Proactive Detection of Alcohol Impairment: Leveraging Artificial Intelligence for Enhanced Traffic Safety
Richard Swilley, Mahmoud Abdelkader Bashery Abbass, Razan Alsulieman, Ahmed Sherif, Mohamed Said Elsersy, Rabab Abdelfattah · 2025
Drunk driving continues to seriously threaten public safety, affecting drivers, pedestrians, and other road users. Current detection systems are primarily reactive, with limited effectiveness in proactively identifying impairment, especially out-of-the-vehicle detection methods. To address this gap, this paper introduces a novel approach that uses machine learning (ML) and deep learning (DL) techniques to classify people as intoxicated or sober using image data from outside the cars. The study uses a custom dataset that preprocesses and integrates images from the IMDB-Wiki and Drunk/Sober datasets, incorporating images with varying disruption and noise levels (ranging from 10 % to 30%) to simulate different camera qualities outside the suspected person's car. We then train several ML and DL models to predict alcohol impairment by analyzing facial features and other imagebased indicators. The results demonstrate significant advances in detection accuracy and reliability compared to existing systems, paving the way for proactive methods for preventing drunk driving that can affect traffic safety.