Kapta Space builds electrically steerable radar imaging systems for satellites, enabling high-resolution Earth observation. Their technology allows for more precise and flexible imaging compared to traditional mechanically steered systems.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional satellite radar systems rely on mechanical steering, which can be slow, less precise, and more prone to failure, limiting the ability to rapidly and accurately observe the Earth. This can result in delays in acquiring critical geospatial data and reduced operational resilience, especially in contested environments.
Solution
Kapta Space develops advanced spaceborne radar imaging systems utilizing electronically steered arrays (ESA). This technology enables rapid, precise, and flexible imaging without the limitations of mechanical steering. By leveraging a scalable electronically steered radar architecture and partnering with existing mission providers, Kapta aims to deliver large-area, low-latency geospatial intelligence at a reduced cost. The company's focus is on providing persistent and actionable insights on a global scale for both commercial and defense applications, including millimeter-scale change detection and tracking of mobile threats.
Target Audience
Kapta Space targets commercial geospatial data aggregators and defense organizations requiring high-performance, persistent Earth observation capabilities.
Features
- Electronically steered radar arrays for agile beamforming and high-resolution imaging
- Interferometric Synthetic Aperture Radar (InSAR) data for millimeter-scale 3D change detection
- Moving Target Indication (MTI) capabilities for tracking land and sea-based mobile targets
- Superior Electronic Protective Measures (EPM) for operational resilience in contested environments
- Scalable architecture compatible with various satellite bus solutions