TensorScan AI Whitepaper
  • 📊Executive Summary
  • 🌎Introduction
  • Project Overview
    • 🚀Project Overview
    • ⚙️Utilizing Bittensor for Decentralized Computing Power
    • 🤖AI-Driven Wallet Analysis
    • 🌐Browser Extension and Etherscan Integration
  • Tokenomics
    • 💰TensorScan AI Tokenomics
  • AI-Driven Wallet Analysis Architecture
    • 🤖AI-Driven Wallet Analysis Architecture
    • 🔄Data Ingestion and Preprocessing Module
    • 🛠️Feature Engineering and Dataset Preparation
    • 🤖Machine Learning Models
    • ⚙️Decentralized Computation with Bittensor
    • 🌐User Interface and Integration
  • Target Audience
    • 🎯Target Audience
    • 💼Casual and Serious Investors
    • 🔎Crypto Analysts and Researchers
    • 📶Traders
    • 👩‍💻Blockchain Developers
    • 🦍DeFi and NFT Communities
  • Challenges and Solutions
    • ⚙️Challenges and Solutions
    • 💻Challenge 1: High Computational Demand
    • 🔄Challenge 2: Dynamic and Evolving Data
    • 🚀Challenge 3: User Accessibility and Engagement
  • 🗺️Roadmap
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  1. Project Overview

Utilizing Bittensor for Decentralized Computing Power

The backbone of TensorScan AI's analytical capabilities is the Bittensor blockchain. Bittensor offers a decentralized computing network, enabling us to harness the power of numerous nodes across the globe for processing complex AI tasks. This setup ensures that our platform scales efficiently, handling the analysis of millions of wallet transactions without compromising speed or accuracy. The decentralized nature of Bittensor not only aligns with the ethos of blockchain technology but also provides a robust solution to the significant computational demands of our AI-driven analysis.

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Last updated 1 year ago

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