Artwork
The image, film, sound, code or interactive system. It may live fully onchain or at a referenced storage address.
A field guide for artists and collectors
Why
NFTs?
A digital artwork deserves more than a platform's promise.
Its record can travel. Its media can outlive an interface. Its collector can hold it without asking a company for permission.“Tokenization began as a way to make digital authorship and ownership traceable. It became something larger: a route toward artistic sovereignty.”
Burcin IO uses NFTs when the medium benefits from a public record, direct distribution, programmable behavior, or durable retrieval. The technology is infrastructure, not the meaning of the art.
01 / Anatomy
A token is a record.
The artwork needs a home.
Metadata
The title, description, media URI, attributes and other information that connects a token to the work.
Smart contract
The rules that identify tokens, record ownership and enable transfers. Standards let many interfaces read the same object.
Interface
A marketplace or gallery is only one window. If it closes, the contract and well-stored media should remain independently retrievable.
02 / What changes
What an NFT can do.
What it cannot promise.
Make ownership inspectable
A public ledger can show which address currently holds a token and how it moved.
Prove every authorship claim is true
A blockchain preserves what was recorded; careful attribution still matters at the moment of minting.
Let the record travel
Standards such as ERC-721 and FA2 allow independent wallets, explorers and galleries to read the token.
Make every file permanent
Durability depends on where the media and metadata live, who maintains them, and whether fallback routes exist.
Express programmable terms
Contracts can define supply, transfer behavior, royalties or evolving states, within the limits of their code and ecosystem.
Transfer copyright by default
Owning a token is not automatically owning the underlying copyright. The license must say what rights are granted.
03 / Where the work lives
Read the storage, not only the sales page.
Fully onchain
Media or executable instructions are returned from the contract or chain data itself.
Strongest independence / strict size and cost constraintsArweave
Data is submitted to a decentralized storage network designed around long-term persistence.
Well suited to large canonical filesIPFS
A content identifier describes the file itself. Availability still depends on someone retaining and serving that content.
Verify the CID / arrange durable pinningPrivate server
A normal web URL may be fast, but the owner can change it, lose it, or close the service.
Useful as a cache / weak as the only sourceBurcin IO's preference: fully onchain when the work permits it; otherwise decentralized canonical media, explicit source records and practical fallbacks.
04 / Arts I Collected
A changing exhibition
from two wallets.
This is not a ranking. On each visit, a small curator samples verified works currently held in Burcin IO's Ethereum and Tezos wallets.
3 Ethereum + 3 Tezos works
05 / Before collecting
Ask better questions.
- Who deployed or minted it? Match the contract and creator identity through more than a marketplace badge.
- Where are metadata and media? Open the token URI. Check whether the canonical file is onchain, Arweave, IPFS or a private server.
- What can still change? Look for upgrade controls, mutable metadata, admin privileges and platform dependencies.
- What rights are included? Read the artist's license. Token ownership and copyright are different things.
- Can you recover it elsewhere? Try a block explorer or independent viewer before relying on one marketplace.