V-Glass has developed next-generation, vacuum insulated glass ("VIG") technology for affordable, ultra-high efficiency windows having 3x the thermal performance of conventional argon filled windows, 2x longer life, and costing no more to manufacture. Since mid-2022, we've been consistently producing ultra-high efficiency V-Glass VIGs in our lab that have passed rigorous testing internally, and by 3rd parties, including the DOE's National Renewable Energy Lab. We recently shipped V-Glass panels to two potential manufacturing partners for testing and have secured multiple pilot demonstrations. Buildings account for 39% of total primary energy use in the U.S. and 75% of electricity use. And while windows comprise only 8% of building surface area, they represent 45% of the thermal energy loss. Accelerating market entry of affordable, ultra-high efficiency windows will have a disproportionately large impact on reducing carbon emissions, wasted energy, and peak grid demand. V-Glass has raised $6 million to-date, $4 million coming from DOE, NSF and state SBIR grants, with more to come. We seek funding to transition out of the lab into a pilot plant where automation technology will be developed to industrialize production for delivery of commercial quality V-Glass VIGs at targeted price efficiency to potential partners and our early demo projects; an in-home test at Berkeley Lab comparing V-Glass to existing window technology, a hotel retrofit funded by the California Energy Commission, and a net zero home where existing triple pane windows will be replace by V-Glass VIGs from our pilot plant. These demonstrations in live operational environments move V-Glass technology from TRL-6 to TRL-7.