Using ChatGPT to Support Criminal Investigations: A Comparative Study of AI and Human Query
Abstract
This paper examines the role of advanced Artificial Intelligence (AI), particularly Large Language Models (LLMs) like ChatGPT, in supporting and enhancing criminal investigations. We focus on the integration of AI in query generation, intelligence analysis, and the interpretation of vast datasets to identify patterns and connections within criminal activities. Through a comparative study involving human participants and ChatGPT, we investigate the effectiveness of AI-generated queries in the 'North by Southwest' scenario, a simulated criminal case involving drug trafficking and money laundering. The ChatGPT study evaluates the AI's ability to generate a coherent investigation strategy and sequence investigative questions effectively. The human study, involving eight female Ph.D. candidates, assesses the strategies individuals employ when reasoning and developing hypotheses from ambiguous information, specifically focusing on three analytical approaches: following money, crimes, and people. Our findings highlight the complementary nature of AI and human analytical approaches. While ChatGPT provides a structured framework for sifting through evidence, human participants offer detailed, situational insights, particularly in connecting financial, criminal, and interpersonal elements. The study underlines the necessity of evaluating the accuracy and reliability of LLMs, considering the ethical implications and potential biases inherent in AI technologies. We conclude that a collaborative approach, utilizing both AI and human intelligence, can lead to more thorough and efficient investigations, ensuring that AI serves as an augmentative tool rather than a substitute for human expertise in the pursuit of justice.
Keywords: Criminal Investigations, Data, Frame Model, Large Language Models (LLMs), ChatGPT
DOI: 10.54941/ahfe1004661
Cite this paper
More from this volume
- Why Do or Don’t You Provide Your Knowledge to an AI?
- Application of Large Language Models in Stochastic Sampling Algorithms for Predictive Modeling of Population Behavior
- Human-centered Explainable-AI: An empirical study in Process industry
- Predictive functions of artificial intelligence for risk assessment in remote hybrid work
- Evaluation of a Scale to Assess Subjective Information Processing Awareness of Humans in Interaction with Automation & Artificial Intelligence
- Vector Result Rate (VRR): A Novel Method for Fraud detection in mobile payment systems
- Positive Interactions with Intelligent Technology through Psychological Ownership: A Human-in-the-Loop Approach
- Episodic Memory with Interactive 3D Sequential Graph
- Meaningful Emoji: A Preliminary Exploratory Study of Graphic Symbols Usage for Health Communication
- Exploring the Use of GenAI in the Design Process: A Workshop with Design Students
- Development of an Explainable Pre-Hospital Emergency Prediction Model for Acute Hospital Care
- Dyadic Interactions and Interpersonal Perception: An Exploration of Behavioral Cues for Technology-Assisted Mediation


AHFE Open Access