AI-DRIVEN GREEN LOGISTICS IN THE MILITARY SECTOR

Recent developments in sustainability policy and digital transformation have reshaped the operational
environment of military logistics. European defense organizations increasingly rely on artificial intelligence to
modernize logistics systems and reduce environmental impact while preserving operational effectiveness. This paper
explores the contribution of AI-based logistics solutions to green military supply chains, focusing on efficiency gains,
emission reduction, and improved decision-making processes. The findings indicate that the strategic deployment of
artificial intelligence enhances logistical resilience and supports alignment with European sustainability objectives.
Beyond operational optimization, the study highlights the broader strategic implications of integrating artificial
intelligence within defense logistics systems. AI-driven predictive analytics, intelligent energy management, and data
supported governance mechanisms contribute not only to environmental performance improvement, but also to cost
rationalization and enhanced institutional transparency. The research further examines the interaction between
sustainability objectives and defense resilience, arguing that green logistics, supported by artificial intelligence,
represents a structural component of contemporary European defense modernization. By embedding environmental
considerations into core logistics processes, military institutions strengthen long-term strategic autonomy and
adaptability in an increasingly volatile geopolitical environment.