P. -L. Mayeur, J. -F. Sauvage, T. Fusco, N. Védrenne, C. Petit, D. Barbon-Dubosc, G. Leplat, G. Guerrin, A. Vincent-Randonnier, V. Michau, F. Dolon, M. Ferrari, F. Huppert, P. -E. Blanc, S. Basa, J. Floriot, B. Neichel, T. Guerini, J. Mingot, T. Jolivet, R. Buchard, N. Robbe, J. Dezeuze, S. Idri, F. Rosso, C. Boyer, S. Thomas, S. Egron

PROVIDENCE is an ONERA-led project to install a new-generation optical ground station at the Haute-Provence Observatory (OHP) in South of France. Built around a 2.5-meter aperture, the station addresses five core science cases: space domain awareness, astronomy, laser activities and communications, atmospheric characterization, and instrumental prototyping. The project is organized into three parallel subprojects covering the telescope (Providence T), the building (Providence B), and the instruments (Providence I), the latter including the facility's first-light adaptive optics instrument, INTERSTELLAR. This paper presents the scientific motivation, the project architecture, the telescope technical specifications, the civil-engineering challenges associated with replacing the existing T152 equatorial telescope, and the station layout designed to host multiple co-active instrument teams. The project roadmap targets First Light in 2029, timed to track the close-approach flyby of asteroid Apophis.