Traditional copyright registration takes weeks, costs money, and requires paperwork that most digital creators never bother with. The result: millions of digital artworks, photographs, written works, and designs exist with no formal protection. When someone copies them, the original creator has no recourse.

A Web3 startup approached us to build Lore — a decentralized platform where creators can register intellectual property on the blockchain in seconds, receive automated royalty payments for derivative works, and use AI tools to generate metadata and licensing recommendations.

The platform now has 12,500+ registered IP assets and $2.4M+ in transaction volume. Here is how we built it.

Lore Web3 Blockchain-based IP protection gives creators immutable proof of ownership and automated royalty distribution

The Problem with Traditional IP Protection

Factor Traditional Copyright Blockchain IP Registration
Registration time Weeks to months Under 60 seconds
Cost $35-$85 per registration (US) Gas fees only (~$2-5)
Proof of ownership Certificate (can be disputed) Immutable blockchain record
Derivative tracking Manual enforcement Automated via smart contracts
Royalty collection Manual invoicing, legal action Automatic distribution
International validity Varies by jurisdiction Global, jurisdiction-agnostic

For digital creators — the people producing most of today's content — the traditional system is broken. Blockchain offers a genuinely better alternative.

Architecture

Tech Stack

Lore Platform Architecture
├── Frontend: Next.js + React
│   ├── Creator dashboard
│   ├── IP registration flow
│   ├── Asset discovery and licensing
│   └── Royalty analytics
├── Blockchain Layer
│   ├── Story Protocol (IP registration)
│   ├── Ethereum (settlement and ownership)
│   ├── Smart contracts (royalty distribution)
│   └── SIWE (Sign In With Ethereum) authentication
├── Storage
│   ├── IPFS (decentralized asset storage)
│   └── PostgreSQL (off-chain metadata, search index)
├── AI Tools
│   ├── Title generator (4 suggestions in 30 seconds)
│   ├── Description writer (150+ word descriptions)
│   └── License advisor (optimal royalty rate recommendations)
└── Infrastructure
    ├── Vercel (frontend deployment)
    └── Node.js backend services

Why Story Protocol

We evaluated several blockchain IP frameworks and chose Story Protocol for its purpose-built IP registration system. Unlike general-purpose NFT standards, Story Protocol provides:

  • IP Asset primitives — First-class IP registration, not just token minting
  • Derivative tracking — Built-in support for tracking works derived from registered IPs
  • Royalty modules — Configurable royalty distribution that executes automatically
  • Licensing framework — Standardized license types that smart contracts can enforce

Sign In With Ethereum (SIWE)

Traditional Web3 authentication relies on wallet signatures, which are confusing for non-crypto-native users. We implemented SIWE (Sign In With Ethereum) to provide a familiar authentication flow:

SIWE Authentication Flow
├── User clicks "Sign In"
├── App generates a message with nonce
├── User signs message with wallet (MetaMask, etc.)
├── Backend verifies signature against Ethereum address
├── Session created with JWT token
└── Subsequent requests use JWT (familiar REST pattern)

The key insight: after the initial wallet signature, the user experience feels exactly like a traditional web app. They get a session, see their dashboard, and interact with the platform without further wallet interactions until they need to register an IP asset or collect royalties.

AI-Powered Creator Tools

The AI tools were the feature that drove adoption. Most creators want to register their work quickly — they do not want to spend 20 minutes writing metadata.

Title Generator

Creators upload their work and receive 4 AI-generated title suggestions within 30 seconds. The generator analyzes the content type, visual elements (for images), and any description provided by the creator.

Description Writer

Generates a 150+ word description suitable for IP registration. The description includes the content type, medium, style, and potential use cases. Creators can edit the generated description or use it as-is.

License Advisor

This was the most technically interesting tool. Based on the content type, creator's goals, and market data, the advisor recommends:

  • License type (exclusive, non-exclusive, creative commons)
  • Royalty percentage (typically 5-15% for derivatives)
  • Pricing tier (based on comparable works in the platform)

The advisor uses a combination of market data from the platform and LLM reasoning to generate recommendations.

Smart Contract Royalty Distribution

The royalty system is the core value proposition. When a creator registers an IP asset with a royalty rate, the smart contract automatically distributes payments whenever:

  1. Someone licenses the work
  2. Someone creates a derivative work
  3. A derivative work is further licensed or sold
Royalty Flow Example
├── Creator A registers original artwork (10% royalty)
├── Creator B creates derivative work
│   ├── B pays licensing fee → 10% goes to A automatically
│   └── B sets their own royalty at 8%
├── Creator C licenses B's derivative
│   ├── 8% goes to B automatically
│   └── 10% of B's share goes to A (cascading royalties)
└── All payments execute via smart contract — no invoicing, no delays

This cascading royalty system means original creators earn from every layer of derivative works. It is the kind of fair compensation that is impossible to enforce in traditional copyright systems.

Results

Metric Value
Registered IP assets 12,500+
Total transaction volume $2.4M+
Active creators 8,420
Content creation time reduction Hours → seconds
User base growth post-launch 300%
Average registration time Under 60 seconds

Lessons Learned

1. Abstract the Blockchain

Most creators do not care about blockchain. They care about protecting their work and getting paid. Every blockchain interaction (wallet connection, gas fees, transaction signing) is a friction point. We minimized visible blockchain interactions to three moments: sign-in, IP registration, and royalty withdrawal. Everything else happens behind the scenes.

2. Gas Fee UX Is Critical

Nothing kills a transaction flow faster than unexpected gas fees. We implemented gas estimation that shows the expected cost in both ETH and USD before the user confirms. For small registrations, we explored gasless transactions using meta-transactions where the platform covers gas fees and recoups through platform fees.

3. AI Tools Drive Adoption

The AI tools were initially considered "nice to have" features. They turned out to be the primary adoption driver. Creators who used the AI title and description generators were 3x more likely to complete the registration process than those who tried to write metadata manually.

4. IPFS Needs a Gateway Strategy

IPFS is excellent for decentralized storage but has latency issues for direct retrieval. We implemented a gateway strategy: assets are stored on IPFS for permanence but served through a CDN-backed gateway for performance. The IPFS hash ensures integrity verification regardless of the serving method.

Building Lore taught us that Web3's real value is not in speculation or tokens — it is in solving genuine problems that centralized systems handle poorly. Intellectual property protection is one of those problems. Immutable ownership records, automated royalty distribution, and global accessibility are things that blockchain does better than any alternative.

Building a Web3 application? Talk to us about combining blockchain with AI-powered features.

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