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About

B. Danette Allen is a researcher at NASA Langley Research Center whose work spans autonomous systems, robotics, and software architecture for unmanned and space-based platforms. Her research focuses on advancing autonomy frameworks for both unmanned systems (UxS) operations and in-space assembly, servicing, and manufacturing — areas of growing strategic importance as NASA's missions push further beyond Earth's orbit. Allen's most cited contribution, "Supervised Autonomous Assembly to Create and Evolve Persistent Assets" (2022, 5 citations), proposes a paradigm-shifting autonomy approach for constructing persistent assets in microgravity and planetary environments. Complementing this, her work on software architecture for precision space structure assembly and her development of the Autonomous Robotic Manipulator Software (ARMS) suite demonstrate a sustained commitment to building robust, research-ready infrastructure for in-space servicing and robotic manipulation. Earlier in her career, Allen helped establish NASA Langley's Autonomy Incubator by championing open, distributed software frameworks for UxS platforms, and explored multimodal decision-making under uncertainty for autonomous vehicles across land, air, sea, and space domains. Though her citation counts remain modest, her work reflects meaningful foundational contributions to autonomous systems research, positioning her as a key contributor to NASA's evolving capabilities in space robotics and autonomous operations.