Strevvo

Strevvo: Finance real-world business revenue through AI-validated, tokenized on-chain assets orchestrated by CRE

The Problem it Solves: The Equity Trap
For decades, businesses needing growth capital have been forced into the expensive path of selling permanent equity. While venture capital works for hyper-growth startups, it forces sustainable businesses to give up ownership and control for a one-time cash injection. Alternative bank loans require heavy collateral and slow underwriting, excluding thousands of legitimate digital ventures. 

What it Is: Tokenized Revenue Financing
Strevvo pioneers a completely new financial instrument: Revenue Stream Tokens (RST). Instead of selling off pieces of their company permanently, businesses sell a fraction of their future revenue directly to investors. Strevvo transforms a historically slow and legally complex B2B transaction into a liquid, transparent, and instantly executable smart contract. It provides non-dilutive funding for businesses, and yield-bearing returns backed by real-world cash flows for investors.

How it Works:

1. AI-Validated Deal Creation (For Businesses): A business applies for funding. Strevvo utilizes Google Gemini AI to instantly analyze the company's financial fundamentals, generating a risk score and market analysis. Once an Admin approves, a unique Revenue-Sharing Token is minted on the EVM blockchain.
2. On-Chain Capital Formation (For Investors): Investors log into the Strevvo dashboard via embedded Web2-style wallets. They browse AI-validated deals and allocate USDC directly into the smart contracts of the businesses they want to back. They receive their share back as RSTs (ERC-1155: with Metadata)
3. Automated Chainlink CRE Paybacks (The LINK): As the business generates revenue, they simply upload their financials and remit USDC repyaments directly through their Strevvo Business Portal. Strevvo leverages the Chainlink Runtime Environment (CRE) to securely bridge this off-chain business data with the on-chain smart contracts. Chainlink calculates revenue distributions off-chain, verifies the data, and updates the smart contract, allowing investors to instantly claim their exact proportional dividends.

About Us: We are a team of students from NYU, Columbia and Stevens combining our expertise in deep computing and traditional finance to build Strevvo. By innovating a new standard for non-dilutive funding, our goal is to pioneer the infrastructure that integrates real-world businesses into the next generation of on-chain finance.

Strevvo is built uniquely as a full-stack monorepo bridging Web2 data with Web3 liquidity. Here is the technical breakdown:

The Frontend & AI Layer (Next.js 16, React 19)
To remove Web3 friction, we integrated Privy, allowing businesses to log in with email and automatically spin up a secure embedded wallet under the hood. 
During business onboarding, the frontend directly queries Google's Gemini AI to synthesize raw financial inputs into readable risk scores and market analyses before hitting the database.

The Data Layer
We use a Supabase PostgreSQL database managed by Prisma ORM. This acts as the centralized source of truth for all off-chain data (user profiles, generated AI reports, deal statuses, and historical revenue metrics). 

The Smart Contracts
The core financial engine is written in Solidity (EVM). Our TokenizedAssetPlatform.sol contract handles the heavy lifting: minting the unique asset tokens, escrowing incoming USDC investments, tracking business payback installments, and calculating math for proportional dividend claims. 

The Bridge (Chainlink CRE)
The biggest challenge was securely syncing the on-chain smart contracts with the off-chain Supabase database. We solved this by implementing the Chainlink Runtime Environment (CRE).
We wrote custom Typescript workflows that continuously listen for specific EVM log events (like a "DealCreated" or "Invested" event). When triggered, Chainlink extracts the cryptographic payloads and securely POSTs them to our Supabase Edge Functions. These Edge Functions then autonomously update the PostgreSQL database. This ensures our Web2 UI always perfectly reflects the Web3 on-chain reality, without requiring manual admin intervention.