How CarbonSpace, Ketrawe, & DOVU Are Pioneering Transparent, Scalable Nature-Based Solutions in Bolivia
July 2025
By Ellen Young
July 4th, 2025
In Bolivia’s Amazonian foothills, a powerful example of how nature-based solutions (NbS) can deliver measurable climate benefits is taking shape. CarbonSpace, in collaboration with DOVU and Ketrawe, is leveraging advanced carbon monitoring tools to ensure transparency and trust in agroforestry carbon projects, helping engage the true value of regenerative land use.
Why Bolivia?
Bolivia is home to one of the world’s most ecologically diverse regions, where tropical forests intersect with vital agricultural zones. Yet, this rich natural capital is under pressure from deforestation and unsustainable land use. Nature-based solutions, such as agroforestry, where crops are grown among trees, offer a promising approach: sequestering carbon while enhancing livelihoods.
Why Bolivia?
Bolivia is home to one of the world’s most ecologically diverse regions, where tropical forests intersect with vital agricultural zones. Yet, this rich natural capital is under pressure from deforestation and unsustainable land use. Nature-based solutions, such as agroforestry, where crops are grown among trees, offer a promising approach: sequestering carbon while enhancing livelihoods.
The CarbonSpace Advantage
At the heart of this initiative is CarbonSpace’s science-based, data-driven MRV (Monitoring, Reporting, and Verification) platform. Unlike traditional carbon accounting methods that rely heavily on manual sampling and infrequent field visits, CarbonSpace uses satellite and AI-powered technology to provide continuous, spatially explicit carbon flux data.
This approach enables:
Geza, CEO of CarbonSpace, emphasized this during a recent visit to the project sites in Bolivia: “We’re not just measuring carbon stock, we’re tracking actual carbon fluxes. That’s the difference between assumed impact and verified, trusted impact.”
The Role of DOVU
DOVU brings its expertise in Web3 infrastructure to the table, enabling verified carbon data to be transparently recorded and exchanged on-chain. This ensures that carbon credits are traceable, secure, and credible — essential qualities in a market that increasingly demands integrity and precision.
DOVU's tokenized approach opens up carbon markets to a broader audience, from corporate offsetters to climate-conscious individuals, while ensuring that each credit represents a verified environmental benefit.
At the heart of this initiative is CarbonSpace’s science-based, data-driven MRV (Monitoring, Reporting, and Verification) platform. Unlike traditional carbon accounting methods that rely heavily on manual sampling and infrequent field visits, CarbonSpace uses satellite and AI-powered technology to provide continuous, spatially explicit carbon flux data.
This approach enables:
- Faster, more cost-effective verification,
- Greater transparency for stakeholders and carbon markets,
- A scalable model for a global application.
Geza, CEO of CarbonSpace, emphasized this during a recent visit to the project sites in Bolivia: “We’re not just measuring carbon stock, we’re tracking actual carbon fluxes. That’s the difference between assumed impact and verified, trusted impact.”
The Role of DOVU
DOVU brings its expertise in Web3 infrastructure to the table, enabling verified carbon data to be transparently recorded and exchanged on-chain. This ensures that carbon credits are traceable, secure, and credible — essential qualities in a market that increasingly demands integrity and precision.
DOVU's tokenized approach opens up carbon markets to a broader audience, from corporate offsetters to climate-conscious individuals, while ensuring that each credit represents a verified environmental benefit.
Building a Transparent, Scalable Model
Together, CarbonSpace and DOVU are creating a repeatable model that others can build on. By integrating advanced carbon tracking with blockchain verification, they're removing barriers that have historically limited the reach of nature-based carbon projects, from high MRV costs to low investor confidence.
This isn't just about Ketrawe’s project in Bolivia. It’s about showing what’s possible when we combine scientific rigor, digital innovation, and local stewardship. The result is a new kind of carbon project: faster to deploy, easier to trust, and better for the planet.
Looking Ahead
As climate challenges mount and carbon markets mature, solutions that are transparent, scalable, and grounded in local ecosystems will be critical. With Ketrawe, in Bolivia as the proving ground, CarbonSpace is demonstrating how next-gen MRV can transform land use into a measurable climate solution.
Together, CarbonSpace and DOVU are creating a repeatable model that others can build on. By integrating advanced carbon tracking with blockchain verification, they're removing barriers that have historically limited the reach of nature-based carbon projects, from high MRV costs to low investor confidence.
This isn't just about Ketrawe’s project in Bolivia. It’s about showing what’s possible when we combine scientific rigor, digital innovation, and local stewardship. The result is a new kind of carbon project: faster to deploy, easier to trust, and better for the planet.
Looking Ahead
As climate challenges mount and carbon markets mature, solutions that are transparent, scalable, and grounded in local ecosystems will be critical. With Ketrawe, in Bolivia as the proving ground, CarbonSpace is demonstrating how next-gen MRV can transform land use into a measurable climate solution.