TELEMETRY-BACKED VERIFICATION

On-Chain Ecological Truth

We replace speculative offsets with real-time biophysical monitoring. Every token represents a georeferenced coordinate of regenerating Colombian cloud forest, verified by continuous satellite telemetry.

LATITUDE
LONGITUDE

05° 42' N

75° 12' W

Extreme macro close-up of a rugged telemetry sensor node strapped to a mossy Andean tree trunk, visible wiring, matte black casing, soft green forest light.
Extreme macro close-up of a rugged telemetry sensor node strapped to a mossy Andean tree trunk, visible wiring, matte black casing, soft green forest light.
BIOPHYSICAL TELEMETRY

Continuous Canopy Tracking

Our field hardware monitors forest growth from the forest floor to the upper canopy, transmitting real-time biophysical data directly to the blockchain.

Hardware in the Canopy

Rugged telemetry nodes installed on native trees measure sap flow, microclimate metrics, and acoustic biodiversity indicators. This on-the-ground telemetry ensures our carbon yield calculations are mathematically irrefutable.

Data is compiled hourly and broadcasted via satellite uplink, providing a continuous ledger of ecological health.

BOTANICAL INTEGRITY

High-Fidelity Reforestation Protocols

We reject monoculture plantations. Our restoration methodology is designed by Colombian botanists to rebuild complex, biodiverse Andean cloud forests.

PHASE 01
PHASE 02
PHASE 03

Species Selection

Satellite Audits

On-Chain Minting

We propagate thirty native tree species, focusing on threatened Andean timber and pioneer flora to accelerate natural canopy succession.

Verified ecological gains trigger smart contracts to mint carbon tokens, routing liquidity directly to local restoration stewards.

High-resolution orthomosaics map canopy density and crown area growth, verifying carbon sequestration rates from orbit.

All ecological data, satellite imagery, and smart contract addresses are publicly accessible for independent scientific audit.