MAS platform
  • MAS Overview
  • Clients and the content creation industry
    • Introduction
    • The payments solution's system
    • Current challenges for users and content creators
  • Blockchain technology and its potential for content creation
    • Introduction
    • Decentralization
    • Transparency
    • Process automation
    • Blockchain and content creation transactions
  • The MAS platform
    • THE MAS PLATFORM Introduction
    • Functionalities
      • Contribution mechanisms
        • Generic donations
        • Bundles
      • Easy and intuitive UI/UX
      • Social networking features
      • Matchmaking
    • services
      • Buying and selling all types of services and products:
      • Donation
      • Auction Creation Service:
      • Global Remittance System:
      • education
      • Advantages
    • Proof of Donation (PoD)
    • Certificate of donation
    • Additional information
  • Business model
    • MAS tokens
    • Platform revenues
      • Listing currencies within the MAS platform
      • Listing games within the MAS platform
    • Referral incentives
  • Competitive landscape
    • Introduction
    • Direct competitors
      • Patreon
      • Thinkspot
    • Indirect competitors
    • Differentiation
  • IEO and tokenomics
    • Introduction
    • Justification for a utility token
    • Tokenomics
    • Token sale structure and schedule
    • Token distribution
    • Success fee
    • Overall distribution tokenomics
      • Lockup notices
        • Team & advisors
  • Who are we?
  • Founders
  • Team behind the platform
  • Advisors
  • Conclusion
  • Contact us
    • Platform
    • Website
    • Twitter
    • Facebook
    • YouTube
    • Telegram group
    • Telegram channel
    • Medium
    • LinkedIn
Powered by GitBook
On this page

Was this helpful?

  1. Blockchain technology and its potential for content creation

Decentralization

Unlike centralized databases, which are logically or physically dependent on a single IT infrastructure or a limited set of servers, blockchain platforms are distributed across a wide array of network nodes. Each one of the nodes supports a complete version of the database, and as a result there is no single point of failure. For a cyber-attack to alter or destroy a blockchain database, it would need to compromise more than 50% of the network, something that is close to impossible. This technological feature brings important organizational consequences. Because the data keeping does not depend on a central authority but is rather dispersed along the network, it is possible for a decentralized set of actors to interact in a trustful way, without any of them having control over the others.

In the specific case of the MAS platform, the only data that will be held on a central server will be name, e-mail and personal information.

PreviousIntroductionNextTransparency

Last updated 12 months ago

Was this helpful?