Sacred Groves offers a platform for individuals and corporations to fund and monitor the protection of biodiverse land parcels. Users can become "Guardians" by contributing to designated "Sacred Groves Clusters," which are tracked using geospatial data and satellite imagery for transparent impact reporting.
Funding
Funding not disclosed
Founders
Product
Problem
The increasing degradation of natural habitats and forests globally poses a significant threat to biodiversity and ecosystem stability. Current conservation efforts often lack transparency and direct traceability of impact, making it difficult for individuals and organizations to engage effectively.
Solution
Sacred Groves provides a platform for individuals and corporations to actively participate in global habitat and forest conservation. The service secures biodiverse land parcels, which are then virtually divided into manageable "Sacred Groves Clusters" (SGCs). Each SGC is assigned a unique identifier, enabling transparent monitoring of its health and progress through geospatial data and satellite imagery. This approach allows "Guardians" to directly contribute to conservation efforts, with their contributions funding the protection and management of these designated areas for a defined period. The platform aims to foster a global community dedicated to environmental stewardship and planetary well-being.
Target Audience
The primary audience includes environmentally conscious individuals seeking direct impact in conservation and corporations aiming to fulfill their environmental, social, and governance (ESG) objectives.
Features
- Platform for securing and virtually segmenting biodiverse habitats into traceable "Sacred Groves Clusters" (SGCs).
- Unique ID assignment for each SGC, facilitating monitoring via geospatial data and satellite imagery.
- Direct contribution model where Guardian fees fund habitat protection and management for a 10-year period.
- Blockchain technology utilized for transparent, efficient, and secure allocation and transaction of SGCs.
- Utilization of AI and cognitive computing for data analysis and decision support in conservation efforts.
- Cloud-native architecture for scalability, speed, and security.
- Legally binding smart contracts under English law to ensure long-term protection and stakeholder rights.
- Virtual access to protected natural habitats via Google Earth integration.
- Data analytics, Machine Learning, and Statistical Modelling employed to measure and report conservation impact.
- Community-building features including social media integration and in-app messaging.
- E-waste conversion program ("Junk to Jungles") where the residual value of recycled electronics funds habitat regeneration.
- Corporate partnership programs for ESG initiatives, including eco-friendly gifting and conference offsetting.