Tactical Behaviors for Autonomous Maneuver

The Grants.gov proposal submission date has been revised to April 24, 2024, with accompanying answers to applicant questions included as part of the FOA Amendment. Key topics addressed include the significance of novel collaborative maneuver behaviors in Cycle 2 proposals, expectations for simulation environments and dynamic shuffling of strategies, and eligibility criteria for various organizations submitting proposals. Additionally, guidance is provided on collaboration, overhead rate justification, and required reporting for financial expenditures during the award period.

The Tactical Behaviors for Autonomous Maneuver Collaborative Research Program (TBAM-CRP) Cycle 2 funding opportunity aims to enhance the capabilities of small groups of robotic autonomous systems (RAS) for maneuvering through complex terrains, particularly in military contexts. It invites proposals addressing tactical behaviors in non-permissive environments with a focus on coordinated maneuvers against adversaries, maintaining situational awareness, and leveraging new technologies, with a total funding of $2.1 million expected per year. Eligibility extends to various organizations, including academic institutions and businesses, with multiple cooperative agreements anticipated for successful proposals submitted by the deadline of April 24, 2024.

The document outlines the updated proposal submission date and provides a Q&A section related to a federal funding opportunity (FOA) focused on the development of robotic maneuvers in military applications. Key highlights include the importance of novel collaborative behaviors in proposals for Cycle 2, which will build upon earlier phases by emphasizing autonomous team decision-making. The target for ROS2 development is clarified as "Jazzy." The document also specifies budget expectations, suggesting a $2.1M total for Cycle 2, and encourages collaboration among organizations, indicating that multi-organizational teams should submit a unified proposal. Additionally, it details expectations for communication models within team dynamics, preferences for decentralized algorithms, and the requirement for teams to establish their own metrics for evaluating proposals. The document emphasizes the inclusion of both virtual and physical simulations in testing methodologies while clarifying eligibility criteria for government labs and international applicants. The summary encapsulates the key objectives and considerations for applicants competing for this funding and supports strategic planning in robotic military maneuvers research.

The Tactical Behaviors for Autonomous Maneuver Collaborative Research Program (TBAM-CRP) Cycle 2 Funding Opportunity Announcement aims to advance research and development in autonomous systems for the U.S. Army. This initiative highlights the need for innovative tactics and coordinated behaviors for robotic agents in complex and contested environments, addressing diverse operational challenges against peer adversaries. Proposals are sought for projects that enhance the tactical capabilities of teams of Robotic and Autonomous Systems (RAS) to maneuver effectively while ensuring situational awareness and resilience in multi-domain operations. The funding opportunity is governed by the CCDC and outlined for a two-year cycle, with potential extensions based on performance. Eligible participants include higher education institutions, non-profits, and for-profit organizations. The program emphasizes collaborative research, leveraging existing ARL initiatives and partnerships, and it is expected to engage participants in rigorous simulation evaluations and demonstrations at ARL facilities. Proposals will be evaluated on scientific merit, collaborative potential, staff qualifications, and cost-effectiveness. The announcement allocates approximately $2.1 million annually, aiming to foster significant advancements in tactical behaviors for autonomous teams through multiple cooperative agreements. These efforts reflect the Army's commitment to developing effective solutions in the rapidly evolving landscape of military operations.