According to BlackSky, the rapid commissioning represents an industry-leading achievement in bringing advanced satellite capabilities into operational service. The […]
BlackSky Technology Inc. announced that its fourth Gen-3 satellite delivered first-light imagery within hours of launch.
BlackSky Technology Inc. has signed a new eight-figure international contract for the accelerated delivery of a Gen-3 sovereign space-based intelligence solution.
BlackSky Technology Inc. said its Gen-3 international momentum is continuing with a seven-figure Assured contract supporting an international defense customer.
BlackSky said it was awarded multiple Gen-3 Assured services contracts totaling seven figures with a new international defense customer following an early access period.
BlackSky Technology Inc. has signed multiple Gen-3 expansion contracts as early access pilot programs transition into renewal agreements with customers across the Americas, Asia, and Europe.
BlackSky Technology Inc. has integrated its third Gen-3 satellite into commercial operations just three weeks after launch, marking a significant acceleration compared with its first Gen-3 mission.
BlackSky’s latest white paper, “From access to assurance: Introducing certainty into commercial Earth observation subscriptions,” examines this widening gap and the shifting expectations that are redefining the future of commercial ISR.
BlackSky Technology Inc. has released the first very high resolution images from its third Gen-3 satellite in under 24 hours after the November launch.
BlackSky demonstrated its Gen-3 satellite capabilities at the Dubai Airshow on 18 November by capturing a high-resolution image of a formation of L-15 jets during an aerial display.
BlackSky Technology Inc. has secured a multi-year contract worth over $30 million to integrate its Gen-3 high-cadence tactical ISR services into the secure environment of a strategic international defence customer.
From the ice-bound Baltic to the warm waters of the Mediterranean, Europe’s maritime borders are under increasing pressure.
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