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.
**old account**
The storage infrastructure for Decentralized GitHub is now in beta. Though the project took longer than initially planned, we've achieved a crucial milestone. The advancements we've made in the evolution of merkle trees represent a significant accomplishment in itself. Explore the Statistics section in the GitHub link above to see the gains our thin Merkle branches provide. We'll keep developing open-source style on GitHub and will continue to release progress updates on #nostr @jack #bitcoin ๐Ÿ image
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