Virtual Events

Discover how Lightning‑AI predicts lightning before the first strike using machine learning and radar‑based electrification signals. In this webinar, learn how this emerging technology can enhance commercial weather products, strengthen operational safety, and open new opportunities for licensing and integration.

Are you an entrepreneur, founder, innovator, student, mentor, or commercialization acceleration partner? Don’t miss your chance to connect, collaborate, prepare a winning pitch, and help bring NASA innovations to market to fuel the future of the space economy.

Explore NASA’s advanced oxide coating technology, combining high toughness, erosion resistance, and electrical conductivity in a versatile coating platform. In this webinar, learn how tunable coating properties could support applications across aerospace, electronics, sensors, semiconductors, and other demanding environments — and discover opportunities for industry partnership and licensing.

NASA's AMPERE project is advancing the development of mid-power (~5-kQ) Hall-effect thruster technology for commercial, military, and government space missions. While demand for these systems has grown, the market remains dominated by foreign providers — posing national security and supply chain risk. Leveraging recent NASA breakthroughs in performance and lifespan, AMPERE aims to deliver a cost-effective, U.S.-developed solution enabled by public-private partnerships. Join us at NASA Glenn Research Center for AMPERE Industry Day to help shape specifications and future collaborations.