iMULEiMULE
Two chains, two research environments

NFT STUDIO

The Studio began with tiny pixel artworks encoded inside Waves asset descriptions. Unit0 expands the laboratory into ERC-compatible contracts, larger payloads, image chunks and new browser viewers.

IM
compact media · browser reconstruction
WAVES TRACK

Compact description NFTs

Pixel art is converted into compact iMULE text. The code can be stored in an asset description and rebuilt by IMULATOR directly from chain data.

  • Small sprites and icons
  • Palette and spatial compression research
  • Browser canvas reconstruction
  • Marketplace display inside the app
Try the visualizer →
UNIT0 ERC TRACK

Experimental on-chain media

Unit0 provides an EVM-compatible environment for testing Solidity NFT contracts and payloads that are impractical inside a Waves description.

  • ERC-721-style individual artworks
  • PNG/JPG and iMULE payload experiments
  • Chunked storage research
  • MetaMask minting and contract viewers
Open the experimental Studio →

Research pipeline

1

Create

Draw pixel art or import a source image.

2

Encode

Compare iMULE codecs, palettes, tiles and spatial models.

3

Mint

Choose Waves compact metadata or an EVM NFT contract.

4

Render

Rebuild the artwork in the app or IMULATOR.

What the Studio is testing

Lossless pixel formats

Methods that reconstruct every pixel while minimizing on-chain text size.

Spatial signatures

Tiles, rows, shapes, ellipses and multi-region descriptions for complex images.

On-chain images

Direct image bytes and chunks compared with custom compression formats.

Animation

Compact frames and sprite playback as a future native NFT medium.