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Ground Support, Communication & Software

Rapid Evaluation of Convective Cell Environments for Seeding (RECCES)

A software algorithm designed for real-time analysis of convective cloud cells. Used for path planning and determining optimal seeding targets.

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Specification

Application
Built on the Lidar Radar Open Software Environment (LROSE) framework
Function
Facilitates dynamic, real-time cloud data acquisition and analysis

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Cloud Seedability Algorithm (CSA)

Software that assesses the potential for cloud seeding by evaluating key atmospheric parameters such as cloud temperature and liquid water content.

Function
Provides a rapid decision-making tool for mission planning
Integration
Can be integrated with real-time data acquisition systems
Integrated Ground Control Station (GCS)

Integrated Ground Control Station (GCS)

A comprehensive ground station system for UAV command, control, and communication. Enables autonomous mission programming, real-time telemetry monitoring, and flare ignition control.

Features
Mission planning software, real-time data display, safety monitoring
Communication
Enables beyond visual line of sight (BVLOS) operations
Lidar Radar Open Software Environment (LROSE)

Lidar Radar Open Software Environment (LROSE)

An open-source software framework for processing and analyzing data from weather radars and lidars. Used for real-time cloud data acquisition and decision support.

Application
Integrates with RECCES for advanced target analysis
Capability
Provides the foundation for building custom weather modification tools