Case Studies

Real world examples of how digital technology can create climate and nature impact.

  • Maximizing project capital flow with Thallo's Carbon-as-a-Service API

    In a market dominated by intermediaries, Thallo’s platform connects buyers directly with project developers, with the vast majority of these projects are based in the Global South. By allowing businesses to businesses to embed ICROA-accredited carbon credits from across the globe directly into products and services, Thallo is scaling capital flow to more project developers whe ensurin full transparency and audibility.

  • Enabling forest data transparency with Open Forest Protocol

    To date, OFP has successfully integrated 80+ forest projects spanning six continents into its ecosystem. These projects benefit from cutting-edge digital MRV tools for comprehensive forest plot management. Many of these initiatives are owned and operated by local and indigenous communities, facilitated via financing through OFP’s transparent, blockchain-based protocol.

    Traditionally, associated costs and time constraints have imposed a considerable challenge for smaller community projects seeking to implement carbon financing or data verification systems into operations, but with OFP’s innovative tools, anyone can access the global market. Beyond the broad goal of sustainable development, many communities benefit from carbon financing as an important source of income too.

  • Conserving & verifying forests with Moss

    Helping to conserve 650 million trees in the Amazon rainforest to date, Moss leverages the power of blockchain and climate education to increase carbon market trust participation. Moss then verifies this impact through a combination of satellite imagery, machine learning, and big data.

    Through this technology, Moss is able to work to ensure accessibility so that eventually any community is able to develop and manage their own carbon offetting projects.

  • Real-time air quality monitoring with PlanetWatch

    PlanetWatch is tackling air pollution through a global network of air quality sensors. They offer individuals the opportunity to participate by deploying sensors in their homes, workplaces, or even outdoors. This data, accessible and verifiable through blockchain technology, empowers communities to understand their local air quality and advocate for change. PlanetWatch aims to create a dense network of sensors, providing hyperlocal insights for data-driven solutions in urban planning and beyond.