EnviDa Protocol
  • 🌍About Envida Blockchain
    • Introduction
    • Overview
    • Why EnviDa?
    • How it works?
    • Understanding the EnviDa Blockchain
    • DeFi Essentials
    • The Joint Potential of Blockchain, IOT and AI
  • πŸš™What is DriveMiner?
    • Environmental Tracking Devices
    • The Cost of Mining
    • The Solution of Mining
    • POW Consensus
    • Technical Specs
    • Device Sales and ROI
  • πŸ’°$EDAT Tokenomics
    • Detailed EDAT Tokenomics
    • ICO and Token Listings
    • Token Unlock and Allocation
    • Game Theory
  • πŸ“ˆStaking and Rewards
    • Reward Distribution
    • DriveMining Rewards
    • Validator Rewards
      • Unstaking Penalty
    • Staking Pool Rewards
      • Discounts
    • Data Collection Rewards
      • Stream Payment - Sensors
        • Competition and Arrival
      • Stream Payment - Lidiar
        • Teamwork
      • Pool Bonus
      • Formulas
  • ROI
  • πŸ¦Έβ€β™‚οΈFor Users
    • EnviDa Wallet
    • Driver Experience
    • Data Marketplace
    • DeFi Essentials
    • External Wallets
  • ⛓️Blockchain Architecture
    • Trustless EVM
    • Bridges
    • Runtime Development
    • Cross-Chain Compatibility
    • EnviDa Dex Engine
    • Technical Architecture
    • Scalability
    • Indexer & Explorer
    • Application Security
    • Storage
    • IPLD
    • Governance
    • Liquidity
    • Concensus
    • Runtime Environment
  • πŸ“”API Recipes
    • Account
    • Asset
    • Bag
    • Bundle
    • Market
  • 🌐EnviDa Network Infrastructure
  • ☸️Nodes and Validators
  • 🧠AI & Simulations
  • 🀝Network Referral System
  • πŸ›£οΈRoadmap
  • πŸ“šResources
    • Website
    • Business Whitepaper
    • Github
    • Technical Whitepaper
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  1. About Envida Blockchain

Introduction

There is a lot of talk about blockchain technology and its potential applications. Envida is a blockchain that focuses on one specific application: environmental data. Envida uses sensors and lidar cameras to gather environmental data for city mapping and environmental data processing using artificial intelligence and simulation systems. This data is processed onto the blockchain, making it a more secure and provably fair place to store information. Drivers who contribute data are rewarded with tokens, and those who wish to purchase this data have access to unaltered data. Imagine a blockchain that is designed to process environmental data. This blockchain would use sensors and lidar cameras to gather data for city mapping and environmental data processing. The data would be processed using artificial intelligence and simulation systems, with optimistic roll up technology to make it onto the blockchain. This would create a provably fair economic simulation for the network of drivers that are gathering data in return for rewards. And, best of all, the unaltered data would be available for purchase!

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Last updated 2 years ago

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