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Karrier One FAQ
Karrier One FAQ
Karrier One FAQ
  • Welcome
  • Introduction
    • Karrier One
      • Network summary
      • Centralized vs Decentralized telecom
      • Why do we use blockchain?
      • Karrier One & Competitors
      • Remote community solutions
      • Data Protection
  • Token FAQ
    • Blockchain
      • Selection of blockchain
      • Use of smart contracts
      • Building on Karrier One
    • Tokenomics
      • The KONE DAO
      • What is the KONE token?
      • How will KONE be used on the network?
      • Token distribution
      • Inflationary metrics
      • Your KONE Wallet
  • Network FAQ
    • Node Information
      • What is a Foundational Node?
      • What is a Gatekeeper Node?
      • What is an Operator Node?
      • How are rewards distributed?
      • Quality of Nodes
    • KNS / Digital Identity
    • Users on the Network
    • Spectrum & Band 53
  • Support
    • How can I contact support?
    • How can I purchase KONE?
    • Keeping your Crypto Secure
    • Karrier One Radios
      • Are radios refundable?
      • What radios are available for purchase?
      • Radio installation
      • Which regions are available for deployment?
      • How do I optimize my radio's performance and earn rewards?
  • Developers
    • Karrier One API
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Centralized vs Decentralized telecom

PreviousNetwork summaryNextWhy do we use blockchain?

Last updated 1 year ago

What's the difference?

Traditionally, telecommunications networks are centralized, controlled by a handful of operators that own the infrastructure. This structure often leads to monopolistic behaviour, lack of transparency, and slow innovation. With centralized telecom, if a single node or system fails, the rest of the network can experience large disruptions, similar to a game of .

In contrast, the Karrier One network presents a decentralized telecom solution that rewrites how telecommunications functions. Through our blockchain architecture, this decentralized approach not only offers enhanced privacy and control for users, but also opens up the possibilities for other projects to develop and integrate their solutions onto the Karrier One network. Users on our network have a voice on the future of the network they use day-to-day. This system also increases system resilience by eliminating single points of failure. Each node in the network performs a distinct function, resulting in a more efficient and reliable service.

Overall, decentralized telecommunications networks eliminates the central authority, giving more power to the users of the network and allowing for rapid innovation.

Jenga