ARENA

Providing a hardware, firmware, software reconfigurable solution to digital sub system applications.

Hydrology

Integrating the latest remote sensing and hydrology modeling technology, RSS provides state of the art flood inundation modeling and forecasting.

Marine

RSS and UCLA have teamed to develop the Regional Ocean Model System. Running on RSS’ supercomputer, RSS provides nowcasts and forecasts of ocean currents, temperature, salinity and see surface heights.

ROMS was used to predict the path of debris from the March 11 Japan Tsunami.

Atmospheric

RSS ARENA technology is being deployed in advanced radar systems to advance the ability to map precipitation, 3-dimensional atmospheric winds and ocean surface vector winds in hurricanes from the NOAA WP-3D aircraft and NASA Global HAWK UAV.

Terrestrial

RSS is a leader in advancing millimeter-wave interferometry for topography and velocity mapping. Our expertise in solid-state radar design and digital subsystem technology is enabling a new generation of ultra-compact mapping sensors for manned and unmanned platforms.

Cryospheric

RSS developed the GLISTIN-A radar for NASA and is leading several airborne field campaigns to provide wide swath decimeter topographic mapping of ice sheets and glaciers to provide better insight on climate change.

ARENA Products

High-fidelity processing, network-based, ultra low SWAP+C, low integration costs, real-time reconfigurability.

Radar Systems

High resolution, network-based solid-state radar systems for ground and airborne applications.

Hydrology & Ocean Systems

State-of-the-art modeling & forecasting products for ocean and hydrology applications

Engineering & Science Services

Geophysical modeling, system engineering, radar & digital design, mission planning & custom solutions.

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News & Press

USDA SBIR Phase I: Drone-based Microwave Observatory of Subcanopy and Subsurface

by Remote Sensing Solutions | Nov 7, 2018

Remote Sensing Solutions is proud to announce that it has been awarded a National Institute of Food and Agriculture (NIFA), USDA SBIR Phase I for a Drone-based Microwave Observatory of Subcanopy and Subsurface. Remote Sensing Solutions (RSS) proposes a novel...

NASA SBIR Phase II: An Enhanced Modular Terminal Descent Sensor for Landing on Planetary Bodies

by Remote Sensing Solutions | Jun 4, 2018

Remote Sensing Solutions is proud to announce that it has been awarded a NASA SBIR Phase II for An Enhanced Modular Terminal Descent Sensor for Landing on Planetary Bodies Remote Sensing Solutions (RSS) proposes the development of a modular, small, high performance...

NASA SBIR Phase II-An Interoperable Decision Support System for Flood Disaster Response Assistance

by Remote Sensing Solutions | Jun 4, 2018

Remote Sensing Solutions is proud to announce that it has been awarded a NASA SBIR Phase II for An Interoperable Decision Support System for Flood Disaster Response Assistance. For flood monitoring and response, NASA and other agencies are increasingly stepping up to...

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Research

Planning Autonomous Underwater Vehicles with Ensembles

by Remote Sensing Solutions | Oct 17, 2016

Summer Internship Final Report August 2016 Mentor: Dr. Yi Chao, RSS Author: Hanna Gratch Introduction: Less than five percent of the ocean has been discovered (NOAA).[1] Considering the fact that around 70% of the earth is covered with water, there is much more to...

Geophysical Research Letters: Rethinking flood hazard at the global scale

by Remote Sensing Solutions | Oct 9, 2016

Guy J.-P. Schumann, Dimitrios Stampoulis, Andrew M. Smith, Christopher C. Sampson, Konstantinos M. Andreadis, Jeffrey C. Neal, Paul D. Bates Abstract Flooding is governed by the amount and timing of water spilling out of channels and moving across adjacent land, often...

Evaluation of Autonomous Control of Sea Gliders in Dynamic, Uncertain Ocean Currents

by Remote Sensing Solutions | Sep 29, 2016

Summer Internship Final Report August 2016 Mentor: Dr. Yi Chao, RSS Author: Athena Chien Abstract This paper evaluates the effectiveness of several continuous sea glider path-planning algorithms using imperfect predictive models of ocean currents. Each path-planning...