Target Acquisition and Guidance System (TAGS) for Wildfire Response

The Target Acquisition and Guidance System (TAGS) is an platform-agnostic navigation solution designed for Unmanned Aircraft Systems (UAS) to enhance wildfire management and disaster relief operations. This technology integrates autonomous cooperative planning algorithms and decision-making capabilities directly onboard, enabling multiple UAS to perform complex missions in dynamic environments with minimal human intervention. TAGS focuses on improving operational efficiency and safety by allowing one operator to supervise multiple drones, facilitating early detection, damage assessment, and logistical support in disaster-affected areas. The core technology employs a hierarchical communication system, decentralized control mechanisms, and advanced sensor data aggregation to enable effective coordination among UAS. Funding will support the development of TAGS's autonomous navigation and cooperative planning capabilities, refinement of its distributed control algorithms, and expansion of its sensor integration for better environmental perception and risk assessment. Target markets include government agencies involved in emergency management and wildfire suppression, utility companies seeking infrastructure inspection and maintenance solutions, and insurance companies requiring accurate risk assessment and claims management. TAGS aims to revolutionize the approach to disaster management, significantly reducing the reliance on human pilots and streamlining operations in critical scenarios, ultimately saving lives, preserving property, and minimizing the environmental impact of natural disasters and emergencies.