BBG: The first objectively scarce and mathematically limited collection of basic binary graphics, permanently tokenized on the blockchain as immutable NFTs.
@gmoneyNFT I launched Basic Binary Graphics (BBG): a fully complete, mathematically limited set of all 2×2 and 3×3 black‑and‑white pixel graphics (528 total).
If you're interested and willing to help share it, I’d be glad to send you one BBG for free.
https://t.co/LukRDMpl9c
@XCOPYART Hi XCOPY,
I launched Basic Binary Graphics (BBG): a fully complete, mathematically limited set of all 2×2 and 3×3 black‑and‑white pixel graphics (528 total)
If you're interested and willing to help share it, I’d be glad to send you one BBG for free.
https://t.co/LukRDMpl9c
🟩 BBG – The First Objectively Scarce NFT
Only 16 possible 2×2 and 512 possible 3×3 black & white pixel graphics exist.
All minted. All immutable. All math-limited.
No more can ever be created.
https://t.co/RyfhAWLAt6
ATTRIBUTES
Each BBG in the collection possesses distinct physical traits (attributes).
These traits are derived from their binary structure, pixel arrangements and mathematical properties, making each graphic unique and identifiable.
Attributes: https://t.co/KkxTih8K8E
10/10
THE PIXEL
A pixel is the smallest part of a digital image.
In web graphics, one pixel (px) is defined as 1/96 of an inch, making it a square with a side length of 0.2646 mm.
The pixel is the basic building block of all digital graphics.
2/10
PERMANENCE AND IMMUTABILITY
The collection and its metadata were uploaded to Arweave.
Then, a contract on Ethereum was deployed, and all the 'Basic Binary Graphics' (BBG) were minted as NFTs.
This is the first objectively scarce NFT collection.
9/10
https://t.co/iliEA0t2hn
The collection is called Basic Binary Graphics (BBG).
It’s a finished set, showing all the simplest digital images that can exist at this level.
You can explore it here:
🌐 https://t.co/RyfhAWLAt6
BBG is the first digital graphic collection that is objectively limited.
Not limited by design or supply — but by mathematics.
It shows every possible arrangement of the simplest digital graphics.
In this short thread, we’ll explain how it works. 👇
🧵 1/8
The project is not based on style or interpretation.
It’s based on completeness and math - A full record of what can be done with just black and white pixels at this scale.
7/8