Navy Logistic Productivity

The Navy Logistic Productivity program is focused on enhancing the efficiency and effectiveness of logistics operations within the Navy. This initiative is part of the Advanced Component Development and Prototypes category, which involves evaluating integrated technologies and prototype systems in realistic environments. The program aims to improve productivity by identifying barriers and developing techniques for introducing new technology into the workplace. It also seeks to enhance the quality of work-life for personnel by evaluating methods that could lead to improvements.

A key component of this program is the Naval Autonomous Data Collection System (NADACS), designed to improve asset visibility, accountability, and auditability. NADACS employs a range of technologies, including handheld readers, RFID, and IoT sensors, to track assets accurately. The system integrates various communication methods such as 5G cellular technology and SATCOM to ensure data is efficiently collected and managed. This initiative supports both Congressional and Departmental mandates for improved material tracking capabilities.

Another significant aspect of the Navy Logistic Productivity program is the Logistics R&D project. This project focuses on addressing capability and technology gaps identified by NAVSUP's Executive Steering Group. The Logistics R&D efforts include developing formalized food service management techniques, modernizing quality of life services, assessing clothing protection for warfighters, and improving logistics data access through enhanced interfaces. These initiatives are intended to leverage breakthrough technologies to optimize supply chain processes.

The Clothing Protection for the Warfighter project addresses challenges related to uniform durability and safety. It includes efforts to find alternatives to PFAS for water and stain repellent treatments in textiles, develop a product lifecycle management system, and standardize sizing across Navy uniforms. These initiatives aim to enhance the protective performance of clothing while ensuring comfort and fit for personnel. The goal is to maximize readiness and strength in fleet uniforms while considering environmental impacts and cost savings.