President Donald Trump has signed an executive order approving a proposed deal that would keep video-sharing platform TikTok operational in the U.S. while protecting national security. Engage with U.S. military leaders and
MoreThe Federal Risk and Authorization Management Program has announced the second phase of FedRAMP 20x, a cloud-native authorization framework that aims to advance the use of automation to accelerate secure cloud adoption
MoreThe National Institute of Standards and Technology has issued a broad agency announcement through its CHIPS Research and Development Office to solicit proposals for a funding opportunity aimed at advancing U.S. leadership
MoreJames McCament, chief digital transformation officer at U.S. Customs and Border Protection, has received the 2025 Government Executive of the Year Award in recognition of his leadership in modernizing CBP through automation,
MoreThe Air Force Installation and Mission Support Center, or AFIMSC, has developed a blanket purchase agreement to facilitate the delivery of base operations support IT, or BOS-IT, services across the Department of
MoreThe Department of the Treasury has signed a series of blanket purchase agreements with several technology companies to support IT modernization efforts within the Internal Revenue Service. The Treasury said Monday the
MoreThe Defense Innovation Unit has established the Recognized Assesors group to evaluate unmanned aerial systems and associated components for compliance with the National Defense Authorization Act. Accelerating Military Use of Drone Platforms The
MorePresident Donald J. Trump has signed a deal with U.K. Prime Minister Keir Starmer to collaborate on efforts to advance artificial intelligence, quantum computing and civil nuclear energy technologies. Michael Kratsios, director
MoreThe U.S. Marine Corps has selected first-person-view, or FPV, unmanned aerial vehilces from Auterion, ModalAI, Neros and Nokturnal to move to the next stage of the Defense Innovation Unit’s Project G.I. The
MoreScientists and engineers at the Johns Hopkins Applied Physics Laboratory are developing a new approach that aims to speed up the process of designing, optimizing and testing metal components for the defense
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