
sCrypt
Running deep neural networks on Bitcoin
sCrypt implemented a deep neural network for the classification of handwritten digits trained offline using the MNIST dataset of handwritten...
nChain solves the ‘Back to Genesis’ problem for token verification on any blockchain
All token protocols have suffered from the "traceback problem" or "Back to Genesis"—how do you prove a token is valid...
Scalable peer to peer tokens on Bitcoin: Solve the back-to-Genesis problem using recursive SNARKs
sCrypt presents a simple NFT example using recursive SNARKs, which can be extended to a directed acyclic graph (DAG), rather...
Recursive Zero-Knowledge Proofs: Proof of a proof of a proof…
In this article, sCrypt presented the recursive Zero-Knowledge Proofs (ZKPs), where a proof attests to the validity of another proof.
Create your first zero-knowledge proof program on Bitcoin: A practical step-by-step guide
Zokrates is a toolbox for zkSNARKs, hiding significant complexity inherent to ZKP, and provides a python-like higher-level language for developers...
Incomplete information games on Bitcoin: Solving blockchain privacy dilemma using zero knowledge
Games with incomplete information can be developed on Bitcoin today since sCrypt has implemented zk-SNARKs.
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