IOTY Protocol, for worldwide IoT devices
  • πŸ•ΆοΈOverview
  • πŸ’‘Introduction
    • πŸ§˜β€β™‚οΈOur vision: make accessible IoT
    • πŸš€IoT: a growth market
    • πŸ€–Problem: interoperability
    • βš™οΈHow blockchain works
      • πŸ—³οΈTrust through blockchain
      • πŸ“”Automate actions with smart contracts
    • πŸŒ€Our solution to these challenges
  • πŸ˜Άβ€πŸŒ«οΈComplex ecosystem
    • 🌐Too much diversity of technologies
    • 🚧Each network as its own standard
    • 🎊Lack of interoperability
    • β›ˆοΈCascade of isolated systems
    • 🦸Business challenges
  • πŸ›‘οΈSafety and traceability
    • πŸ’’Insecure networks
    • πŸ–²οΈIoT data difficult to track
    • *️Cyber risks
    • πŸͺŸTrust needed
  • πŸͺ…CONNECTIFY' system
    • πŸ—οΈSeamless integration into CONNECTIFY
    • β˜€οΈCONNECTIFY: a problem resolver
    • πŸͺͺOur industrialization platform
    • πŸ’»Simple interface
  • πŸ’«IOTY Protocol
    • ✨Decentralized platform
    • ✍️Message signature
    • 🫧Encrypted storage
  • πŸ”…IOTY Network
    • πŸ“±App IOTY
    • πŸ“²SDK
    • β›³Wifi Geoloc
  • πŸ’ŽUse cases
    • πŸ’ Industry 4.0
    • 🧬Healthcare
    • 🏠Smart home
    • πŸ›΅Mobility
    • πŸ™οΈSmart cities
  • 🌽Grant Program
  • πŸ’²Tokenomics $IOTY
    • β›²Token Metrics
    • πŸ¦‹Overview of the $IOTY
    • πŸ–οΈMinting Mechanism
    • ❇️Use of Proceeds
    • 🐳Utilities
  • 🎯Roadmap and go to market
    • 🧩Milestones
    • πŸ‘¨β€πŸ’ΌTechnological and partnerships
    • πŸ’ΈFund-raising
    • πŸ›’long-term roadmap
    • πŸ‘₯KPI objectives
  • 🏁To conclude
  • 🏒Compagny
    • πŸ‘¨β€πŸ‘©β€πŸ‘§β€πŸ‘¦Team
    • πŸŽͺMedia kit
    • βš–οΈDisclaimer
    • πŸ’₯Risks
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  1. Introduction
  2. How blockchain works

Trust through blockchain

  • Decentralization: data is not controlled by a central entity, but distributed over a peer-to-peer network. This prevents the monopolization of IoT data by cloud giants.

  • Immutability: transaction history is immutable once recorded on the blockchain. Data cannot be falsified, modified or deleted, reinforcing trust.

  • Trust: the blockchain's cryptographic and consensus mechanisms guarantee the integrity of transactions without the need for a trusted third party.

  • Transparency: all network participants can transparently verify and audit transactions on the public blockchain.

  • Resilience: the distribution of data across multiple nodes makes the blockchain resistant to censorship and failure. There is no single point of failure.

  • Security: end-to-end encryption and digital signature techniques secure transactions against cybercrime.

  • Sovereignty: users retain full control over access to their data, thanks to cryptographic keys.

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Last updated 1 year ago

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