
sCrypt
Distributed Key Generation: Verifiable and dealerless
Distributed Key Generation enhances security in various applications by distributing trust among participants, reducing the risk of key compromise.
Proof of Work in Bitcoin: No floating point number used
In this article, sCrypt shares how Proof of Work (PoW) works in Bitcoin, explaining that its core process involves finding...
Interested in tokenized assets and smart contracts? Join the latest sCrypt Hackathon
The latest sCrypt Hackathon is a two-part event with an in-person segment running from March 16 to 17 in San...
Yawn—BTC ETFs are so boring!
While the SEC's passing of the 11 spot BTC ETFs created a frenzy, it was not enough to create another...
Incorporate smart contracts into Ordinals on BTC
sCrypt demonstrates the process of incorporating sCrypt smart contracts into Ordinals, expanding the range of potential use cases.
Introduce sCrypt: A Layer-1 smart contract framework for BTC
With sCrypt, developers can easily write, test, debug, deploy, and call BTC smart contracts in Typescript without needing to fork...