Augsense Lab develops quantum‑enhanced radar systems that combine a universal antenna with a software‑defined RF receiver based on Rydberg‑atom quantum sensing.
Funding
$500K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Conventional radar systems are limited by the sensitivity and bandwidth of classical electronic receivers, restricting detection range, resolution, and performance in challenging environments such as cluttered airspace or deep-space observation.
Solution
Augsense Lab creates quantum‑enhanced radar by integrating a universal antenna with a fully software‑defined RF receiver that uses Rydberg‑atom based quantum sensing. The atomic receiver detects electromagnetic signals with sensitivity far beyond traditional mixers, enabling higher‑resolution imaging and longer detection ranges. Software‑defined processing allows flexible waveform generation and real‑time data fusion across platforms. The technology is designed for deployment on ground stations, airborne platforms, and spaceborne payloads, delivering advanced radar capabilities for defense, aerospace, and remote‑sensing applications.
Target Audience
Primary customers are defense and aerospace organizations, satellite operators, and remote‑sensing agencies that require high‑performance radar for surveillance, tracking, and scientific observation.
Features
- Atomic Rydberg‑atom receiver providing quantum‑limited signal detection sensitivity
- Universal antenna architecture compatible with multiple platform form factors
- Fully software‑defined RF front‑end for programmable waveforms and adaptive signal processing
- Integrated signal‑processing pipeline supporting data fusion and computational sensing
- Design optimized for space‑qualified hardware, enabling satellite and high‑altitude deployments