Axynom
  • Introduction
    • What is Axynom?
    • Vision & Mission
  • Why Now
  • Founder's Note
  • The Problem
    • Centralized growth traps
  • Token reward inflation and failure
  • Lack of contributor alignment
  • Gatekeeping in Web3
  • Axynom Solution Overview
    • Proof of Growth (PoG)
    • Contributor as a Stakeholder
    • Transparent Rewards and Governance
  • Modular Ecosystem Architecture
  • PoG: Proof of Growth System
    • What is PoG
    • How Contributions Work
    • Voting and Governance Flow
  • GP: Growth Points
  • Role of Admins, Moderators, and Community
  • Examples of Valid Contributions
  • Axynom Token (AXY)
    • Token Utility
    • Tokenomics
  • Transfer Tax Logic
  • Governance Eligibility
  • Vesting and Distribution
  • Staking Mechanics
    • Lock Periods and APY
    • Early Exit Penalties
    • Sustainability Model
  • Treasury and Ecosystem Pools
    • Overview of Pools
    • Role of the Treasury
    • POL Strategy (Protocol-Owned Liquidity)
  • CaaS (Contributions-as-a-Service)
    • What is CaaS
    • Exporting the PoG System
    • Integration Possibilities
    • Revenue Model for Axynom
  • Governance & Voting
    • Governance Phases
    • Voting Power (AXY + GP)
    • Quorum & Approval Logic
    • No ‘Adjust GP’ Rule
  • Gas Economics
    • Why Arbitrum One
    • Axynom L3 Chain with AXY as Gas
  • Product Roadmap
    • Phase 1: MVP Launch (Staking, PoG, Treasury)
    • Phase 2: CaaS, L3 Chain, Scaled Contributor Base
    • Key Milestones
    • TGE Timeline (After Product-Market Fit)
  • Security & Audits
    • Upgradability Practices
    • Modular Contract Architecture
    • Audit Strategy Post-TGE
    • Role of Community Peer Review
  • KPI Forecast & Growth Goals
    • Contributors, GP Points, Stakers, TVL
    • Expected PoG Submissions
    • Treasury Size & Rewards Flow
    • Marketing & KOL Activation Plans
  • Conclusion
    • Axynom Is Not a Product. It’s a Protocol.
    • Call to Builders, Shillers, Designers, Thinkers
    • How to Get Involved
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Modular Ecosystem Architecture

Axynom is built as a set of modular smart contracts. Each part of the protocol is designed to work independently, upgrade safely, and scale over time.

This makes the system more flexible and more secure. Upgrades can be made without disrupting the rest of the protocol. New features can be added as separate modules. Logic is separated from storage to protect user data and prevent accidental resets.

Instead of a single contract trying to do everything, Axynom splits core responsibilities across multiple modules:

Core Modules in the Axynom Architecture

Module
Responsibility

AxynomToken

Token logic, transfer tax, supply rules

AxynomStaking

Staking tiers, reward logic, early exit penalties

ContributionRegistry

Records contributions, statuses, and GP points

PoG

Distributes rewards, connects to PoGLogic

PoGLogic

Calculates rewards based on contribution parameters

Treasury

Holds funds, supports ecosystem expenses

RewardsPool

Source of staking and contribution rewards


This structure gives Axynom long-term adaptability. It avoids code duplication, reduces risk, and makes it easier to audit and maintain.

Each module can evolve as needed, while the protocol continues running smoothly.

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Last updated 1 month ago