AI-Powered Decision Support Tool for Military Logistics by ASI Receives DIU Prototype Contract

AI-Enabled Joint Sustainment Decision Tool (JSDT)

Overview
On February 19, 2026, Air Space Intelligence (ASI) announced a significant achievement: the company has been awarded a contract by the Defense Innovation Unit (DIU) to create an AI-driven Joint Sustainment Decision Tool (JSDT). ASI has carved a niche in developing advanced decision support software tailored for complex environments, making this contract a crucial step in modern military operations.

Objective of the Contract
The awarded contract focuses on enhancing logistics decision support for military leaders operating in multifaceted and varied operational theaters. The tool aims to provide actionable insights at a time when operational uncertainty and adversarial pressures are ever-increasing. The capability of ASI's software to rapidly assess changing conditions and identify key dependencies is instrumental in generating effective courses of action (COAs) for decision-makers.

Importance of Logistics in Modern Warfare
Today's military engagements are heavily influenced by the efficiency of logistics systems. Adversaries often target supply chains and infrastructure, emphasizing the critical nature of sustaining forces on the battlefield. The AI-powered tool represents a shift in understanding logistics as not merely a support mechanism but as a decisive operational element. It allows commanders to comprehend the long-term effects of logistics decisions on operational endurance, campaign pace, and risk management.

Challenges Faced by Commanders
Mark Lepczyk, President of ASI Federal, highlighted the difficulties commanders face: they must make swift decisions with potentially incomplete information amidst constant threats to their logistical networks. The DIU contract acknowledges the necessity for innovative AI solutions that do not merely optimize single plans but provide multiple options. ASI’s solution will enable leaders to explore various COAs, and their corresponding impacts on logistics and operational strategy.

Dynamic Decision-Making Environment
Given the unpredictable nature of resupplying and contested infrastructures, ASI has designed its solution specifically for dynamic environments. Traditional decision-making assumptions often falter under such conditions. The integration of AI-driven analysis combined with domain knowledge equips commanders to weigh trade-offs between speed, risk, sustainability, and mission success.

Support for the Pentagon's AI Goals
This contract mirrors the Pentagon's ambitions to pivot towards an