BlackSky Technology, unveiled plans to expand its current high frequency monitoring constellation with multispectral, large-area collection satellites. These new satellites will be designed to support country scale digital mapping, navigation, maritime and 3D digital twin applications at unmatched speed and scale. Initially designated as AROS, the new satellites will augment the high frequency site monitoring capabilities of Gen-3 to provide customers with dynamic broad area search, change monitoring, and predictable refresh of large area and 3D mapping datasets. BlackSky is engaged with development partners with plans to launch as early as 2027.
AROS is optimized to collect new multispectral, proprietary, country and region scale datasets and is engineered to power the next wave of AI-driven geospatial and digital twin applications. This constellation will address upcoming gaps in the market as legacy large area collection satellites age out of service over the next few years and are replaced with lower collection capacity satellites. AROS will fill the gap with increased capabilities at disruptive speed and more favorable economics.
“As legacy satellites approach end-of-life, we see a critical opportunity to address market needs—not just in performance and agility—but also in affordability and AI-readiness. As confirmed through active customer and partner engagement, BlackSky is meeting the modern demands of governments and commercial users who need persistent visibility over very large areas, fast,” said Brian O’Toole, BlackSky CEO.
BlackSky’s future, integrated constellation will be a first of its kind platform that combines very high-resolution broad area search with site monitoring to provide dynamic tipping and cueing for advanced maritime and Golden Dome type applications. This advanced platform will be powered by the BlackSky Spectra AI-enabled real-time tasking and analytics platform, which will offer customers a fully integrated set of solutions.
AROS has been under development for the past two years and was one of the key factors in BlackSky’s recent acquisition of LeoStella. Mature, vertically integrated manufacturing and production capabilities are providing BlackSky a strategic advantage in the rapid development and deployment of advanced space-based intelligence solutions. Leveraging the heritage of proven and reliable Gen-2 and Gen-3 architectures and manufacturing capabilities, the AROS system will incorporate BlackSky’s space, software and platform stack with industry-leading, AI-enabled analytics.
AROS’ key features that build upon the Gen-3 design include:
- Very high-resolution, multispectral large areas collectors for mapping, change detection and digital twin applications
- Low-latency delivery via optical inter-satellite links (OISL) for high-bandwidth tasking and downlink
- A new proprietary data pipeline designed to feed real-time and retrospective analytics, model training and AI decision support tools
- Best-in-class cost efficiency that will enable routine wide-area imaging without compromising image quality or revisit rate
This announcement comes on the heels of two successful back-to-back Gen-3 launches when BlackSky demonstrated industry-leading speed and performance by achieving first light in under 24 hours and commissioning in under 60 days. These successes demonstrate the maturity of BlackSky’s space platform capabilities that will be leveraged for AROS.
Building on BlackSky’s Gen-2 and Gen-3 architectures, the new system will operate as an integrated extension of the company’s existing fleet, unlocking an entirely new class of scalable, AI capabilities.
