The Satellite Specifications provide a foundation for building intelligent, interoperable systems that connect space infrastructure, Earth observation, communications, and real-time decision-making. These specifications address the growing need for transparent and modular approaches to satellite operations, remote sensing, environmental monitoring, and data-driven planetary intelligence without relying on closed platforms or proprietary ecosystems.
These systems incorporate capabilities such as satellite imagery analysis, Earth observation processing, geospatial intelligence, satellite communications, orbital mission support, and satellite tracking. By combining data from satellites, sensors, weather systems, and ground-based networks, they enable applications ranging from environmental monitoring and disaster response to infrastructure analysis, scientific research, and global connectivity.
A major focus of these specifications is transforming raw satellite data into actionable intelligence. Advanced AI and machine learning workflows can analyze imagery, detect changes, identify patterns, monitor natural events, and provide predictive insights. These capabilities support early warning systems, resource management, climate and ecosystem analysis, and improved situational awareness during emergencies.
The specifications also emphasize modular architecture, interoperability, and local-first deployment models. Instead of creating isolated systems, they provide reusable frameworks that allow organizations, researchers, governments, and communities to integrate satellite capabilities into their own applications while maintaining control over their data and infrastructure.
By bridging satellite networks, Earth observation, artificial intelligence, and open-source development principles, these specifications create a foundation for next-generation space-enabled technologies. They enable more accessible satellite intelligence, improve collaboration across industries, and support resilient systems designed to better understand and respond to changes occurring both on Earth and beyond.
All specifications are released under the GNU Affero General Public License v3.0 or later (AGPL-3.0+) and may be freely used, modified, and distributed with the required attribution provisions outlined in Section 7 of the license. Organizations seeking attribution-free commercial deployment may obtain a Specification Branding License (SBL), with licensing terms and pricing based on the specification category, deployment scope, usage scale, and the size of the network or organization utilizing the specification.
BurpAlert
https://roxanneardary.com/burpalert/
BurpAlert is an open-source AI volcano monitoring platform that combines seismic activity, gas emissions, thermal imaging, and satellite observations to detect volcanic unrest. It fuses multiple geospatial data sources to improve eruption prediction, monitoring, and early warning capabilities.
EarthMetrics
https://roxanneardary.com/earthmetrics/
EarthMetrics is an open-source environmental intelligence platform that analyzes satellite imagery, remote sensing, terrain, climate, and geospatial datasets to measure environmental change and ecosystem health. It transforms Earth observation data into standardized metrics for monitoring land use, natural resources, conservation efforts, and long-term environmental trends.
FlightDynamics
https://roxanneardary.com/flightdynamics/
FlightDynamics is an open-source AI-native specification for launch planning, orbital mechanics, and satellite mission operations supporting individual satellites and large satellite constellations. It provides a modular framework for mission planning, deployment, communications, orbital analysis, and lifecycle management of satellite systems.
InfernoWatchAI
https://roxanneardary.com/infernowatchai/
InfernoWatchAI is an open-source AI wildfire intelligence platform that integrates satellite imagery, weather data, terrain information, and ground-based sensors to detect, monitor, and predict wildfire behavior. It uses satellite-derived observations to provide early warning, fire progression analysis, and decision support for emergency responders and land management agencies.
LibreOrbit
https://roxanneardary.com/libreorbit/
LibreOrbit is an open-source modular satellite networking operating system designed to connect satellites, ground stations, sensors, and communities through interoperable space infrastructure. It provides a standardized framework for decentralized satellite communications while reducing vendor lock-in.
Nimbus
https://roxanneardary.com/nimbus/
Nimbus is an open-source weather intelligence platform that incorporates satellite weather data, atmospheric observations, radar information, and forecast models to deliver transparent weather intelligence. It provides modular tools for analyzing weather patterns, environmental conditions, and localized forecasting.
OceanLand Sync System
https://roxanneardary.com/oceanland-sync-system/
OceanLand Sync System provides stabilized satellite communications for amphibious vehicles operating across land and water. It uses predictive motion control and multi-orbit network switching to maintain reliable connectivity in dynamic environments.
OrePulse
https://roxanneardary.com/orepulse/
OrePulse is a geospatial intelligence platform that uses mapping, remote sensing, and satellite-derived Earth observation data to monitor mineral resources and infrastructure. It combines environmental intelligence and predictive analytics to support critical resource discovery and development.
RAISE
https://roxanneardary.com/raise/
RAISE is an open-source disaster intelligence and emergency response platform that integrates satellite imagery, weather data, geospatial information, IoT sensors, and AI analytics. It uses Earth observation data to improve hazard detection, situational awareness, emergency planning, and disaster response coordination.
Saturnet
https://roxanneardary.com/saturnet/
Saturnet is an AI-powered astronomy intelligence platform that identifies celestial objects and tracks satellites in real time. It combines computer vision, astronomical databases, and observation data to provide interactive sky recognition and satellite awareness.
A Specification Branding License can be purchased for the basket of Satellite Specs
Satellite Specification Basket Pricing:
| Network Size | # of Users | One-Time Price | Duration |
| Small | 1 – 20 | $400,000 | Perpetual License |
| Medium | 21- 1000 | $1,500,000 | Perpetual License |
| Large | 1001 + | Custom Quote | Custom Quote |
