The problem Microverse.Life Cell NFT solves

Mint new cells directly from the contract at a cost of .008 per cell. Cell art is procedurally generated using the random values assigned during minting. The visual complexity of the cell depends in part on the total mass of the cell. Cells are minted with a mass of 8. Any cell with a mass of 8 or less is a level 1 cell. The mass threshold for each level is twice the previous level. A player may merge any two cells they own into a new cell. The genetics of the merged cell are sampled from the input cells based on their proportion of the total mass being combined. E.G. A cell with a mass of 8 has a small chance of influencing the genetic outcome when merging with a cell with a mass of 100. When merging cells, the resulting mass can vary greatly. The table below describes the probability of different mass altering outcomes. A player may divide any cell they own into two cells of smaller mass with identical genetics. The distribution of mass between these divided cells will range from 50-50 to 70-30 at most. The total mass of the resulting cells is equal to the mass of the parent cell.

Challenges we ran into

Designing the metadata structure, on-chain randomness, rendering dynamic deterministic art based on large dataset.