DelNorte Terra Vision
DelNorte.io
  • White Paper
  • Table of Contents
    • 🌎Introduction
      • Solution Overview
      • SAAS Management Platform
      • Real-World Asset Tokenization (RWA)
      • Delnorte Terra Vision Token (DTV)
      • DelNorte Autonomous Organizations (DAOs)
      • Unlocking Liquidity with Fractional Ownership
    • Token Structure & Ecosystem
      • DTV Utility & Growth
    • Key Features & Benefits
    • The dApp Store Ecosystem
      • AI-Driven Application Management
        • Monetization and Economic Growth
        • Integrated Payment Solutions
        • Regulatory Compliance & Low-Risk Classification
  • DAO
    • Valuation Metrics
    • Market Dynamics
    • Initial Valuation & Market Creation
    • Role of Initial Investors
    • Investment Framework
    • Addressing Investor Demand & Inequality
    • Governance & Regulatory Compliance
    • Voting Rights & Governance
    • Asset & Co-Investment Offering Management
    • Ownership & Asset Management
  • Liquidity Provision & DelNorte Exchange
    • Liquidity on the DelNorte Exchange for Fees
    • Future of DelNorte Applications
    • Latin America’s Strategic Advantage
  • DTV (Delnorte Terra Vision Token)
    • Core Functions of DTV
    • Liquidity and Value Stability
    • The Role of DTV in Empowering Communities & Driving Growth
  • Platform Highlights
  • Notary - Proof of Existence on Blockchain
    • Blockchain as a Notary System
    • Key Benefits
    • Real-World Applications
  • Ownership Representation - Token System on Blockchain
    • Core Principles of a Token System
    • Implications and Benefits of a Token-Based System
    • Potential Use Cases
    • Conclusion
  • Ethereum vs Proprietary Solutions for Controlling Token Transfer
  • Proprietary Blockchain Solutions
  • Ethereum vs Proprietary Token Solutions - Comparison Summary
    • Conclusion
  • Token Economies: A New Dimension with DAOs and Smart Contracts
  • Voting & Governance
    • Micro-Level Voting: Organizational Governance
    • Macro-Level Voting: Auditing and Reputation-Based Consensus
  • Integrating Voting with Transaction Events
    • Summary of Use Cases for Voting and Real-World Sensing
    • Conclusion
  • Operational Events
    • Consensus and Oversight: Auditing, Appraisals, and Legitimacy Confirmation
    • Auditor Network: Verification and Consensus
    • Auditors vs. Blockchain Economy
    • Key Takeaways
  • Full Representation of Real World Structures
    • Key Categories of Real-World Asset Representation
    • Design Considerations for Blockchain-Based Representation
    • Comparison to Existing Fractionating Platforms
    • Proposed System: A Comprehensive Tokenization Model
    • Investor Benefits Across Scenarios
    • Conclusion
  • DelNorte: A Decentralized Tokenization Platform Without Forced Settlement Dates
    • Key Features of the DelNorte System
    • Conclusion
  • Delnorte DAO: Governance, Burn Process, and Token Ecosystem
    • Consensus Requirements
    • Core Features
    • Conclusion
  • DAO Token-Type and Automated Distributions
  • Service Ecosystem
  • Future Outlook
  • Preview of DelNorte Blockchain Explorer
  • Voting System Overview
    • Benefits of the DelNorte Voting System
    • Voting Structure
    • Removing an Asset from the DAO: Process Overview
  • Benefits of the Patented Blockchain and NFT Technology
  • Patent Synopsis
  • AI Implementation in the DelNorte Ecosystem
    • AI Mission & Vision
    • AI Agents and Database Interactions
    • Integration Across Databases and Third-Party Applications
    • Human-Like Assistance and Decision Support
    • Potential Benefits
      • Example Use Case
      • Conclusion
  • DTV Tokenomics
    • Token Distribution
    • Vesting & Unlocking
    • Supply Dynamics and Utility
    • Governance Mechanisms
    • Staking & Rewards
    • Profit Sharing & Incentives
    • Justification and Economic Principles
  • Delnorte Terra Vision (DTV) 2-Year Roadmap
  • Business Growth Potential for DelNorte
    • Growth Projections and Scenarios
    • Revenue Growth Strategy
    • Impact of Application Sectors
    • Opportunities & Conclusion
  • Disclaimer
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Proprietary Blockchain Solutions

A proprietary blockchain solution (or private blockchain) is a custom-built platform where you have complete control over the token design, network structure, and functionality. This can be an alternative to Ethereum when specific requirements are needed.

Key Features of Proprietary Blockchain Solutions:

  1. Full Customization:

    • Proprietary blockchain solutions allow you to design and control every aspect of the token system. You can implement specific rules for token issuance, transfer, and ownership without being constrained by the Ethereum standards.

    • You can create internalized-only tokens with custom conditions for release, adding layers of security and control that Ethereum may not provide out-of-the-box.

  2. Lower Fees and Scalability:

    • Proprietary solutions allow for better control over scalability and transaction costs. Since you're not sharing resources with the global Ethereum network, you can fine-tune the network's performance, transaction speeds, and cost efficiency based on your needs.

    • With the ability to design a private or permissioned network, proprietary solutions can ensure that transactions are faster and cheaper than those on a congested Ethereum network.

  3. Private/Permissioned Networks:

    • For industries like banking, supply chain, or private enterprise, a proprietary blockchain can offer more privacy and control over transactions than Ethereum’s public, permissionless network.

    • A private network allows for controlled access to token transfers, ensuring that only authorized participants can transact, which is ideal for enterprises with strict compliance or privacy needs.

Challenges with Proprietary Blockchain Solutions:

  1. Lack of Interoperability:

    • Custom tokens and platforms built on proprietary blockchains can struggle with interoperability when trying to connect with Ethereum or other blockchain ecosystems. This can limit the marketability or use of the token in broader decentralized applications and exchanges.

  2. Security Risks:

    • While proprietary blockchains can offer robust security, they also present risks if not managed correctly. Unlike Ethereum’s large decentralized network, a private blockchain could be more susceptible to centralized control, which could be vulnerable to hacking or internal breaches.

    • Proprietary solutions may lack the same degree of decentralization and auditability that Ethereum’s network offers, potentially undermining the trust of external participants.

  3. Development Overhead:

    • Building a proprietary blockchain from scratch or customizing an existing open-source solution can be resource-intensive. You need expertise in blockchain development, ongoing maintenance, and governance.

    • Unlike Ethereum, where many tools and libraries are already available, a proprietary solution requires building and maintaining the ecosystem around the blockchain (e.g., wallets, exchanges, or decentralized applications).

  4. Limited Ecosystem:

    • The ecosystem around Ethereum is well-established, with millions of developers, dApps, and users contributing to the network. Proprietary blockchains often lack the same depth of ecosystem support, which can limit adoption and collaboration opportunities.

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Last updated 4 months ago