BlackSky has secured multiple new and expanded contracts for its Gen-3 satellite program from customers across the Americas, Asia and Europe, the Earth-observation company said on Tuesday, citing growing demand for high-frequency, time-sensitive imagery.
The U.S.-based firm did not disclose the names or financial terms of the customers, but said several agreements represent renewals and expansions from clients that initially participated in early-access pilot programs for its next-generation satellites.
BlackSky began deploying its upgraded Gen-3 satellites in early 2025, with the most recent launch completed in November. The Gen-3 constellation is designed to provide imagery at 35-centimeter resolution with sub-hourly revisit rates, enabling near-real-time monitoring of rapidly evolving events.
The company said the expansion of international contracts aligns with broader increases in global defense and security spending. In a financial filing last year, BlackSky said international customers accounted for about 85% of its funded backlog.
“BlackSky’s reliable high-cadence, low-latency Gen-3 monitoring services continue to gain global traction, accelerating our most demanding customers’ ability to attain rapid insight during time-critical operations,” said Brian O’Toole, BlackSky’s chief executive.
“These deals represent strong retention among BlackSky’s stable and growing international customer base as the rapid, time-dominant nature of geopolitical tensions continues to favor our AI-forward space technology solutions,” O’Toole added.
He said customers are increasingly prioritising imagery and analytics that can be delivered quickly enough to support operational decision-making, particularly in defence, intelligence and security applications.
BlackSky combines high-resolution satellite imagery with artificial intelligence-driven analytics, positioning its services as an alternative to traditional Earth-observation providers that offer lower revisit rates. The company has been steadily shifting its focus toward international markets as governments seek faster access to geospatial intelligence amid rising geopolitical uncertainty.
