The US is supercharging its space-based intelligence, surveillance, and reconnaissance (ISR) capabilities.
Virginia-based BlackSky just scored a “multimillion-dollar” contract with the Defense Innovation Unit (DIU) to launch a next-gen imaging satellite that will redefine ISR missions.
Under the deal, BlackSky will manage everything from pre-launch preparations to in-orbit operations for the Gen-3 satellite on behalf of the DIU.
It will also offer full-spectrum support, including hardware and systems integration, mission management, and commissioning services.
The Gen-3 satellite is BlackSky’s cutting-edge space asset, designed to track enemy movements faster, more frequently, and with pinpoint clarity. Aided by artificial intelligence (AI), it delivers ultra-high-resolution imagery anywhere on Earth — anytime.
“BlackSky is on a mission to push the transformative advantage of space-based, real-time intelligence to the farthest corners of the battlefield,” company CEO Brian O’Toole stated.
“Our Gen-3 constellation will deliver a next level of performance with low-latency AI-enabled analytics while a mission is ongoing.”
Part of TACGEO Program
The contract is part of DIU’s Tactical Geospatial Intelligence (TACGEO) program, aimed at enhancing America’s space-based ISR capabilities.
TACGEO’s goal is to demonstrate the tactical utility of a single satellite to provide rapid, responsive insights to warfighters.
These insights will then be used to support large-scale military exercises, war games, and combat training.
The program has already validated the Gen-3 satellite’s technological readiness to meet these critical needs.
“BlackSky’s constellation delivers timely insights that are not achievable using traditional mapping approaches,” the company noted.
“In addition to the automatic detection, identification, and classification of a wider library of vehicles, aircraft, vessels, and other objects of tactical interest, the Gen-3 constellation will introduce a new capability for BlackSky customers: the ability to image through smoke and haze with Short-Wave Infrared bands.”
