Drawi πŸŽ€
  • Introduction
    • πŸŽ€What is Drawi?
    • 🌺Why is Drawi Unique?
    • πŸ¦„The Team
    • 🌸Useful Links
  • How Drawi Works
    • πŸ’“Daily Contest Mechanism
    • 🌷Selection Criteria
    • πŸ’–Evolving Reward System
    • πŸ’žUsers Attraction
  • Infrastructure
    • 🦩How Does the AI Work?
    • 🧠Automation & Interaction
    • 🏩Hosting & API
    • 🍬Anti-Sybil Protection
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On this page
  • 1. Sybil Attack Prevention
  • 2. Bot Detection & Spam Filtering
  • 3. Wallet Address Filtering & Anti-Farming Mechanisms
  • 4. Rate Limiting & API Security
  • 5. On-Chain Transparency & Fairness
  • Why This Matters
  1. Infrastructure

Anti-Sybil Protection

How Drawi ensures fairness, eliminates Sybil attacks, and prevents exploitation.

Drawi is built for trustless, decentralized giveaways, but without proper security, on-chain raffles can be manipulated by bots, Sybil attackers, and reward farmers. To ensure fair participation, Drawi implements multi-layered security mechanisms that protect against abuse while maintaining an open and permissionless system.


1. Sybil Attack Prevention

A Sybil attack occurs when a single entity creates multiple fake accounts to manipulate a system. In a giveaway context, this means bot farms attempting to flood replies with low-effort responses to maximize their chances of winning.

How Drawi Mitigates Sybil Attacks

  • AI-Based Identity Verification β†’ Analyzes behavioral patterns to detect fake accounts.

  • Wallet Address Uniqueness Checks β†’ Flags duplicate addresses used across multiple accounts.

  • Participation Scoring System β†’ Prioritizes real users over bots based on engagement history.

  • Cross-Contest Tracking β†’ Identifies repeat offenders gaming multiple giveaways.

Example: AI-Based Sybil Detection

Scenario: A bot farm generates 100 accounts to reply with low-quality responses.

  • AI detects unnatural response patterns (similar wording, timestamps, engagement).

  • Wallet clustering analysis flags duplicate addresses.

  • System automatically excludes flagged entries from winner selection.

Only legitimate users remain eligible, ensuring a fair contest.


2. Bot Detection & Spam Filtering

Drawi’s AI continuously monitors response quality, engagement, and authenticity to prevent bot spam from flooding contests.

Key Detection Methods:

  • NLP & Sentiment Analysis β†’ Filters out low-effort, copy-paste, and AI-generated spam replies.

  • Engagement-Based Trust Score β†’ Accounts with organic likes, replies, and following history are prioritized.

  • Time-Based Anomaly Detection β†’ Accounts mass-commenting instantly are flagged.

  • Wallet Reputation System β†’ Identifies known farming wallets & prevents repeated abuse.

Example: Spam Filtering in Action

User

Response

Bot-Like Behavior Detected?

Eligible?

@RealUser1

β€œThat’s hilarious, I love it”

No

Yes

@BotFarm47

β€œNice!”

Short & generic

No

@CopyPaste89

β€œThis is the best ever!!!” (Repeated across 20 replies)

Duplicate detected

No

@DegenChad69

β€œHere’s my meme + wallet: 0x123…”

High-quality engagement

Yes

Only high-quality, authentic participants are counted in the final draw.


3. Wallet Address Filtering & Anti-Farming Mechanisms

Many bot farms attempt to use multiple wallets to bypass detection. Drawi implements on-chain wallet analysis to block known farming operations.

  • Duplicate Wallet Detection β†’ Flags users submitting the same wallet across multiple accounts.

  • Blacklist of Farming Addresses β†’ Continuously updates known bot wallets.

  • Transaction History Check β†’ Identifies suspicious wallet activity.

Example: Wallet Clustering Analysis

Bot farm detected: 10 Twitter accounts submitting responses with the same wallet β†’ All disqualified. Legit user detected: Unique wallet used, verified engagement β†’ Eligible for the draw.


4. Rate Limiting & API Security

Since Drawi’s AI interacts with Twitter & blockchain APIs, it enforces strict rate limits to prevent abuse.

  • API Rate Limits β†’ Prevents mass participation from automated scripts.

  • ReCAPTCHA & Human Verification β†’ Ensures real users participate in off-chain interactions.

  • Smart Contract Guardrails β†’ Limits excessive on-chain calls to prevent spam.

Example of API Rate Limiting in Action: Scenario: A bot tries to send 500 responses within 5 minutes.

  • System detects abnormal request volume & blocks IP.

  • Account flagged as spam & blacklisted.

  • Real users continue participating normally.


5. On-Chain Transparency & Fairness

Unlike traditional giveaways where results can be manipulated, Drawi’s security model is fully transparent.

  • Provably Fair Selection β†’ Uses decentralized thought for tamper-proof randomness.

  • On-Chain Distribution Records β†’ Every payout is verifiable on Solana Explorer.

  • No Human Intervention β†’ AI & smart contracts handle 100% of the process.

Proof-of-Fairness Example:

  1. All eligible participants are recorded on-chain.

  2. Decentralized thought choose.

  3. The smart contract selects a winner & executes payout automatically.

  4. Users can verify the transaction history publicly.

Final Result: A system that cannot be rigged, cannot be farmed, and cannot be manipulated.


Why This Matters

Most Web3 giveaways fail due to:

  • Bots & Sybil attackers β†’ Fake users winning repeatedly.

  • Rigged, centralized draws β†’ No way to verify fairness.

  • Spam-filled engagement β†’ No quality control.

Drawi solves all these problems with an AI-driven, anti-bot, fully decentralized, and 100% transparent contest system. This raises the bar for fairness in Web3 giveaways.

PreviousHosting & API

Last updated 4 months ago

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