Prosperity Digital builds data centers powered by stranded sustainable energy sources, such as hydro and solar, to optimize energy efficiency in digital asset mining. The company captures waste heat for secondary applications, reducing environmental impact while creating local job opportunities.
Funding
Funding not disclosed
Founders
Product
Problem
Digital asset mining operations often face challenges related to high energy consumption and environmental impact, particularly when relying on traditional power sources. Many data centers lack efficient heat management systems, leading to wasted energy and increased operational costs. Additionally, the lack of local job opportunities in some data center locations can hinder community integration and economic development.
Solution
Prosperity Digital addresses these challenges by building data centers powered by stranded sustainable energy sources, such as hydro, wind, solar, and nuclear power. The company focuses on optimizing energy efficiency in digital asset mining and compute capacity operations. Prosperity Digital repurposes the heat generated during operations for secondary use cases like desalination of seawater, heat for greenhouses, and district heating, promoting circularity and reducing environmental impact. By creating viable job opportunities for local communities, Prosperity Digital drives digitalization and fosters economic growth in the regions where it operates.
Target Audience
Prosperity Digital's primary customers include digital asset mining companies and compute capacity users seeking sustainable and energy-efficient infrastructure solutions.
Features
- Data centers powered by stranded sustainable energy sources (hydro, wind, solar, nuclear).
- Vertically integrated compute capacity operations.
- Heat repurposing for secondary use cases (desalination, greenhouses, district heating).
- Mitigation of harmful gasses and waste gas through capture and power generation.
- State-of-the-art infrastructure adaptable to multi-use data center needs.
- Support for existing power infrastructure where applicable.