EarthGuard develops deep‑space technology solutions to safely stabilize global temperatures, leveraging existing aerospace capabilities and precision measurement expertise.
Funding
Funding not disclosed
Founders
Product
Problem
Global temperatures are rising due to greenhouse gas emissions, and existing mitigation strategies lack the scale and precision needed to stabilize the climate in a timely manner. Current approaches rely on ground‑based interventions that are limited by geographic coverage and measurement accuracy.
Solution
EarthGuard applies deep‑space technology to create a satellite‑based climate intervention platform that can modulate Earth's radiative balance safely and predictably. By integrating precision measurement instruments with proven aerospace engineering, the system monitors key atmospheric parameters in real time and deploys targeted interventions from orbit. Partnerships with agencies such as NASA and leading research institutions ensure that the technology is grounded in current scientific capabilities rather than speculative concepts. The platform delivers actionable climate control while maintaining rigorous safety and verification protocols, enabling large‑scale temperature stabilization without disruptive ground infrastructure.
Target Audience
Primary customers are national governments, intergovernmental climate agencies, and large enterprises seeking scalable, science‑based solutions for global temperature management.
Features
- Satellite constellation equipped with high‑precision radiometric and spectroscopic sensors for continuous global climate monitoring
- Proven aerospace hardware adapted for controlled albedo modification and other radiative interventions
- Real‑time data analytics pipeline that translates measurements into calibrated intervention commands
- Safety framework with multi‑layer verification, fail‑safe mechanisms, and independent oversight by partner research institutions
- Modular architecture allowing incremental deployment and integration with existing space assets