Your wallet has DNA.
A Solana address is 256 bits: exactly 128 letters of DNA. Paste yours and HELIX finds the one place it points in the human genome, then shows you what is really there.
GRCh38 · 3,088,269,832 letters · Ensembl
Design your strand
Yours: the layout, the ground and the title. The genome's: your 128 letters, where they point and what is there. Those come from your address and can't be changed.
Minting opens at launch. Your strand mints as an NFT with the layout, ground and title you chose here.
Your address is already a strand.
A Solana address is 32 bytes. Read each byte as four pairs of bits and each pair as a letter, A for 00, C for 01, G for 10, T for 11, and the address becomes 128 letters of DNA.
Its partner strand is the same address with every bit flipped, because A pairs with T and C pairs with G.
The human reference genome, GRCh38, is 3,088,269,832 letters long. The SHA-256 hash of your address picks one of them, each chromosome in proportion to its real length. Then Ensembl, the genome database scientists use, says what is at that letter.
What it does
Nothing here is invented. The first steps run in your browser, the annotation is read live from Ensembl, and the last step happens on Solana at launch.
Runs in your browserLive data from EnsemblAt launch, on Solana
Six wallets, six places.
These example addresses are random keys, not anyone's wallet. Each card is a real place in GRCh38 with the real 10,000 letters around it. Open one to watch the dive.
Where wallets land.
Rarity is decided by what sits at your letter. We read 400 random addresses against Ensembl to see how often each happens. It is a measurement, not a promise.
The holder genome.
Every saved locus lights its stretch of this map, one million letters per pixel. The chromosomes are drawn to scale and banded the way they look under a microscope. Until every band is lit.