
Sylithe
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Rooted in ecology,
driven by intelligence.
We are bridging the gap between ecological reality and the carbon economy.
By combining advanced satellite intelligence, geospatial analytics, and machine learning, Sylithe continuously monitors ecosystems to transform static reporting into a living verification engine.
The global carbon market is built on a vital resource: Trust. Yet, the legacy systems used to measure forest carbon remain frustratingly fragmented.
Forests act as Earth's most powerful carbon sinks, but determining their true storage capacity requires understanding complex variables like structure, biomass, and disturbance history. Traditional monitoring relies heavily on limited field surveys and infrequent reporting. This creates dangerous blind spots between what forests actually store and what the market assumes.
How Sylithe verifies forests,
step by step.
Every analysis starts from a single project boundary and flows through our full-stack environmental intelligence engine.
Import Project
KML / BoundaryDefine the forest area of interest by uploading a KML project file with precise geographic boundaries. This anchors the entire analysis to your specific site.

LULC
Land Use & Land CoverClassify land use and land cover using multi-source satellite imagery to detect deforestation, degradation, agricultural conversion, and land-use change events.

CHM
Canopy Height ModelBuild a precise canopy height model across the entire forest boundary to understand vertical structure, tree density, and above-ground biomass potential.

DCAB
Disturbance & Carbon Adjustment BaselineApply historical disturbance data — including wildfires, selective logging, and land-use shifts — to dynamically adjust the carbon adjustment baseline for accurate reporting.

AGB
Above Ground BiomassCalculate the total above-ground biomass to derive verified carbon stock estimates. The results are ready for third-party validation and carbon market reporting.

A foundation built on
ecological truth.
The name Sylithe is a direct reflection of our core philosophy.
It exists at the exact intersection of deep ecology, satellite intelligence, and climate technology. We are building the definitive system where forests can be continuously monitored, objectively verified, and profoundly understood with rigorous scientific clarity.
Together, the name represents our singular guiding principle:
Building a solid foundation of trust for forests and the new carbon economy.
