This roadmap outlines the strategic phases for developing the network, focusing on building a robust decentralized AI ecosystem while ensuring data privacy, security, and community engagement.
Phase 1: Foundation and Proof of Concept
π Event Participation
- Speaker at the Summit on Responsible Decentralized Intelligence β The Future of Decentralization and AI, hosted by Berkeley RDI on August 6, 2024, at the Verizon Center, Cornell Tech Campus, Roosevelt Island, NYC.
π₯ Team Building
- Assemble a core team of founders, advisors, and domain experts specializing in blockchain, AI/ML, federated learning, privacy-preserving technologies, and systems architecture to guide project direction and ensure technical excellence.
π Whitepaper and Technical Specifications
- Collaborate with industry specialists to draft a detailed whitepaper and technical specifications, providing a solid foundation for the projectβs vision, architecture, and long-term goals.
π§ͺ Prototype Development
- Develop and deploy smart contracts for the DIN Protocol as a proof of concept, showcasing decentralized AI training and reward issuance.
- This prototype will validate core functionalities, demonstrate the projectβs feasibility, and set the stage for future scalability and full implementation.
π Community & Online Presence
- Launch a public GitHub repo, a basic website for updates, and social media accounts (e.g., Twitter) to share progress, engage with the community, and build awareness.
π° Seed Fundraising (1st Raise)
- Secure initial funding to develop the testnet (MVP), build a lean and efficient development team, and establish the technical foundation for core network infrastructure.
Phase 2: Testnet (MVP) Development
π Testnet (MVP) Development
- Optimize blockchain architecture and smart contracts for efficient model training, leveraging decentralized blockchain ecosystems like Ethereum and layering solution environments.
- Integrate privacy-preserving techniques such as Homomorphic Encryption (HE) and Zero-Knowledge Proofs (ZKPs) to enable secure, privacy-focused model evaluation and rewards for decentralized evaluator participants.
π οΈ Technical Development & Testing
- Conduct unit testing, integration testing, and performance testing to ensure system scalability and reliability.
- Perform integration testing with data partners and edge nodes to verify seamless interaction and functionality.
π οΈ Developer Tools and Ecosystem Support
- Release SDKs, APIs, and comprehensive documentation for developers to integrate blockchain and federated learning functionalities into their applications.
- Provide easy-to-follow tutorials and guides on utilizing privacy-preserving features and connecting to the network.
π Event Participation
- Present at DeAI 2024: The Future of Decentralized AI on March 28, 2025, 9AM β 5PM in Midtown, NYC.
π Community Building
- Share project code and updates with clear contribution guidelines, inviting developers to submit issues, feature requests, and pull requests.
- Launch the website and engage with AI and blockchain communities to gather feedback and guide project development.
π€ Partnerships
- Forge collaborations with blockchain ecosystems, federated-learning entities, open-source organizations, and data providers.
- Partner with select data contributors to test real-world use cases, ensuring that data sovereignty and privacy-preserving mechanisms (e.g., encryption, secure aggregation) are functioning effectively.
πͺ Token Generation Event (TGE)
- Host the Token Generation Event (TGE) to secure the network, establish governance, and support ecosystem growth.
- Ensure long-term sustainability through utility-driven token models.
Phase 3: Testnet Development and Ecosystem Growth
π¬ Testnet Development
- Develop key API integrations and user interfaces for the network.
- Conduct closed testnet trials to validate functionality and gather feedback.
- Simulate an early test group to focus on securing the network and validating consensus.
π Privacy Features Integration
- Integrate privacy-preserving technologies like homomorphic encryption and zero-knowledge proofs.
- Test privacy features for effectiveness under various conditions.
π§βπ» Developer Engagement & Onboarding
- Provide documentation, SDKs, and API interfaces.
- Host workshops, hackathons, and coding events to encourage contributions.
π Community Engagement
- Engage data providers, validators, and stakeholders to foster decentralization.
- Launch educational content and workshops to raise awareness.
π‘οΈ Security Auditing & Testing
- Conduct comprehensive security audits, penetration tests, and stress tests.
- Fix vulnerabilities promptly and monitor for emerging threats.
π Testnet Launch
- Launch the testnet to demonstrate core infrastructure and gather feedback from early testers.
π’ Marketing
- Launch a marketing campaign to build awareness.
- Host webinars, AMAs, and open-source events to engage the community.
- Use social media and partnerships to expand reach.
Phase 4: Mainnet Deployment and Scaling
π₯οΈ Mainnet Deployment
- Launch the DIN mainnet with full functionality on Ethereum.
β‘ Performance Optimization
- Continuously enhance scalability through layer 2 solutions.
π¬ Advanced Features
- Implement cross-chain interoperability and modular architecture for easy upgrades.
π Network Growth
- Focus on generating revenue through network fees to sustain ongoing development.
π₯ Community Engagement
- Transition to DAO governance and establish grant programs for projects.
ποΈ Decentralization of Protocol Ownership
- Begin decentralizing control of the protocol to the community to ensure long-term sustainability and governance.
Phase 5: Long-term Vision and Innovation
π Network Adoption
- Establish regional hubs for growth, ensuring compliance with global data protection laws.
π Ecosystem Expansion
- Strengthen partnerships to support decentralized applications and broaden the ecosystemβs capabilities.
π οΈ Real-world Applications
- Foster DApps that tackle global challenges, focusing on practical and impactful use cases.
π§βπ¬ Research and Development
- Advance AI coordination in blockchain through continued research and strategic collaborations.
π Interoperability and Standards
- Partner with industry bodies to set standards for decentralized AI networks, ensuring broader adoption and seamless integration.
π’ Enterprise Integration
- Develop solutions tailored to enterprises, driving adoption among major corporations within the ecosystem.
π οΈ Decentralized AI Marketplaces
- Launch a decentralized marketplace for AI models and datasets, ensuring transparency, fair compensation, and quality control.
This roadmap outlines a clear path toward a sustainable and community-driven decentralized AI ecosystem, with each phase laying the foundation for the next. By following this roadmap, we are committed to ensuring that our decentralized AI network evolves in a way that is both innovative and inclusive.