
AI, Satellites, and Blockchain in Forest Monitoring
AI, satellite imaging and blockchain enable real-time, accurate forest monitoring, cut reforestation costs, and verify carbon credits transparently.
Descubre el último contenido generado por IA sobre conservación ambiental, sostenibilidad y nuestra misión de proteger los bosques nativos.

AI, satellite imaging and blockchain enable real-time, accurate forest monitoring, cut reforestation costs, and verify carbon credits transparently.

Blockchain with IoT and smart contracts enables tamper‑proof, real‑time tracking and verification of Scope 1, 2 and 3 emissions across supply chains.

Open-source permissioned blockchain using satellite imagery, geodata and certifications to verify deforestation-free supply chains and support smallholders.

AI-driven drones, LiDAR and satellite data plus blockchain ledgers boost accuracy, lower costs, and secure forest carbon credits.

Blockchain's ledgers, smart contracts and token incentives boost transparency, funding accountability and real-time monitoring for forest conservation.

Blockchain and smart contracts enable transparent, direct funding for forest conservation, automating payments to local communities based on verified outcomes.

How blockchain and community-led monitoring deliver transparent, verifiable carbon credits across Argentina, Tanzania and Latin America with measurable impacts.

Citizen-collected data plus blockchain secures forest monitoring, speeds verification, and directly rewards communities to fight illegal logging.

Calculate your carbon footprint and get a personalized plan to reduce it. Track transport, energy, and diet emissions with easy, actionable steps!

Blockchain tokenization and smart contracts cut costs, stop fraud, and unlock carbon credit markets for small reforestation projects.