🤖Trade with DeFAI
How to start with Kibble DeFAI?
Step 1: Connecting Your Wallet
To interact with Kibble DeFai, users can connect their existing crypto wallets or create a Web2-based wallet for easy access.
Option 1: Connecting an Existing Wallet
Open the Kibble DeFai interface.
Click “Connect Wallet.”
Select your preferred wallet (e.g., MetaMask, Trust Wallet, Coinbase Wallet).
Authorize the connection to enable secure access.
Your wallet is now linked to Kibble DeFi, and you can start interacting.
Option 2: Creating a Wallet Abstraction
If you don’t have a crypto wallet, you can create one using your Telegram or X (Twitter) account.
Click “Create Wallet” on the Kibble DeFi platform.
Choose “Sign in with Telegram” or “Sign in with X (Twitter).”
Kibble generates a non-custodial smart wallet linked to your Web2 identity.
Deposit funds into this wallet to start using Kibble DeFai.
You can export your private key for full control over your assets.
Navigate to “Wallet Settings” in Kibble DeFai
Click “Export Private Key” (only recommended for advanced users).
Store your private key securely—never share it with anyone.
Step 2: Depositing Assets
Once your wallet is connected, you need to deposit assets to interact with Kibble AI.
Copy your wallet address from the Kibble dashboard.
Use any exchange (Binance, Coinbase, etc.) or another wallet to send funds (e.g., USDC, ETH, AVAX).
Wait for the transaction to confirm.
Your balance will update, and you’re ready to use Kibble DeFai.
Step 3: Kibble AI Functionalities & Prompts Example
AI TradingAssistant— with Simple Commands
Allows users to trade using natural language (Natural Language Processing—).
Suggests smart trading strategies based on market data analysis.
Integrates with Telegram Bot or Web App APIs for easy user interaction.
Example 1: User Input (via Telegram Bot): “Buy 100 USDC with AVAX”
Kibble Defai response: Kibble AI analyzes AVAX/USDC prices across DEXs (Trader Joe, Pangolin), selects the best rate (e.g., 1 AVAX = 25 USDC), calculates 4 AVAX needed for 100 USDC, and checks the user’s wallet balance. , “Placing an order to buy 100 USDC with 4 AVAX on LFJ. Estimated gas fee: 0.003 AVAX. Confirm?”
User Action: User replies “Confirm” on Telegram.
Success Response: “Transaction completed. You’ve purchased 100 USDC with 4 AVAX. New balance: 100 USDC.”
Error Response: “Insufficient AVAX balance (need 4.003 AVAX, currently have 3 AVAX). Please deposit more.”
Example 2:
User Input: “Bridge 200 USDC from Avalanche to BSC and swap for BNB.”
Kibble Response: Selects the best bridge (Synapse, Stargate), calculates gas fees, and prepares the transaction.
Transaction: Displays the estimated time and cost of bridging and swapping.
User Action: Signs the transaction to proceed.
Success Response: “Bridge and swap completed. You now have 0.6 BNB on BSC.”
Error Response: “Bridge service is experiencing delays. Retry later or use an alternative route.”
AI-Driven Liquidity Management— Optimizing Liquidity Provision
Automatically analyzes on-chain data to suggest the most profitable liquidity pools.
Predicts impermanent loss and adjusts liquidity strategies accordingly.
Optimizes LP (Liquidity Provider) fees through flexible capital allocation.
Example :
User Input: “Maximize yield on my AVAX holdings.”
Kibble Response: Suggests a diversified strategy (e.g., staking on AAVE, LPing on Trader Joe, auto-compounding on Yield Yak).
Transaction: Displays staking options, estimated APYs, and gas fees.
User Action: Signs the transaction to allocate assets.
Success Response: “Staking is successful. Estimated APY: 7.2%.”
Error Response: “Insufficient AVAX balance. Please deposit more funds.”
AI Market Insights— Analysis & Trend Prediction
Aggregates data from blockchains to analyze price movements and trading volume.
Predicts token price trends using machineLearning.
Warns of risks if abnormal liquidity pool activity is detected (e.g., rug pulls, bot trading).
Example :
User Input: “What’s the current ETH price and 7-day trend?”
Kibble Response: “ETH is currently trading at $3,200. 7-day trend: +5.3%.”
AI Smart Order Routing (SOR) – Intelligent Order Routing
Automatically finds the best price across DEXs on the same blockchain.
Reduces slippage by splitting trades across multiple liquidity pools.
Predicts market depth to optimize slippage.
Example :
User Input: “Exchange 500,000 USDT for AVAX with minimal price impact.”
Kibble Response: Breaks down the transaction across multiple DEXs for optimal execution.
Transaction: Displays split allocation (e.g., 40% on Odos, 30% on Kyber, 30% on OpenOcean).
User Action: Signs multiple transactions if needed.
Success Response: “Trade executed successfully. Received 500,200 AVAX.”
Error Response: “Liquidity is insufficient on selected DEXs. Try a smaller trade or alternative DEX.”
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