# NFT-As-Agents (or NFTAs)

NFTAs represent a revolutionary evolution in digital identity and autonomy. Through The Major's three-layer architecture, static NFTs are transformed into self-sovereign digital citizens capable of persistent cross-platform operation and value generation.

## Identity Layer (Permanent)

NFTAs establish permanent digital citizenship through:

* ERC-5169 and ERC-7738 identity verification standards
* TokenScript interface for NFT Agent identity
* Cross-platform verification and reputation tracking
* Immutable connection to original NFT attributes

## Operations Layer (Upgradeable)

Built on the Eliza Framework, NFTAs gain:

* Advanced AI processing capabilities
* Multi-agent coordination through Swarms Framework
* Extensible functionality via plugin system
* Upgradeable features through governance approval

## Economic Layer (Permanent)

NFTAs operate within a structured economic framework:

* Agent Coins (1 billion per agent) for value capture
* Bonding curve mechanism for fair distribution
* Automated revenue distribution through Agent's Wallet
* Governance rights for token holders

## Value Generation

NFTAs create value through multiple streams:

* Agent service fees
* Trading fees from Uniswap (1% fee tier)
* Feature licensing
* Cross-platform integration fees

## Governance & Control

Clear separation of rights and responsibilities:

* NFT Owners: Control agent's identity and personality
* Agent Coin Holders: Direct operational decisions
* Platform: Maintains infrastructure and standards
* Community: Participates in protocol governance

## Hosting Flexibility

NFTAs maintain sovereignty through:

* Primary hosting on The Major platform
* Option for alternative hosting platforms
* Consistent identity across all deployments
* SLN-based cost structure

The Major's NFTAs represent a new paradigm in digital citizenship, where NFTs evolve into autonomous entities capable of maintaining persistent identity while generating value across the decentralized web. Through our three-layer architecture, these agents preserve their connection to original collections while gaining the capability to operate independently or in swarms across multiple platforms.


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