; and (E) contribute to and support, to the maximum extent practicable, the centralized, integrated data collaboration environment per section 3(2) and any other relevant interagency data systems, by collecting, organizing, and integrating the National Aeronautics and Space Administration’s scientific data, data systems, and computational tools related to wildland fires, associated smoke, and their impacts, and by enhancing the interoperability, useability, and accessibility of National Aeronautics and Space Administration’s scientific data, data systems, and computational tools, including— (i) observations and available real-time and near-real-time measurements; (ii) derived science and data products, such as fuel conditions, risk and spread maps, and data products to represent the wildland-urban interface; (iii) relevant historical and archival observations, measurements, and derived science and data products; and (iv) other relevant decision support and information tools. (4) Novel tools for active wildland fire monitoring and risk mitigation The Administrator, in collaboration with other Program agencies and relevant stakeholders shall apply novel tools and technologies to support active wildland fire research, monitoring, mitigation, and risk reduction, as practicable and appropriate. In particular, the Administrator shall: (A) Establish, in collaboration with the heads of other relevant Federal agencies, a program to develop and demonstrate a unified concept of operations for the safe and effective deployment of diverse air capabilities in active wildland fire monitoring, mitigation, and risk reduction. The objectives of the Program shall be to— (i) develop and demonstrate a wildland fire airspace operations system accounting for piloted aircraft, uncrewed aerial systems, and other new and emerging capabilities such as autonomous and high-altitude assets; (ii) develop an interoperable communications strategy; (iii) develop a roadmap for the on-ramping of new technologies, capabilities, or entities