Carbon Credit Satellites: The Space Tech Now Watching Every Forest on Earth — and What It's Finding

A satellite passes over the Amazon every few days. It doesn't care what the paperwork says. It just watches the trees.

On August 27, 2026, two companies quietly announced something that could reshape a multi-billion-dollar industry. LatConnect 60 — a satellite operator — and Phi Earth — a ground-truth data firm — said they're partnering to connect what satellites see from orbit with what field teams actually measure on the ground. The goal: make nature-based carbon credits genuinely verifiable for the first time.

That matters more than you might think. Because right now, the carbon market has a trust problem. A serious one.

What are carbon credits — and why are so many of them fake?

A carbon credit is supposed to represent one tonne of CO₂ either removed from the atmosphere or prevented from being released. Companies buy them to "offset" their emissions. Airlines sell them as eco-upgrades. Governments count them toward national climate targets.

In theory, it's an elegant system. In practice? A Guardian investigation in 2023 found that over 90% of Verra's rainforest offset credits — the most widely used voluntary carbon standard in the world — may have been near-worthless "phantom credits." Trees that were claimed to be protected had already been cut down. Or were never seriously threatened in the first place. The forest looked fine in the reports. The forest was gone in real life.

The verification problem was always about scale. You can't send an auditor to every forest in Brazil, Indonesia, and the Congo every month. The logistics don't work. The cost doesn't work. But a satellite? A satellite doesn't sleep, doesn't take bribes, and covers every forest on Earth simultaneously.

What can satellites actually see?

More than most people realise. Earth observation satellites today don't just photograph — they measure. They detect plant health using near-infrared wavelengths (a metric called NDVI), track deforestation down to individual tree canopies, measure soil moisture, and estimate the carbon stored in biomass. Some carry synthetic-aperture radar that punches straight through cloud cover and works at night.

ESA's Sentinel-2 constellation revisits any point on Earth every five days with 10-metre resolution. Planet Labs' commercial constellation revisits daily. That's an auditor who never has a day off — watching every registered carbon project on the planet, whether anyone paid for the audit or not.

The challenge — and this is exactly what LatConnect 60 and Phi Earth are targeting — is that the orbital view and the ground truth have always lived in completely different worlds. A satellite can detect that a patch of forest changed. But why did it change? Is the tree healthy or dying? Is the soil actually sequestering carbon the way the project model predicted? Those answers still require human boots on the ground. You can explore how Earth observation satellites work in our satellite explainer.

What is the LatConnect 60 + Phi Earth partnership actually building?

LatConnect 60 operates a satellite constellation focused on high-frequency Earth observation — the kind that catches a change in land cover within days. Phi Earth works with organisations running nature-based projects on the ground, gathering the field measurements carbon registries depend on for verification.

Their new partnership creates a unified data pipeline: satellite imagery and field-team measurements flow into the same platform, giving carbon credit buyers — and regulators — a single source of truth instead of a disconnected stack of PDFs and spreadsheets.

This approach is part of a broader industry shift. The EU's Carbon Removal Certification Framework — agreed in 2024 — explicitly requires robust, independently verified measurement for all credits sold in European markets. Satellite data is increasingly written directly into those legal standards. Not as a nice-to-have. As a requirement.

Is satellite monitoring enough to actually fix the carbon market?

Here's the honest answer: not on its own. Remote sensing measures what's visible from space — tree cover, vegetation density, burned areas, landscape change. But some carbon fraud happens in the accounting layer, not the forest itself. A project can show a perfectly healthy tree canopy while still massively overclaiming the baseline — how much forest would have been cut without the protection scheme. That's a modelling problem. No satellite fixes a bad model.

Critics also point out that carbon markets have a structural conflict of interest: the same organisations that profit from selling credits often control their verification. Better data raises the floor. It doesn't fix the incentives.

Why this matters far beyond carbon

The implications stretch well past climate finance. Biodiversity credits — a newer market where companies pay to protect ecosystems rather than emit less — face the exact same verification problem. So do water quality credits, soil carbon schemes, and blue carbon projects protecting mangroves and seagrass. Every one of them lives or dies by whether the underlying natural asset is real, healthy, and doing what was claimed.

Space infrastructure is quietly becoming the backbone of environmental accountability. The data flowing from satellites like Sentinel, Landsat, and the upcoming NISAR mission will increasingly serve as the legal record that determines whether a company's sustainability claim holds up in front of a regulator — or falls apart in court.

Somewhere in that constellation of 16,106 tracked objects above your head right now, several dozen satellites are watching forests. They don't care about the price of carbon. They don't have shareholders. They just watch — the same patch of Amazon, the same Borneo hillside, the same Congo basin — every few days, without fail, without bias.

For the first time, that impartial orbital gaze is being plugged directly into the financial plumbing of global climate action. Whether it's enough to redeem a market that's become synonymous with greenwashing — that part is still being written.

But the trees? The trees have been telling the truth the whole time. We just finally have the tools to listen. See which Earth observation satellites are above you right now on the SkyLens live tracker, or explore more stories at the SkyLens blog.