medici.ac: Peer-to-Peer Education Funding
Peer-to-peer education funding infrastructure connecting verified students with global educational micro-grants.

Overview & Research Motivation
Traditional scholarship programs and education endowments are burdened by high administrative overhead, opaque disbursement timelines, and restrictive geographic criteria. Medici explores a simpler funding primitive for education: verified students publish credentialed funding needs, global supporters choose whom to back, and funding moves directly through transparent, programmable settlement rails.
Awarded a $10K Solana Almighty Grant, the deployed platform features verified student identity verification, auditable funding milestones, and direct USDC settlement on Solana with zero intermediary rent-seeking.
The Core Systems Problem
- Merit-based educational funding is bottlenecked by institutional bureaucracy, banking fees, and lack of direct transparency for benefactors.
Why I Worked on It
"Having seen talented peers struggle with cross-border academic conference travel and textbook costs, I wanted to build an auditable, transparent funding primitive that removes middleman fees."
My Specific Technical Contributions
- Architected the full web application, Solana smart contract escrow programs, and student verification workflow.
- Engineered cryptographic milestone release mechanisms ensuring accountability for disbursed funds.
- Secured $10K grant funding from the Solana Foundation ecosystem.
System Architecture & Verification Pipeline
Student Verification & Identity
Integrates academic domain verification and cryptographic identity credentials.
Solana Smart Contract Settlement
Manages escrow, campaign milestones, and direct low-fee USDC transfers.
Donor Transparency Dashboard
Provides real-time on-chain verification of funding utilization and academic milestones.
Evaluation & Benchmark Results
Technical Stack & Tools
Connected Systems & Inquiries
Treating event tickets as evolving, programmable access rights with decentralized media storage and secondary resale rules.
A multi-agent decision architecture where specialized agents deliberate before constrained, user-authorized execution.
