Amendment 1 to DARPA-PA-24-04-04 Emon Disruption Opportunity aims to correct an error regarding the reference to Figure 1 on page 3 of the original document. Aside from this correction, the amendment states that no additional changes have been made to DARPA-PA-24-04-04. The primary purpose of this document is to ensure accurate referencing within the federal RFP, maintaining the integrity of its contents for those responding to the opportunity. This concise amendment reflects the government's commitment to clarity and precision in its proposed research initiatives, pivotal for the effective coordination and funding of innovative projects within the defense sector.

The DARPA Disruption Opportunity (DO) DARPA-PA-24-04-04 invites innovative research proposals focusing on radar waveform generation, electromagnetic wave propagation, and processing. With a funding limit of $2 million, this initiative aims to exploit the tensorial nature of electromagnetic fields and investigate radar systems that leverage nontraditional waveforms, such as those with spatially varying phase fronts. The program's goals include improving radar resolution and the capture of previously unobservable environmental aspects through advanced waveforms and processing techniques. Proposals should encompass theoretical development and experimental validation within an 18-month timeline, addressing specified program goals. Proposers are encouraged to outline metrics and approaches for proof-of-concept experiments utilizing low-cost technology platforms. Key milestones include initial project kick-off, design of testbeds, development of waveform approaches, and validation testing. Proposals must be unclassified and submitted via DARPA’s portal by January 24, 2025. Evaluation will conform to outlined criteria, with support provided for high-risk, high-reward research that aligns with DARPA's goals in advancing radar technology. This DO underscores the agency’s commitment to fostering innovations that could significantly enhance military and civilian radar capabilities.

The Defense Advanced Research Projects Agency (DARPA) is seeking innovative research proposals for a Disruption Opportunity (DO) titled "Emon." This program focuses on advancing radar waveform generation, electromagnetic wave propagation, and processing, funding up to $2 million for prototypes. The main objective is to explore the tensorial nature of electromagnetic fields to enhance radar systems beyond traditional methods. Proposals should include theoretical investigations of nonstandard waveforms and experimental validations of their effectiveness, particularly in complex environments with multiple target interactions. Proposers are encouraged to develop experimental test plans while adhering to specific program metrics, including improving radar cross-section (RCS) and resolution. The project is expected to take 18 months, starting from March 2025, with key milestones for progress reporting and demonstrating initial results. The document details eligibility criteria, proposal submission guidelines, and evaluation processes to ensure that cutting-edge research aligns with national defense needs. Through this initiative, DARPA aims to explore untapped properties of electromagnetic fields to enhance operational capabilities.

The document outlines a schedule for project milestones and associated payments, totaling $2,000,000 for an experimental project involving waveform development and analysis. It specifies various key milestones over an 18-month period, listing crucial tasks and deliverables tied to each phase. Initial tasks include personnel assignments and developing a theoretical framework, followed by waveform development, analytic analyses, testing, and reporting. Each milestone is accompanied by requirements for deliverables such as reports, presentations, and demonstrations. The document's structure emphasizes a phased approach and meticulous monitoring of progress through set criteria. Overall, the purpose of this file is to establish a clear roadmap for project execution, ensuring accountability and progress tracking in alignment with government contracting standards. Assessing deliverables at numerous stages highlights the project's complexity and the necessity for continuous validation and refinement throughout its lifespan.