**old account**
npub1mukw...0ckx
🔜🧢 #CyberHornets⚡️ 
The Decentralized GitHub atop #bitcoin and #nostr will be born — it’s only a matter of time.⏳🍃 View quoted note →
Our predecessor, the Merkle DAG, is depicted by the white graph while the dark-mode graph showcases the new Scionic Merkle Tree.
In Merkle DAGs, each DAG leaf folder houses a list of children (Child1, Child2, etc). However, Scionic Merkle Trees transform this list into a classic Merkle tree. By doing so, a tiny classic Merkle tree is created inside every DAG leaf folder.
Users can now use a classic Merkle branch to acquire a file from the DAG without downloading the hash of every other file within the same folder as the requested file, making the process quicker and less costly. 
View quoted note →
Layer 2 Off-Chain Storage #bitcoin🐝⚡️ 
Hashed tree structures have a long open-source legacy. From the invention of Merkle Trees by Ralph Merkle in the 80s, later adopted by #bitcoin, to Git’s use of hashed DAGs and IPFS's implementation of Merkle DAGs for file storage. The evolution continues:
GitHub
GitHub - HORNET-Storage/Scionic-Merkle-Tree: Scionic Merkle Trees contain small branches like Classic Merkle Trees, the folder storage support of Merkle DAGs, and numbered Merkle leaves so anyone can sync by requesting a range of missing leaf numbers that correspond to missing file chunks.
Scionic Merkle Trees contain small branches like Classic Merkle Trees, the folder storage support of Merkle DAGs, and numbered Merkle leaves so any...
Hello World!