The Data Deluge
The commercial satellite industry has experienced a significant expansion, leading to an unprecedented volume of imagery and data available. However, for
military applications, this abundance has created a new set of hurdles. Instead of struggling with a lack of information, users now face the complex task of effectively accessing and integrating this vast amount of data. Traditional methods often involve cumbersome, one-off arrangements with individual satellite providers, a process that is too slow and inefficient for the dynamic needs of modern military operations. This situation highlights a critical gap between the availability of commercial satellite capabilities and the military's ability to leverage them seamlessly for intelligence gathering, surveillance, and reconnaissance missions that require timely and actionable insights.
Divergent Space's Solution
Addressing this critical challenge is Divergent Space Technologies, a burgeoning company introducing a sophisticated software platform designed to democratize access to commercial satellite data. This innovative system is engineered to anticipate satellite trajectories over specific areas of interest and automatically generate orders across a multitude of vendors. The core objective is to transform the current fragmented and largely manual approach into a streamlined, almost real-time coordination mechanism. The company's founder, Philip Brooks, a former NRO official, identified this problem firsthand, observing the difficulty military personnel faced in accessing crucial commercial imagery. He noted that while national systems are in high demand but limited supply, commercial satellites offer high density but lack an accessible integration pathway for military users, who often express a desire to utilize commercial assets but lack a clear method to do so.
GEOx: The Integration Layer
The platform developed by Divergent Space, named GEOx, is positioned as the essential integration layer for commercial satellite intelligence. Brooks emphasizes that the true power of these commercial sensors lies not in their individual functions but in their coordinated operation. GEOx aims to unlock this synergistic potential. Although still under development, the system is already being piloted by select U.S. and allied military units. While it currently lacks direct satellite tasking capabilities, this feature is slated for future implementation. Presently, GEOx offers a comprehensive visualization of satellite coverage, enabling users to map the observational reach of both friendly and adversary systems at any given moment. This capability is vital for enhancing processes like 'tipping and cueing,' where initial detections by one sensor prompt subsequent follow-up by others before a fleeting opportunity is lost. The primary bottleneck identified is not the sheer number of available sensors but the protracted time required to reassign them, especially when they belong to different commercial entities.
Accelerating Intelligence Workflows
Divergent's vision is to treat multiple commercial satellite constellations as a unified resource pool, orchestrated through an advanced layer. In scenarios such as detecting a radio-frequency emitter or inferring a missile launch from infrared signals, the system can rapidly identify which satellites across various providers have the necessary line-of-sight. It then initiates tasking requests concurrently, a significant departure from the current sequential outreach methods. The traditional process of tasking, collection, processing, and dissemination is notoriously slow and cumbersome. Brooks highlights that GEOx aims to drastically compress this timeline, noting that often, by the time a tasking solution is finalized, the opportunity for collection has already passed due to the rapid movement of satellites. Each task order currently needs to be submitted separately to individual providers, each using their own proprietary systems. Divergent is building APIs to connect with these providers and is actively working to incorporate companies offering diverse sensing modalities, or 'phenomenologies.'
Global Demand & Future Prospects
The need for streamlined access to commercial satellite intelligence extends far beyond U.S. borders. Allies are increasingly seeking tools that can provide them with reliable access to commercial intelligence. Frank Rose, a Divergent board member and former State Department official, notes significant interest from European allies and partners, as well as nascent discussions with countries in the Middle East like the UAE. In the current global climate, allies often seek alternative plans, especially when facing geopolitical uncertainties that might affect their reliance on U.S. support for critical capabilities. Separately, Divergent is developing a parallel system focused on communication satellites. This initiative aims to help U.S. forces avoid transmitting signals when foreign signals-intelligence satellites, such as those operated by China and Russia, are positioned to intercept them. This platform would predict when adversary satellites are overhead, allowing U.S. users to delay or reroute communications to minimize interception risks. This capability is seen as particularly valuable for nations like Ukraine and Taiwan, which share similar concerns about foreign intelligence collection.
