Practical applications of artificial intelligence in infectious disease surveillance and control: opportunities, challenges, and ethical considerations.
Aug 2026· Clinical Microbiology and Infection· 0 citations· 49 references
Medicine
TL;DR
A practical AI platforms that aid clinicians, researchers, and policymakers with infectious disease surveillance, prediction, and infection control are presented and the dual-use dilemma of AI is explored, addressing risks related to biothreat creation and misinformation dissemination alongside key ethical issues including data privacy and cybersecurity.
Abstract
Background
Artificial intelligence (AI) has been increasingly recognized as a public health tool with applications ranging from epidemiology, pandemic preparedness to infection control. Despite these advances, the integration of AI presents significant risks that demand careful oversight.
Objectives
The objectives of this review are to (1) present practical AI platforms that aid clinicians, researchers, and policymakers with infectious disease (ID) surveillance, prediction, and infection control and (2) to raise awareness of the risks of using AI in infectious diseases and public health.
SOURCES
PubMed was searched for relevant literature published through August 1, 2025 and was updated through July 24, 2026.
CONTENT
The review highlights AI applications in public health surveillance, exemplified by platforms such as ProMED-mail and HealthMap, which enable timely outbreak detection. In research, AI tools like AlphaFold accelerate pathogen characterization, expediting countermeasure development. Within healthcare settings, AI supports infection control by tracking protocol compliance, predicting HAIs, and detecting antibiotic resistance patterns. The manuscript further explores the dual-use dilemma of AI, addressing risks related to biothreat creation and misinformation dissemination, alongside key ethical issues including data privacy and cybersecurity.
IMPLICATIONS
AI holds transformative potential for infectious disease surveillance and control, benefiting clinicians, researchers, and public health professionals. However, the risk of misuse underscores the urgent need for comprehensive regulatory frameworks, ethical guidelines, and robust security measures to ensure responsible and safe implementation in public health contexts.
AI should be viewed as a decision-support tool that augments, rather than replaces, AMS expertise and when implemented responsibly within robust governance frameworks and aligned with AMS principles, AI can contribute meaningfully to improved antimicrobial use and AMR control.
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Artificial intelligence (AI) could be of assistance in the management of infectious diseases, as well
as in the prevention and early diagnosis of infectious diseases. Additionally, machines that contain
AI are specifically built to work with varying degrees of autonomy during their operation. In
addition, it is a sy...
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This work examines current AI applications in public health through the lens of established ethical principles, with particular attention to historically marginalized communities, and proposes concrete strategies, including mandatory equity impact assessments, validation in the communities of intended use, and sustaine...
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