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SkyGrid and King Abdullah University of Science and Technology Sign MoU to Advance Advanced Air Mobility in Saudi Arabia

Published on November 21st, 2025
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SkyGrid and King Abdullah University of Science and Technology Sign MoU to Advance Advanced Air Mobility in Saudi Arabia

SkyGrid and King Abdullah University of Science and Technology (KAUST), Saudi Arabia’s premier graduate research university, have announced the signing of a Memorandum of Understanding (MoU), formalized at the Kennedy Center during the U.S.–Saudi Investment Forum as part of Crown Prince Mohammed bin Salman’s visit to Washington, D.C. The MoU establishes a framework to explore, develop, and advance next-generation AAM technologies and operations across the Kingdom.

The collaboration brings together SkyGrid’s expertise in high-assurance digital airspace integration and KAUST’s leadership in scientific research, technology innovation, and national-level ecosystem development. Together, the organizations will collaborate to accelerate Saudi Arabia’s readiness for crewed and uncrewed aircraft operations, in alignment with the General Authority of Civil Aviation (GACA) and international aviation standards.

Under the MoU, SkyGrid and KAUST will establish a strategic framework to explore AAM technology pathways, strengthen regulatory readiness, and accelerate Saudi Arabia’s innovation capacity in advanced aviation. The collaboration will emphasize joint innovation, ecosystem development, and the transfer of research into real-world operational capabilities that support the Kingdom’s long-term vision for next-generation transportation and sustainable aviation.

Key areas of collaboration include the joint development of an air-side AAM sandbox to test, validate, and mature emerging technologies; live and simulated flight demonstrations for VTOL, STOL, and UAS platforms integrating SkyGrid’s digital solutions with KAUST’s research capabilities; and the facilitation of third-party flight experiments and commercial use cases to accelerate ecosystem development in the Kingdom. The partnership also encompasses advanced R&D in areas such as airspace efficiency, traffic deconfliction algorithms, UTM automation, digital twins, resilient communications, and simulation environments, as well as capacity-building initiatives through technical training, workshops, operator programs, and curriculum development to strengthen Saudi Arabia’s AAM talent pipeline.

Vincent Lambercy
Vincent brings 24 years of Air Traffic Management experience to the team. Having founded FoxATM after working 17 years with ANSPs in technical and sales roles; within ANSPs and the ATM industry. He has strong technical and commercial experience in international projects.
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