Integrated Surveillance System

The Integrated Surveillance System program, particularly the Deployable Surveillance Systems (DSS) project, seeks to enhance the Navy's wide-area surveillance capabilities. This initiative complements existing systems like the Fixed Surveillance System (FSS) and Surveillance Towed Array Sensor System (SURTASS), offering flexible solutions for Theater Anti-Submarine Warfare commanders. The DSS project focuses on developing systems such as Deep Water Passive (DWP) and Deep Water Active (DWA), utilizing ongoing research from the Navy, DARPA, and small businesses to address evolving submarine threats. Efforts for FY24 include refurbishing DWA clusters and conducting fleet demonstrations to validate requirements and prepare for future funding.

The IUSS Detect/Classif System project under the Integrated Undersea Surveillance Systems (IUSS) is vital for submarine detection, addressing both nuclear and diesel threats. This project supports the development of SURTASS Passive and Low Frequency Active systems, which are crucial for long-range detection and tactical cueing. The program also emphasizes advancements in processing technology through the Integrated Common Processor (ICP), which integrates data from various surveillance systems. Efforts focus on improving detection capabilities in challenging environments and enhancing system automation to counter quieter submarine threats.

The Ship Plan Development and Design project aims to replace the aging USNS ZEUS with a new cable laying and repair ship, T-ARC(X). This involves developing acquisition documentation, conducting system reviews, and engaging industry for preliminary design contracts. The goal is to reduce technical risks associated with ship construction by refining design requirements and ensuring affordability. The project targets supporting a contract award for detailed design and construction by FY27.

The Congressional Adds project is dedicated to designing the Next Generation Surveillance Array (NGSA). This includes completing a Critical Design Review, procuring materials for an Advanced Development Model, and engaging industry through Open Architecture Telemetry components. The rapid prototyping approach aims to advance surveillance technology capabilities efficiently.