2026年8月31日に公開 · 2026年8月31日時点で募集中であることを確認済みです
₹ 75.000 – ₹ 100.000 ／案件
# Senior Solana Full-Stack Developer Needed — AI Whale Intelligence + Trading Platform ## PROJECT I am looking for an experienced **Solana blockchain developer / full-stack engineer or small team** to build a Solana-only crypto intelligence and trading platform. **Working name: Daddy Fomo AI** The vision is to combine **Solana on-chain intelligence + whale tracking + AI analysis + wallet network visualization + real-time signals + trading + copy trading** into one premium platform. This is not intended to be a basic blockchain explorer. The goal is to make complex Solana activity easy to understand, visualize and act upon. ## 1. WALLET & WHALE INTELLIGENCE Users should be able to search and monitor Solana wallets. Wallet profiles: * SOL/token balances * Portfolio value * Transaction history * Buy/sell history * Trading activity * Token holdings * Historical performance * P&L where calculable * Entry/exit information * Activity timeline * Recent transactions The system should identify important wallets using configurable criteria such as portfolio size, trading volume, profitability, early entries, consistency, accumulation behavior and proprietary signals. Users should be able to create whale watchlists. ## 2. INTELLIGENCE & SCORING ENGINE Build a configurable scoring engine for wallets/tokens. Potential scores: * Whale Score * Smart Money Score * FOMO Score * Risk Score Exact formulas and proprietary logic will be provided separately. The scoring system must be modular so parameters can be changed without rebuilding the application. ## 3. TOKEN INTELLIGENCE For Solana tokens, users should see: * Major holders * Whale holdings * Whale buys/sells * Accumulation/distribution * Wallet concentration * Trading activity * Wallet clusters * Connected wallets * Significant transactions * Historical activity Goal: answer **"What are important wallets doing with this token?"** ## 4. WALLET RELATIONSHIP ANALYSIS Analyze and visualize meaningful wallet relationships: * Wallet-to-wallet transfers * Funding relationships * Common trading activity * Shared token activity * Wallet clusters * Other relevant on-chain connections Users should be able to explore the network surrounding a wallet. ## 5. BUBBLE / NETWORK MAP Build an interactive visualization where: * Large wallets = larger nodes * Smaller wallets = smaller nodes * Tokens = nodes * Relationships = connections * Wallet clusters can be identified * Activity/transactions can be visualized * Users can zoom, pan, filter and click nodes Must remain performant with hundreds/thousands of nodes. ## 6. 3D GALAXY VISUALIZATION A major visual differentiator will be a futuristic 3D wallet network. Concept: **dark galaxy environment + glowing wallet nodes + wallet constellations + token clusters + animated transaction connections.** Users should be able to explore wallet networks interactively. Three.js/WebGL or a better solution can be used. The visualization should be impressive, understandable and performant. ## 7. REAL-TIME WHALE / FOMO SIGNALS Detect events such as: * Large whale purchases/sales * Multiple whales accumulating the same token * Historically successful wallets entering * Unusual wallet activity * Large wallet movements * Multiple connected wallets becoming active Example: **WHALE ACCUMULATION DETECTED** Token: XYZ | Wallets: 14 | Accumulation: $X | Signal: 91/100 Signals must be based on actual on-chain data. ## 8. AI INTELLIGENCE Integrate an AI layer that interprets platform blockchain data. Potential features: * AI wallet summaries * AI token analysis * AI signal explanations * AI activity summaries * Natural-language wallet/token queries * AI alerts AI must be grounded in actual platform data and must not invent transactions/statistics. ## 9. SOLANA DATA PIPELINE The platform requires low-latency data processing. Preferred architecture: **Solana → RPC/Geyser/Streaming → Transaction Ingestion → Parser → Database → Intelligence Engine → Signals/AI → UI/Trading** I prefer using open-source Solana infrastructure where practical to reduce long-term data costs. Potential technologies: * Solana RPC * Geyser * Yellowstone gRPC * Open-source indexers/parsers * PostgreSQL * Redis/queues * Node.js/TypeScript * React/Next.js * Three.js/WebGL Open to better architectural recommendations. ## 10. TRADING ENGINE Integrated Solana trading functionality: * Connect Solana wallets * Buy/sell tokens * DEX/aggregator integration * Quote/route trades * Slippage controls * Priority fee controls * Transaction simulation where possible * Transaction status tracking * Failed transaction handling * Trade history * Position tracking * P&L * Risk controls Preferably **non-custodial**. Users sign transactions through their own wallets. **Private keys and seed phrases must never be stored.** ## 11. COPY TRADING Copy trading is a major component. Users should be able to select a tracked wallet and configure rules for copying eligible trades. Example: **Wallet:** ABC...XYZ | **Allocation:** 10% | **Max trade:** $500 | **Daily exposure:** $2,000 | **Slippage:** Configurable Controls: * Follow/unfollow wallets * Fixed or percentage allocation * Maximum trade size * Maximum daily exposure * Token/liquidity filters * Slippage settings * Trade delay * Risk limits * Emergency stop * Copy-trade history * User P&L Flow: **Tracked Wallet → Transaction Detected → Parse → Identify Trade → Apply Rules → Risk Checks → Quote/Route → User Signs → Execute → Confirm → Update Dashboard** Must distinguish between buys, sells, transfers, staking, LP activity, wallet funding, migrations and other non-trading transactions. Do NOT blindly copy every transaction. ## 12. SECURITY Requirements: * Non-custodial architecture * No private-key/seed-phrase storage * Secure wallet connections * Transaction simulation where appropriate * User risk limits * Authentication/authorization * Rate limiting * Input validation * Secure secrets management * Logging/monitoring * Proper error handling ## 13. US
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