🏩Hosting & API
A breakdown of Drawi’s backend infrastructure, API integrations, and operational flow.
Drawi is not just a memecoin—it is an AI-powered, fully automated giveaway system designed for scalability, efficiency, and security. Behind every contest, a robust infrastructure runs in the background to ensure seamless execution, real-time processing, and trustless automation.
1. Backend Infrastructure
Drawi’s backend stack is optimized for:
Scalability → Able to handle thousands of interactions per contest.
Reliability → 24/7 uptime with automated recovery mechanisms.
Efficiency → Low-latency processing for real-time engagement.
A. Cloud Hosting & Server Architecture
Deployed on Azure, Vercel & Cloudflare → Ensures high availability & DDoS protection.
Load-balanced architecture → Distributes API requests efficiently.
Redundant backup systems → Protects data integrity & ensures failover mechanisms.
B. API Layer & Microservices
Dedicated API gateway → Manages interactions with Twitter, the AI decentralized thought, and the smart contract.
Microservices architecture → Each component (AI processing, contest management, on-chain validation) runs independently, ensuring modularity & fault isolation.
WebSockets & Event-Driven Processing → Ensures real-time contest updates without delays.
2. X API Integration
Drawi’s AI Agent interacts with X’s API to:
Fetch contest replies & engagement data
Monitor user interactions in real time
Filter low-quality responses using AI
Log participation & enforce eligibility rules
How It Works (Step-by-Step)
Contest Tweet is Published → AI automatically posts a new giveaway every 24h.
API Monitors Replies → Fetches user responses & engagement stats.
AI Filters Participants → Scans for spam, bots & rule violations.
Valid Participants Logged → Eligible users are stored for winner selection.
Decentralized Thought Request Sent → Provably fair draw is triggered.
Winner Announced & Paid → API posts results & triggers smart contract payout.
Example API Call to Fetch Contest Replies:
jsonCopyEditGET https://api.twitter.com/2/tweets/:contest_id/replies
{
"data": [
{
"user": "@User1",
"response": "Best reply ever!",
"likes": 152,
"wallet": "0xWalletAddress"
},
{
"user": "@User2",
"response": "Funny meme response!",
"likes": 97,
"wallet": "0xWalletAddress"
}
]
}Spam Detection Example:
User flagged for Sybil behavior → Repeated low-effort responses detected.
Wallet flagged → Identified as a known bot/farmer.
User approved → AI validates genuine participation.
3. Smart Contract & On-Chain API
To maintain full transparency and decentralization, Drawi integrates with Solana RPC nodes for:
Contest result validation
Random number generation
On-chain reward distribution
On-Chain API Request for VRF Randomness:
solidityCopyEditfunction requestRandomWinner() external {
requestId =VRF.requestRandomness();
}Response Example (VRF Data & Winner Selection):
jsonCopyEdit{
"contest_id": "1256",
"vrf_result": "3829134",
"selected_winner": "0xWinnerAddress",
"transaction_hash": "0xTxHash..."
}This ensures trustless execution, meaning Drawi’s team cannot alter or interfere with the giveaway results.
4. Security & System Resilience
Drawi’s backend & API systems are built with enterprise-grade security to prevent abuse, manipulation, or downtime.
DDoS Protection → Cloudflare shields API endpoints from attacks.
Sybil Resistance → AI + bot detection prevents fake accounts from winning.
Rate Limiting & Abuse Prevention → Blocks spam & API overuse.
Redundant Server Failover → Ensures 24/7 uptime & automated recovery.
Why This Matters
Most Web3 giveaways are either:
Manually run → Prone to human error & centralization risks.
Lacking transparency → No way to verify winner selection.
Easily gamed → Bot farms can manipulate results.
Drawi fixes all of this with an AI-driven, trustless, and fully automated system that ensures every contest is fair, transparent, and impossible to manipulate.
This level of technical execution and automation is unmatched in the memecoin space.
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