For decades, we’ve relied on invasive tags, nails, and markers onto trees, thinking we were doing right by nature. Millions of plastic and metal tags later, we’re left with forests cluttered by our well-intentioned waste.

Dendrometers and RFID nails are invasive and environmentally damaging, generating tons of CO₂ emissions. EarthCode’s non-invasive technology eliminates this impact, capturing tree data without leaving a trace.

Inspired by the Sámi people's tradition of identifying trees through unique bark patterns, EarthCode revives and modernizes this practice with technology.

Each tree tells a unique story through its bark. These textures hold the key to sustainable tracking.

Transforming the natural patterns of tree bark into a digital ‘Bark-Code’—a secure and unique identifier.

A single scan of a tree’s bark section generates the entire ‘Bark-Code,’ making tracking fast and efficient.

EarthCode encodes tree structures through a scanning process that maps form and patterns in a donut shape, aligning cells to track both stable IDs and adaptive traits like seasonal shifts or pest impact.

Small forest owners want to join the carbon offset market, but traditional methods are expensive, complicated, and invasive. 

In Evo, Finland, I learned traditional forest management techniques, leading to the development of EarthCode’s early stages.

Simple and user-friendly—just stand and scan. The device captures all the necessary data.

 Focused on accessibility for small owners to ensure effective and accurate tracking.

• Scan the bark.

• Get the data.

• Track everything: species, location, carbon storage, and even health.

A swift scan reveals each tree’s digital identity, ensuring transparency and accuracy.

From basic sensors to refined prototypes—testing directly in the forest.

Soft, ergonomic design for easy handling. A sleek cylindrical shape for portability.

Every component plays a crucial role, from LiDAR sensors to AI processing units.

EarthCode is evolving, focusing on integrating more environmental data and refining the user interface for forest owners. We aim to expand our outreach globally, adapting to diverse ecosystems.

What If Trees Could Manage Themselves?