Kapta Space is outlining a strategy focused on delivering persistent, global geospatial intelligence using electronically scanned sensing platforms. At the center of this approach is a radar-based architecture designed for wide-area, low-latency monitoring from space, aimed at providing continuous insight while significantly reducing the cost and complexity typically associated with advanced spaceborne radar systems.
Kapta’s sensing platform is built around its MESA (Metamaterial Electronically Scanned Array) architecture, which uses metamaterial antennas to achieve wide electronic beam steering without the size, power consumption, or cost penalties of fully digital phased arrays or conventional AESA systems.
Each MESA radar module is software-defined and can be scaled into a hybrid architecture, enabling high-performance electronic scanning with microsecond-level beam switching. The design is implemented as a PCB-based radar product already operating at scale in extreme environments, leveraging COTS materials with established space heritage. Importantly, MESA does not rely on negative-index metamaterials, exotic manufacturing processes, or traditional phase shifters and RF beamformers within the core module.
This scalable electronically steered radar architecture is intended to address key challenges in wide-area sensing, including revisit rate, latency, and operational resilience. By enabling fully electronic beam steering, Kapta’s system supports repeatable orbital passes and interferometric measurements, forming the foundation for high-precision geospatial analytics.
A primary application area is interferometric synthetic aperture radar (InSAR), where Kapta’s sensors are designed to detect millimeter-scale, three-dimensional surface changes over time. The company sees strong commercial demand for this capability in sectors such as mining, energy, transportation, and infrastructure monitoring, where early detection of subtle structural or environmental changes is critical.
Rather than building an entirely new downstream ecosystem, Kapta plans to deliver SAR imagery and analytics by integrating its sensing hardware with established satellite mission providers and data aggregation platforms. This approach allows the company’s technology to plug into existing space and geospatial intelligence infrastructures, accelerating deployment and adoption. Potential use cases include economic activity monitoring, asset stability tracking, and recurring change detection across large geographic regions.
In addition to commercial markets, Kapta highlights defense-oriented capabilities enabled by its electronically scanned architecture. These include spaceborne moving target indication (MTI), continuity of target tracking across dispersed regions, high-frequency revisit rates, and features designed to improve resilience in contested or jamming-prone environments. Such capabilities are positioned to support tactical timelines where rapid updates and sustained custody of mobile land and maritime targets are required.
Kapta is actively pursuing partnerships across the space and analytics ecosystem, including satellite bus integration, launch services, mission operations, ground infrastructure, and data-processing pipelines. The company positions these collaborations as a key part of its strategy to accelerate deployment of its sensing architecture and move toward operational scale.
The leadership team brings experience across radar engineering, metamaterial antenna development, and satellite communications. Co-founder and CEO Milton Perque has a background in high-reliability radar systems and electronically steerable metamaterial antennas, while Co-founder and CTO Adam Bily has led antenna and reflector system development for radar and satellite communications platforms.
Kapta references SAR-360 as a system concept intended to provide continuous access to radar data from its platform, though detailed specifications have not yet been publicly disclosed beyond its role within the company’s broader sensing architecture.
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