AI Software & Solutions

AIREN is an advanced software suite built on state-of-the-art artificial intelligence models designed specifically for radar data. It provides enhanced accuracy for nowcasting, product generation, and advanced radar data interpretation. The system leverages global radar datasets and modern AI techniques to deliver unmatched precision and operational reliability.

Basic products represent the foundational outputs. These include standard displays such as PPI and vertical cross-sections, CAPPI and PseudoCAPPI. By providing two- and three-dimensional views of the atmosphere, basic products allow users to examine the spatial structure of precipitation, storm organization, and vertical profiles of reflectivity or motion.

Storm products are advanced radar-derived outputs that provide detailed insights into the structure, intensity, and potential severity of convective systems. They integrate multiple radar parameters to generate fields like Echo Top, Hail Detection, Storm-Relative Velocity (SRV), and Vertically Integrated Liquid (VIL). These products help meteorologists assess storm growth, identify hail cores and detect rotation within thunderstorms.

Precipitation products are radar-derived outputs designed to quantify and map precipitation with high accuracy. They convert radar measurements into estimates of precipitation intensity and accumulation over time. Advanced variants incorporate specific differential phase (KDP) and attenuation estimates, and can be further calibrated using rain gauge measurements to improve accuracy.

Windshear products are specialized radar outputs designed to detect and visualize sudden changes in wind speed and direction over short distances, which can pose significant hazards to aviation and severe weather operations. These products process Doppler velocity data to identify shear zones, microbursts, or gust fronts, providing clear, actionable insights rather than raw velocity fields.

Feature Detection Products are specialized radar outputs designed to identify and track specific atmospheric phenomena. They include products such as the Hydrometeor Classification (HMC), which differentiates between rain, snow, hail, and mixed-phase particles, as well as algorithms targeting non-meteorological features like dust storms or smoke plumes.