What is SatClimate?
SatClimate is Carbonaa SA's environmental intelligence platform — a satellite-powered data engine that tracks industrial activity, energy flows, emissions, and carbon market dynamics in near-real-time across 13+ global carbon markets.
We combine raw satellite observations (Sentinel, VIIRS, Landsat) with energy market data, weather signals, and economic proxies to generate directional trading signals, fraud detection alarms, and regulatory scanning — 3–7 days before official data is published.
Core Plans
Carbon Market Signals
Directional BULLISH/BEARISH/NEUTRAL signals with 3–7 day lead time across EU ETS, China ETS, Korea K-ETS, UK ETS, India, Turkey.
Satellite Datasets
100+ datasets covering industrial activity, power generation, methane emissions, flaring, port traffic, and economic proxies.
Fraud Detection
102 fraud patterns detecting baseline inflation, over-crediting, leakage, phantom reductions, and data inconsistencies.
Regulatory Monitoring
Real-time asset monitoring, methane alert system, and EU methane regulation alignment reporting.
45K+
Global Assets Tracked
5M+
Daily Observations
13
Carbon Markets
87%
Fraud Detection Accuracy
Built on Trust

Amin Shojaei
Founder of Carbonaa SA
Leading Carbonaa' s mission to bring institutional-grade environmental intelligence to carbon traders, ESG investors, and regulators worldwide.
Who We Serve
Carbon Traders
Directional alpha signals 3–7 days ahead of market moves in EU ETS, China ETS, Korea K-ETS.
Energy Traders
Clean spark spread foresights, fuel-switching pressure signals, power sector dynamics.
Quant Funds
Raw satellite datasets and activity indices for custom model building and alternative data strategies.
ESG Investors
Portfolio environmental risk scoring, fraud detection, real-time impact measurement.
Regulators
Real-time facility emissions scanning, illegal flaring detection, regulatory enforcement support.
Energy Utilities
Carbon cost foresight, allowance budget planning, generation mix optimization.
Standards Alignment
SatClimate is designed for institutional procurement. Below is our internal technical self-assessment against the SIIS (Satellite Intelligence Infrastructure Standards) framework and major regulatory/governance frameworks. All claims reflect verified implementation status. Gaps are disclosed explicitly.
This is an internal technical self-assessment. It is not a regulatory certification and has not been third-party audited.
9
Fully Aligned
of 15 SIIS layers
5
Partially Aligned
of 15 SIIS layers
1
Roadmap
of 15 SIIS layers
SIIS Layer Assessment
Regulatory & Governance Frameworks
SatClimate infrastructure is designed with reference to the following institutional and regulatory frameworks. Alignment is self-assessed; formal certifications are disclosed separately.
Disclosed Limitations — As of 2026-05-06 (v1.1)
Institutional Operating Standards
The following requirements define the minimum operational, technical, and governance baseline expected by hedge funds, commodity trading firms, utilities, and enterprise procurement teams. Status reflects verified implementation as of 2026-05-06.
Self-assessed. Not third-party audited. Gaps are disclosed explicitly.
7
Fully Met
5
Partial
79% aligned
Professional Operating Principle
Institutional intelligence systems earn trust through consistency, determinism, explainability, and operational discipline — not visual complexity, AI wording, or decorative workspaces. SatClimate is designed to behave like institutional infrastructure: every signal is governed, every field is deterministic, every failure is disclosed.
Our Platforms
Carbonaa SA operates three distinct platforms, each serving a different market.
SatClimate
You are hereSatellite-derived carbon market intelligence, trading signals, fraud detection & environmental risk analysis.
You are here ↗
Carbonaa
Carbon offset marketplace for e-commerce merchants, crypto miners, and data centers.
carbonaa.net ↗
CBAM Platform
EU Carbon Border Adjustment Mechanism alignment, methane reporting (ASIC), and ESG regulatory frameworks.
carbonaa.net/cbam ↗