Electronic Warfare Development - MIP

The Electronic Warfare Development - MIP program, part of the Navy's Research, Development, Test & Evaluation efforts, is dedicated to advancing Specific Emitter Identification (SEI) technology. This initiative is designed to improve the tracking capabilities of commercial ships worldwide by gathering SEI information through National Technical Means. The program focuses on miniaturizing and automating hardware, enhancing signal processing and analysis, and de-interleaving signals in complex environments. These efforts align with the objectives set by the Office of Naval Intelligence and the National Security Agency to support the Worldwide Ship Tracking Program.

Sensor Fusion is a key component of this program, aiming to develop advanced technologies for better signal processing and characterization. The emphasis is on improving national collection systems that use SEI technology for enhanced signal analysis and de-interleaving. This ongoing development seeks to integrate these technologies into a cohesive system capable of functioning in realistic environments, as reflected in its classification between Technology Readiness Levels 6 and 7.

System Automation is another critical aspect, focusing on creating an autonomous surveillance system that can transmit emitter signal information to a central location. This involves advancements in SEI certification hardware and software to ensure seamless automation. The objective is to develop a robust system that can autonomously handle surveillance tasks while maintaining high accuracy in signal identification.

Efforts in Technology Refresh and Communication Enhancement are also underway to boost SEI system performance and real-time communication capabilities. By concentrating on next-generation SEI technology, this initiative aims to improve tactical use and system efficiency through developmental enhancements in both hardware and software components. These improvements are vital for sustaining operational effectiveness in dynamic environments.