The National Reconnaissance Office bought a demonstration in May, not a data subscription. Its Commercial Systems Program Office awarded Pixxel a Strategic Commercial Enhancements contract to show that hyperspectral imagery can characterize materials, conditions and activity that conventional imaging does not reveal. The company has six satellites on orbit to do it with. The executive who sells that constellation to the U.S. government takes the MilSat Symposium stage at Silicon Valley Space Week in October.
Allyson Jenkins is Vice President of Public Sector at Pixxel, where she leads the work of bringing hyperspectral satellite technology to government and defense customers. She has been in the geospatial intelligence community for more than eighteen years. She began as an imagery analyst at the National Geospatial-Intelligence Agency, moved into international liaison work across the Middle East, and then into business development in commercial Earth observation across several countries. She was the Pixxel executive quoted when the NRO award was announced, saying the company was glad of the chance to advance the adoption of space-based hyperspectral data.
The program bills the session as how commercial companies can support future defense space architectures with speed, flexibility and affordability. The case for hyperspectral is about what sits inside a pixel rather than how small the pixel is. Firefly carries at least 135 spectral bands between 450 and 900 nanometres at a ground resolution of five metres, and the contract asks Pixxel to show that those bands identify what a thing is made of. Three Fireflies launched on January 14, 2025 and three more in late August of that year. The award is not an operational purchase. It came through the Strategic Commercial Enhancements Commercial Solutions Opening, the staged program under which SatNews reported Albedo picking up a Stage II award in 2025, and Pixxel’s stated role is to support the government’s evaluation of whether emerging commercial hyperspectral belongs in its remote sensing architecture. Neither the company nor the NRO disclosed what the contract is worth. The U.S. government is not the only public buyer Jenkins works: Pixxel signed a SPARK grant agreement with India’s Innovations for Defence Excellence in June 2025, its second with that ministry, to develop hyperspectral and mid-wave infrared payloads for the Indian Air Force. On September 7 the company announced a $100 million Series C co-led by Temasek and Seraphim. Pixxel says it will spend the money on the next-generation Honeybee satellites, an intelligence platform called Aurora, sovereign Earth observation systems for governments, and more manufacturing capacity in India and the United States.
Jenkins joins “How Commercial Space Companies Can Support Future Defense Space Architectures with speed, flexibility, and affordability” on Thursday, October 29, from 3:30 p.m. to 4:15 p.m. in the Hahn Auditorium at the Computer History Museum in Mountain View. Janna Lewis, General Counsel at Rocketdyne, moderates. The other panelists are Sho Nakanose, Founder and CEO at GITAI USA; Dr. Robbie Robertson, CEO and Co-founder at Sedaro; Karl Stedman, CEO at Pulse Space; and Brian Rishikof, Co-Founder and CEO at Odyssey Space Research. It is the final full session of the symposium, followed by a single market brief before the program closes at 4:30 p.m. Earlier the same day a panel takes up how commercial imagery is reaching military decisions. Sedaro, whose chief executive is among the panelists, sponsors the break that runs immediately before the session.
Silicon Valley Space Week runs Tuesday, October 27 through Thursday, October 29 at the Computer History Museum, with Satellite Innovation across the first two days and the MilSat Symposium across the last two. Jenkins is on the last full panel of the week. What the NRO does after the demonstration is not in the announcement. Pixxel’s next constellation, Honeybee, is expected to put its first satellite up in 2027.
