Carrot White Paper
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  • CARROT NETWORK
  • documentation
    • Introduction
      • Recycling Systems Are Broken
      • Earth Limitations
      • From Linear to Circular
      • What is Zero Waste?
      • Extended Producer Responsibility
      • Carbon Markets: From Problem to Solution
      • Greenwash & ESG
      • Solution
    • The Product
      • Carrot Network
        • Creating Value
        • dMRV
        • Creating a Market
        • Demand-Side Market
        • Atomic Network
        • Methodology Creators
        • Ownership
        • Summary Diagram
      • Recycling Supply Chain
        • Reaching the Source of Waste Creation
        • Participants
        • Validators & SOs
        • Local vs Long Hauling
      • MassIDs: Codifying Waste
        • Participant Categories and Wallets
        • MassID Composition
        • MassID Notation
        • MassID Creation
        • MassID Splits
        • Waste Validation & Audits
        • Proof-of-Authority
        • Proof-of-Work & Provenance
      • Recycling Tokens
        • Minting TRCs
        • TCC (Carbon Credits)
          • GasID Creation
          • GasID Notation
          • Minting TCCs
          • Calculating GasIDs
          • GasIDs from Composting
          • TCCs from Composting
        • Carrot Registry (EPR/ESG)
        • $CARROT Distribution Model
          • Waste Source Not Identified
        • Carbon Credit Tokens from Composting
      • Tokenomics
        • Supply and Demand
        • AMM & LPs
        • $CARROT Stablecoins/Fiat
        • Burn-As-A-Service
        • Lending & Forwards
        • Carrot Ecosystem Fees
        • Carrot Incentive Mechanism
        • Tokenomics Conclusion
      • Value Proposition
        • Network Integrators
        • Producers (Credit Buyers)
        • Recyclers, Haulers & Processors
        • Waste Generators
        • Bin Custodians
        • State and Federal
        • Municipalities
        • Fund Managers
        • NGOs & Donors
        • Partners
        • External Service Providers (ESPs)
      • Closing the Loop
        • Proof-of-Recycled-Content
        • Product Composition
        • Local Recyclability
      • Product Roadmap
        • Product Decentralization
        • Protocol Selection
    • Governance
      • Carrot DAO
        • $CARROT Token Governance
        • Carrot Improvement Proposal Process
        • Carrot DAO Maintenance and Processes
        • Carrot Retroactive Funding
      • Progressive Decentralization
        • Incentives for Participation
        • 3 Phases of Decentralization
      • Security
        • Community Values
        • Community Guidelines
        • Holder Reputational System
    • The Carrot Foundation
      • Mission
      • Goals
      • Vision
      • $CARROT Allocation
      • $CARROT Supply
      • Treasury Reserve
      • Wallet Onboarding
      • The Genesis Team
      • Community Fund
      • Launch Strategy
      • NFT Auctions w/ Options
      • Stewards & Board
      • Advisors
      • Founders
    • Conclusion
      • Acknowledgements
    • Appendix
      • Formula comparison Between TRCs And TCCs
      • Formula for Project and Leakage Emissions From Composting
      • Formula For Baseline Emissions of CO2
      • CWIP Process (Extended)
      • Generating Reputational Metrics
      • Applying Reputational Metrics
      • Holder Reputational System Token Implementation
  • Carrot Methodologies
    • Glossary
    • Rewards Distribution Policy
    • BOLD Recycling Credit
    • BOLD Carbon (CH4)
  • More
    • Terms & Conditions
      • T&C of Use
      • T&C for Sales and Purchases of TRCs and TCCs
    • Download White Paper
  • Connect With Us
    • Website
    • Discord
    • E-mail Carrot Team
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  1. documentation
  2. The Product
  3. Product Roadmap

Protocol Selection

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Last updated 11 months ago

Web3 is still in its infancy, and we understand that protocol risk is a serious concern. Many factors come into play when selecting a protocol, including network effects (such as ecosystem vibrancy, the number of developers and apps being built on the protocol, and the community), the financial health of the backers, how well each protocol solves the , the fees charged to the project’s users and the Foundation/DAO, the tools available to developers, stability, and performance, just to name a few. The existing protocols, including the most popular ones, have suffered serious growing pains and presented many concerns. From L1 gas fees and environmental impact, to delays with the migration to Proof-of-Stake from Proof-of-Work in Ethereum, uptime and security in Solana, L2s and bridges in general, the continual promise of sharding and rollups, and Foundation funding support from each protocol. There is much to consider.

Given the factors listed above, Carrot decided to build its first smart contracts on Polygon, a Layer 2 blockchain that settles transactions on Ethereum, due primarily to its vibrant developer community, access to liquidity, and business ecosystem. While an initial decision has been made we will continue to access the best tools available upon which to build our products and serve our ecosystem.

Trilemma