Information Technology, Information and Communication (ITIC 2025). IEEE. https://ieeexplore.ieee.org/iel8/11354996/11354997/11355043.pdf deepdyve
Harnessing the power of IoT for real‑time crime intelligence
Profiles Glendale PD’s real‑time intelligence center and use of IoT feeds (ALPR, drones, cameras) to support first responders and investigations. Offers concrete examples you can cite when describing probable cause based on real‑time IoT‑derived intelligence or when justifying integrated “smart city” deployments. police1
Police1 Staff. (2025, January 27). Harnessing the power of IoT for real‑time crime intelligence. Police1. https://www.police1.com/police-products/real-time-crime-centers/harnessing-the-power-of-iot-for-real-time-crime-intelligence police1
Connected tech in action: Where IoT is transforming policing
Illustrates multiple policing use cases for connected technologies, including officer‑safety wearables, in‑car sensors, and smart‑city infrastructure. Useful as a high‑level briefing tool for command staff and prosecutors to understand what IoT data may exist in typical incidents. police1
Police1 Staff. (2025, September 8). Connected tech in action: Where IoT is transforming policing (infographic). Police1. https://www.police1.com/technology/connected-tech-in-action-where-iot-is-transforming-policing-infographic police1
Public safety technology: Top 8 trends for 2025
Discusses adoption of AI, IoT, and real‑time analytics in public‑safety agencies, including implications for data governance, privacy, and interoperability. Helps frame policy and risk‑management considerations that investigators should anticipate when seeking access to multi‑agency or smart‑city IoT systems. averoadvisors
Avero Advisors. (2025, July 29). Public safety technology: Top 8 trends for 2025. Avero Advisors. https://averoadvisors.com/public-safety-technology-top-8-trends-for-2025/ averoadvisors
2025 law enforcement technology trends you need to know
Outlines major technology trends—connected sensors, access‑control systems, asset‑tracking, and other IoT‑driven tools—and their impact on operations and evidence. Offers practical examples that can guide first responders and detectives in recognizing potential IoT evidence sources at a scene (e.g., key‑card systems, location beacons, smart lockers). realtimenetworks
Real Time Networks. (2024, December 12). 2025 law enforcement technology trends you need to know. Real Time Networks. https://www.realtimenetworks.com/blog/smart-tech-trends-in-law-enforcement realtimenetworks
No comments:
Post a Comment
Thank you for your thoughtful comments.