Artificial intelligence (AI) systems are increasingly applied in public health, yet their use for analysing fragmented, multi-sectoral policy landscapes remains underdeveloped. Many applications have focused on service delivery, such as AI-powered chatbots, data surveillance and monitoring, and tracking social media interactions for emerging risks, with less attention paid to how AI might support policy analysis. This is especially true for the violence prevention sector, where AI is gaining traction as a solution for triaging help-seeking calls, detecting threatening messages, predicting conflict and improving police data, but not for understanding the policy landscape.
Policy responses to violence are undergoing scrutiny in the UK, coinciding with the recent publication of an updated cross-government strategy addressing violence against women and girls. This renewed focus places increased demands on researchers and policymakers to rapidly synthesise large and fragmented bodies of policy evidence spanning multiple sectors and both local and national government. Traditional approaches to policy review formed around a wholly manual approach may struggle to meet these demands within policy-relevant timeframes.
This research, an exploratory, proof-of-concept case study, aimed to describe the development and preliminary exploration of an AI-enabled tool designed to synthesise evidence from violence-related policy documents in the UK. The team was led by VISION Research Fellow Dr Darren Cook and inlcuded several members from the wider VISION consortium, Dr Elizabeth Cook, Kimberly Cullen, Professor Sally McManus, Professor Gene Feder and Professor Mark Bellis.
For their article, Artificial intelligence in critical synthesis of public health responses to violence: A novel application to UK violence prevention policy, the team compiled a corpus of publicly available UK policy and strategy documents on violence (N = 343) through expert review, manual searches of government and third sector organisation websites, and automated web scraping.
Then, they used the corpus to train an existing AI framework and deployed it through a question-answer interface. Stakeholders working in violence prevention (academics, practitioners in specialist services and government officials) were invited to pose natural-language questions about violence policy and consider the system’s utility and the usefulness of its outputs. Their feedback indicated that the AI generated reports were well-grounded in the underlying source documents. Syntheses aligned closely with the documents in the tool, and the inclusion of document references and page-level citations supported credibility assessments. Corpus coverage statistics were considered particularly helpful when judging the robustness of responses.
This research contributes by documenting the early application of an AI-enabled tool designed to support exploratory policy analysis. The team illustrates an emerging analytic capability and its potential role within policy-oriented research workflows. By demonstrating how a document-grounded, closed-domain AI system can be used to interrogate policy framings and identify potential siloes, this work addresses a gap in current public health applications of AI, specifically in the context of violence prevention.
To access the VISION AI tool to ask your own questions about violence prevention: VISION: Violence, Health & Society
To download the paper: Artificial intelligence in critical synthesis of public health responses to violence: A novel application to UK violence prevention policy
To cite: Cook, D., Cook, E., Cullen, K., Zachos, K., McManus, S., Feder, G., Bellis, M., Maiden, N. Artificial intelligence in critical synthesis of public health responses to violence: A novel application to UK violence prevention policy. Science Direct (2026). https://doi.org/10.1186/s40163-026-00272-2
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