Zeon
AI-Powered Crowdfunding and Token Transfers
Created on 13th June 2025
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Zeon
AI-Powered Crowdfunding and Token Transfers
The problem Zeon solves
Here's a real world example of Zeon
Web3 Developer Clubs in Kenya
The Web3 Dev Alliance Kenya, a grassroots network of blockchain student clubs and developer communities across Nairobi, Kisumu, and Eldoret, wants to organize a regional Web3 bootcamp. They need to raise 3 ETH to cover logistics, venues, and speaker travel costs.
Previously, organizing funds meant that :
Posting wallet addresses in group chats (prone to errors and phishing).
Using centralized tools like Google Forms and spreadsheets to track pledges.
Relying on a single multisig wallet managed manually — raising trust issues.
Many of their members and supporters are active on WhatsApp and Telegram, but not everyone has the technical skill to interact with dapps or verify smart contracts.
✅ How Zeon AI Helps
Instead of writing code or using clunky tools, the community lead opens Zeon AI and types:
“We want to raise 3 ETH in 10 days for a Web3 developer bootcamp in Kenya. The funds should only be claimable if we reach the goal, and everyone should be able to contribute using their phones.”
Zeon AI:
Instantly interprets the request using natural language.
Deploys a verified smart contract to Base Sepolia.
Returns a QR code and payment link (wallet-compatible and mobile-friendly).
The campaign is shared across WhatsApp, Telegram, and X (Twitter).
Now, any supporter can contribute with a tap — no coding, no browser extensions, no spreadsheets.
If the goal is met, the funds are automatically claimable by the organizers. If not, contributors get their ETH back — all on-chain, all trustless.
💡 Outcome
What used to take days of coordination and technical setup is now handled in minutes through a conversation.
Zeon AI empowers real communities like Web3 Dev Clubs in Kenya to launch transparent, smart contract-backed crowdfunding campaigns — even if no one on the team is a Solidity developer.
Challenges I ran into
Challenges I Ran Into
- Bridging Natural Language with Smart Contract Logic
One of the toughest challenges was building a reliable NLP layer that could accurately convert user intent (written in plain language) into structured inputs for smart contract deployment. For example, interpreting a sentence like:
“I want to raise 1 ETH in 7 days and refund users if we don’t hit the target.”
…required deep parsing of both the goal and the fallback logic.
Solution:
I fine-tuned prompt engineering to work alongside deterministic parsing logic that validates user input before proceeding. This hybrid approach helped avoid ambiguous transactions and allowed the AI layer to fall back gracefully when instructions were unclear.
- Automating Smart Contract Deployment in Real Time
Dynamically deploying contracts to Base Sepolia directly from a conversation posed multiple issues:
Ensuring safety and reproducibility
Handling gas fees and race conditions
Exposing just the right parameters to users
Solution:
I modularized contract templates using minimal proxy clones (via OpenZeppelin), and integrated real-time deployment through a secure backend layer, making the experience feel “instant” while still being safe and auditable.
- Seamless Wallet & QR Code UX for Non-Technical Users
Many users in our test group were mobile-first and preferred platforms like WhatsApp. Designing a QR code and deep-linking experience that worked well across devices and wallets was a real UX hurdle.
Solution:
I implemented WalletConnect-compatible QR generation and tested links across multiple mobile wallets (e.g., MetaMask, Trust Wallet). I also optimized fallback URLs for devices without wallets installed, helping reduce user drop-off.
Technologies used
Cheer Project
Cheering for a project means supporting a project you like with as little as 0.0025 ETH. Right now, you can Cheer using ETH on Arbitrum, Optimism and Base.