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Whitepaper DEXNET
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    • DEX NODE
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  • English version
    • INTRODUCTION
    • COMPETITIVE ADVANTAGE
    • THE PARADOX OF MODERNITY
    • INTERNET ISSUES
    • HISTORY OF DEXNET CREATION
    • DEX NODE
    • ADVANTAGES OF DEXNET
    • DEXNET'S MISSION
    • DEXNET'S ECOSYSTEM
    • DEXNET'S BUSINESS MODEL
    • DEXNET'S TOKENOMICS
    • STAKING DEXNET'S TOKENS
    • IPFS 2.0 HARDWARE PROTOCOL IMPLEMENTATION
    • DEXNET'S INTEGRATION STAGES
    • DEXNET'S SERVICES
    • SMART CONTRACT FOR DEXNET'S TOKEN
    • CURRENT STATUS OF DEXNET
    • ROADMAP
    • DISCLAIMER
    • FORWARD-LOOKING STATEMENTS WARNING
    • RISK FACTORS
    • CONCLUSION
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  1. English version

ADVANTAGES OF DEXNET

DEXNET is a peer-to-peer (P2P) decentralized network with its independent communication channels for DEX Node devices. Unlike the classical architecture of the internet, DEXNET provides access to decentralized services, such as cloud storage or mobile communication, without dedicated servers.

DEXNET addresses most of the centralization issues by complementing the traditional internet with a network of physical devices - DEX Nodes, equipped with independent communication channels and, in the future, their blockchain.

1. All private information belongs only to its owner.

When a user decides to upload their private files to DEX Cloud, the files are encrypted into a container, which is then fragmented. Each fragment is copied, and copies are distributed across nodes. The system ensures that a certain number of fragment copies are always available for container assembly and download. If any of the nodes is powered off or loses connection, the system automatically copies the available fragment copies to more stable nodes.

2. All data transmitted over the public internet is encrypted with a key that is delivered to the recipient bypassing the public internet through low Earth orbit (LEO) satellites. For example, a message transmitted in DEX Messenger is encrypted into a container, and the decryption key is sent to the subscriber via the satellite network, bypassing the traditional internet.

3. A decentralized data center, by default, is free from the shortcomings of a traditional data center:

a) There is no single location point for the data center, meaning it is physically protected.

b) There is no legal vulnerability, as centralized data centers are owned by legal entities with all the associated consequences.

c) Distribution of energy load and cooling. Data centers consume megawatts of electricity and require a substantial amount of personnel to maintain both the servers themselves and the energy and cooling infrastructure.

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Last updated 1 year ago