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Individual Trees
Map, measure and protect individual trees with 3D hosted models and Guardian Subscriptions.
View 3D Catalog (Open / Sold) →A global platform for tree data, GIS and 3D mapping, multispectral analysis, carbon estimation and transparent credit flows that reward the people and organizations protecting trees.
From one tree in a backyard to a national forest, the platform adapts its data collection and management tools to the scale of the asset.
Map, measure and protect individual trees with 3D hosted models and Guardian Subscriptions.
View 3D Catalog (Open / Sold) →For homes, parks, estates and ward shopping list portfolios.
View Gardens Shopping List (Kathmandu 4, 5, etc.) →Verified carbon pools across active Community Forest User Groups.
View Available Carbon (tCO₂e) →62 local governments with available carbon and baseline claims.
Explore 62 Municipalities Carbon Pool →Map, identify and monitor single trees for owners, schools, campuses and small properties with 3D hosting and annual Guardian Subscriptions.
Field collection, GIS, 3D forest models and multispectral imagery can be brought together into one evidence layer for monitoring forest condition, biomass, growth and carbon potential.
Estimate annual carbon performance from mapped tree or forest data, then move eligible projects through independent verification and registry processes before credits are sold. Revenue can then flow back to forest maintainers, communities and public organizations.
For concept demonstration only. Real credit issuance depends on methodology, baselines, permanence, leakage, additionality, monitoring and third-party verification.
Capture carbon and provide ecosystem services.
GIS, field, 3D and multispectral evidence.
Independent standards and registry workflow.
Businesses purchase eligible verified credits.
Maintain trees, fund communities and expand forests.
The platform connects tree owners, communities, governments, municipalities, NGOs and carbon buyers so data, incentives and stewardship reinforce each other.
TreeSphere is a platform concept for making tree and forest assets measurable, manageable and economically supported. The goal is not only to count carbon, but to create a feedback loop where better data leads to better stewardship and better stewardship unlocks long-term climate value.
Record assets, monitor health, organize maintenance, and participate in credible climate projects.
Discover high-integrity projects, understand evidence, and support climate strategies with transparent data.
Track shared resources, document stewardship, and make benefit flows easier to understand.
Manage urban trees and forest estates with spatial data and long-term monitoring.
Bring tree owners, communities, institutions and climate buyers into one connected ecosystem.