IXO is developing a Web3 infrastructure that utilizes decentralized protocols and spatial web technologies to provide verifiable data and financing solutions for social, environmental, and economic projects. This platform addresses the lack of reliable verification and funding mechanisms for sustainable initiatives, enabling measurable impacts in climate mitigation and community development.
Funding
Funding not disclosed
Founders
Product
Problem
Social, environmental, and economic projects often lack reliable verification and transparent funding mechanisms, hindering their ability to demonstrate impact and attract investment. This creates a challenge in ensuring accountability and directing resources effectively towards sustainable initiatives.
Solution
IXO is developing a Web3 infrastructure that leverages decentralized protocols and spatial web technologies to provide verifiable data and financing solutions for impact-driven projects. The platform enables networks of individuals, organizations, AI agents, and physical devices to generate verifiable impacts at scale. By tokenizing real-world assets as digital twins with verifiable credentials, IXO facilitates transparent tracking and management of project resources. The platform also supports innovative financing models like outcome-based and impact investing, optimizing the flow of funds for maximum social and environmental returns.
Target Audience
IXO targets organizations and individuals involved in social, environmental, and economic projects, including those focused on clean energy, water management, education, healthcare, and nature conservation.
Features
- Decentralized Identifiers (DIDs) for agent authentication and data sovereignty
- Verifiable Credentials for issuing and relying on digital claims and certifications
- Data Matrix for secure, private data storage with end-to-end encryption
- Tokenization of real-world assets as digital twin NFTs
- Support for outcome-based financing with algorithmic pricing mechanisms
- AI-powered Oracles for verifiable service delivery and automated fee payment
- Integration with UNL's location technology for spatial web applications