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Life logo

Life Collection

Emergence through self-organisation
Mint interactive cellular automata as part of a superorganism and be rewarded
Life

Digital life from simple rules

Based on the Game of Life, be part of the simulation.
Create your own unique BIO: a cellular automaton within a grid of cells and watch it come to life. Each BIO will also form part of a superorganism to interact together once all are minted.
Design, play and mint organic BIOs and be rewarded for your participation from the funds generated by the community.
Enter the BIO Design Lab
Explore BIOsETH LifeBSC Life

Learn from our index of ideas, design or mine your own BIO

Simple
Medium
Complex
Bunnies 9
Static after GEN 89
Unidimensional pentadecathlon
Loops after GEN 16
Queen bee
Loops after GEN 27
bunnies10a
Static after GEN 67

BIO NFTs' DNA live on the blockchain

ETH Life Collection:101 / 100 BIOs can be minted at 0.1 ETH
life
BSC Life Collection:101 / 100 BIOs can be minted at 1 BNB
life_bsc

Life Collection Rewards

At least 50% of all the BIO mint funds will be rewarded to the owners
1
Play the game
Rewards are based on the BIO’s first frame, length of life or loops and the price of the BIO when minted.
2
Rule 1
BIOs intentionally created to have a recognisable first frame may receive less rewards.
3
Rule 2
BIOs with sensitive and inappropriate first frame designs will receive no rewards.
4
Aim of the game
The Life Collection’s goal is to create interesting loops and long living BIO timelines.
GOAL

GOAL Rewards Vault

Each minted BIO has an allocated amount of GOAL Rewards based on its characteristics, and can be redeemed into ETH or BNB.
Visit your GOAL Dashboard
Enter the BIO Design Lab

Cellular automata cell behaviour

Cells interacts with its eight neighbourhood cells. At each step in time, the following transitions occur:
1. Any live cell with fewer than two live neighbours dies, as if by underpopulation.
2. Any live cell with two or three live neighbours lives on to the next generation.
3. Any live cell with more than three live neighbours dies, as if by overpopulation.
4. Any dead cell with exactly three live neighbours becomes a live cell, as if by reproduction.
Learn more on Wikipedia

How to design and mint a BIO

1
ETH and BSC
Choose your preferred network between Ethereum or Binance Smart Chain and add to the Life Collection
2
17*17 grid of cells
Define initial active states of between a minimum of 5 to 48 cells to shape its unique lifespan
3
Design or Mine
Design a BIO from scratch or use our Mine function to discover interesting long living BIOs
4
Mint your own BIO
Be rewarded with GOAL based on the BIOs traits and interact with other BIOs in the ecosystem

Learn more about the Life Collection

Medium
Enter the Life CollectionLink
Published on Mar 20 · 3 min read

Life NFT Smart Contract

ETH 0x24DE7018b2C73B5437eaF647e914a9042CC6D770Link
BSC 0xA205585368917366CCE212EecC754F6d055A2e8ELink

Who is behind NFTKEY and the Life Collection?

We are artists, designers and engineers

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