Saving Our Climate
From Low Earth Orbit
Monitoring emissions by installing sensors on millions of individual buildings would be prohibitively expensive and vulnerable to tampering. Orion provides a secure, fully space-based alternative, using intelligent pico-satellites to monitor buildings and surrounding areas for unusual CO₂ activity—all without relying on ground sensors. Customers can sign up for CO₂ monitoring and storage solutions, receive automatic alerts and track their progress towards a cleaner future.
Atmospheric CO₂ Baseline: 425.8 ppm
Global Air Pollution & Problem Zones
Real-time orbital radiometric composite with dark oceanic blue waters, live positions for the ISS, Galileo, GLONASS, and BeiDou, and an edge-to-edge equator overlay.
Orion Satellite Fleet Evolution (1 to 4)
From low-bandwidth prototypes to multi-spectral Infrared/UV sounders and 24/7 Synthetic Aperture Radar (SAR).
Orion 1 - Research Satellite Module
Low-bandwidth communication module engineered for remote environmental data collection and relay in extreme terrains. Proves baseline orbital mesh protocols.
Orion 2 - Research CubeSat
Next-generation CubeSat designed for low Earth orbit operations, featuring modular optical payloads for direct greenhouse gas monitoring and atmospheric absorption testing.
Orion 3 - Dual-Spectrum IR & UV Sounder
Directly builds upon Orion 2's architecture with updated high-resolution Infrared (IR) and Ultraviolet (UV) imaging sensors. Isolates specific methane absorption bands and measures upper stratospheric ozone depletion rates alongside thermal wildfire vectors.
Orion 4 - Synthetic Aperture Radar (SAR)
Expands Orion 3's capabilities using active microwave radar pulses to map the Earth's surface in millimeter-precision. Penetrates right through thick storm clouds, dense smoke, and nighttime darkness to track glacier calving, forest canopy biomass, and ground deformation 24 hours a day.
hub Multi-Tier Planetary Defense
Preventing Climate Collapse At Every Level
From household actions to trillion-dollar ESG capital deployment and orbital early-warning networks.
1. Personal & Grassroots Action
Decarbonizing personal consumption, demanding municipal solar mandates, choosing micro-mobility, and utilizing Orion open-source telemetry to track emission spikes in your local neighborhood in real time.
2. Financial Institutions & ESG
Banks, sovereign funds, and insurance giants cannot rely on self-reported emissions. Orion streams space-verified carbon footprints directly into Bloomberg/Refinitiv terminals, holding polluters financially accountable and directing green capital.
3. Orion Orbital & Earth Fleet
Instead of wiring 100 million buildings with expensive ground sensors, our pico-satellites measure atmospheric columns over thousands of square kilometers. Earth-bound calibration towers verify baseline precision, triggering immediate compliance alarms.
Did You Know? Space Technology Saves Earth
Over 60% of all variables needed to measure global climate disruption can only be measured from orbital space. Without low Earth orbit satellites, meteorologists wouldn't see hurricane intensification, ocean acid shifts, or methane blooms in time.
> Economic & Technical Analysis
Why We Chose Satellites Over Building Sensors
Putting hardware on millions of individual buildings fails at scale. Here is the mathematical reality.
domain_disabled Physical Building Sensor Grids
Failed Paradigm-
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Astronomical Capital Costs: Installing hardware, IoT connectivity, and continuous calibration on 50+ million commercial structures costs hundreds of billions of dollars.
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Smokestack Bypasses & Fraud: Ground sensors can easily be powered down, masked, or filtered selectively during nocturnal peak operations.
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Blind to Planetary Sinks: Building sensors cannot monitor permafrost thaw in Siberia, illegal Amazonian clear-cutting, or ocean degassing.
satellite_alt Orion Pico-Satellite Network
Sovereign Standard-
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96% Cost Savings: Standardized CubeSat payloads monitor entire geographic industrial belts from orbit, slashing deployment and telemetry overhead.
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Unfalsifiable Spectroscopy: Satellites measure shortwave infrared photon absorption directly from the column. Emitters cannot hide their plumes.
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Autonomous Threshold Alarms: When an area breaches safe PPM allocations, algorithmic notifications hit public registries immediately.
Next Launch: Orion-1
Mission: ASTRA-2 Deployment
Vehicle: Skyrora XL @ SaxaVord, Scotland
Status: Pre-Flight Checks
Satellite Deorbit: Orion-0
CubeSat Module
Status: End of Life - Controlled Deorbit
Reentry Date:
Wednesday, July 16, 2026
03:15 AM GMT+2 (Confirmed)
Deorbit Notice: Orion-0 satellite successfully underwent controlled atmospheric reentry. All debris burned up safely during descent.
Atmospheric Reentry Completed
Join the Planetary Sensor Network
Whether you are an individual wanting open carbon data, a financial institution verifying asset emissions, or a government establishing enforceable thresholds, Orion provides the truth from space.