Albo Climate employs AI and satellite technology to monitor and verify carbon removal from nature-based solutions, providing precise data on carbon offset initiatives. This capability enables businesses to accurately track their sustainability efforts and meet regulatory requirements effectively.
Funding
$120K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current methods for monitoring and verifying carbon removal in nature-based solutions rely on manual measurements, which are slow, expensive, and difficult to scale, hindering the growth of carbon offset initiatives. This lack of efficient and accurate monitoring creates a barrier for businesses seeking to track their sustainability efforts and meet regulatory requirements.
Solution
Albo Climate provides a technology platform that uses AI and satellite imagery to remotely monitor, measure, and verify carbon sequestration in various ecosystems. By applying deep learning algorithms to satellite data, Albo Climate calculates CO2 sequestration and offers long-term monitoring to ensure projects meet their carbon removal targets. This approach eliminates the need for manual measurements, automating the carbon credit supply chain and enabling more efficient and transparent carbon offset programs. The platform supports regenerative agriculture and forestry projects, helping landowners and businesses participate in carbon credit markets and contribute to climate change mitigation.
Target Audience
Albo Climate targets businesses, governments, NGOs, and project developers involved in carbon offset programs, as well as landowners practicing regenerative agriculture and forestry.
Features
- AI-powered analysis of satellite and radar imagery to predict CO2 proxies
- Ecosystem-variant CO2 sequestration models for accurate carbon accounting
- Long-term monitoring to ensure continuous CO2 sequestration target achievement
- Remote sensing technology to measure carbon sequestration without manual intervention
- Integration of data from multiple satellite sources, including radar and hyperspectral imagery
- Support for various nature-based solutions, including regenerative agriculture and forestry