Co-Ownership an AI Character
Last updated
Last updated
The concept of co-owning an AI character on Naki is designed to empower collaboration while leveraging blockchain’s scalability to ensure seamless and sustainable growth. Below, we’ll break down how co-ownership works and the mechanisms we’ve implemented to handle scalability challenges.
In Naki’s ecosystem, co-ownership means that multiple contributors can collaborate on an AI character while sharing rights, responsibilities, and rewards transparently. This is achieved through blockchain-based fractional ownership and smart contracts that define each stakeholder’s share.
Fractional Ownership: Each contributor receives a share of ownership represented as NFTs or tokens tied to their level of input, creativity, or financial investment in the character.
Smart Contracts: Automated agreements handle profit-sharing, voting rights for future developments, and adherence to predefined IP rules.
Example: A creator might retain 60% ownership of a character they designed, while contributors (artists, writers, or animators) collectively hold the remaining 40%, with shares distributed proportionally based on their contributions.
As co-owned AI characters gain popularity, scalability becomes critical. Here’s how Naki ensures smooth operations as the user base and content grow:
1. Layer 2 Solutions for Blockchain Transactions
Naki employs Layer 2 scaling solutions (like Rise) to reduce transaction costs and latency.
Why it matters: This allows contributors to mint, trade, and update their ownership shares without burdening the main blockchain (Layer 1).
Metric Example: Sidechains like Polygon can process up to 65,000 transactions per second, ensuring a seamless experience even during high traffic.
2. Distributed Storage for AI-Generated Content
AI characters often generate large volumes of content (e.g., stories, videos, or artwork). Naki utilizes decentralized storage solutions (like IPFS or Arweave) to host this data efficiently.
Why it matters: This prevents bottlenecks and ensures content remains accessible, verifiable, and tamper-proof.
Metric Example: Decentralized storage can reduce data redundancy by 30-50%, making content hosting cost-effective and sustainable.
3. On-Chain/Off-Chain Hybrid Models
For computationally intensive tasks (e.g., AI-generated animations or personality updates), Naki uses an off-chain processing layer. The results are anchored back on-chain for verification.
Why it matters: This hybrid approach balances blockchain transparency with computational efficiency, preventing bottlenecks.
Metric Example: Hybrid systems can reduce gas fees by over 80% while maintaining data integrity.
To ensure the ecosystem thrives in the long term, Naki combines robust mechanisms for growth, incentivization, and governance:
1. Incentive Alignment
Co-owners earn revenue through content engagement (e.g., ad views, licensing deals, or community contributions).
Contributors are incentivized to expand a character’s universe since their earnings grow with the character’s popularity.
2. Decentralized Governance
Governance is handled via DAO (Decentralized Autonomous Organization) structures, allowing co-owners to vote on key decisions like licensing agreements or future developments.
Example: A character with global appeal might need new localization features. Co-owners vote on allocating funds for this initiative.
3. Adaptive Revenue Models
Revenue-sharing mechanisms adjust dynamically based on the success of content. For instance, contributors whose content drives more engagement receive higher rewards.
Metric Example: Smart contracts execute revenue distribution in real-time, ensuring fairness and transparency.
Imagine a scenario where an AI character becomes a virtual influencer:
A creator designs the character and retains 50% ownership.
Contributors (e.g., animators, voice artists) each own 10% for their roles in shaping the character’s personality and story.
Licensing deals with brands bring in revenue, which is distributed automatically through smart contracts based on the ownership shares.
Fans contribute memes or spin-offs, earning smaller fractional shares, further enriching the character’s ecosystem.
