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Murch
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People creating smart contracts on a cryptocurrency network are designing cryptographic protocols—frankly, it might be a good thing if not every JavaScript programmer takes a go at that. Bitcoin does not have a virtual machine, but there are Miniscript, Minsc, Simplicity, or Sapio as higher level languages that translate to script. Additionally, there is an on-going development effort with Simplicity as a language specifically engineered to express smart contracts with provable outcomes.

And if you insist on EVM, check out RSK.

People creating smart contracts on a cryptocurrency network are designing cryptographic protocols—frankly, it might be a good thing if not every JavaScript programmer takes a go at that. Bitcoin does not have a virtual machine, but there are Miniscript, Minsc, Simplicity, or Sapio as higher level languages that translate to script.

And if you insist on EVM, check out RSK.

People creating smart contracts on a cryptocurrency network are designing cryptographic protocols—frankly, it might be a good thing if not every JavaScript programmer takes a go at that. Bitcoin does not have a virtual machine, but there are Miniscript, Minsc, or Sapio as higher level languages that translate to script. Additionally, there is an on-going development effort with Simplicity as a language specifically engineered to express smart contracts with provable outcomes.

And if you insist on EVM, check out RSK.

Source Link
Murch
  • 77.9k
  • 35
  • 190
  • 641

People creating smart contracts on a cryptocurrency network are designing cryptographic protocols—frankly, it might be a good thing if not every JavaScript programmer takes a go at that. Bitcoin does not have a virtual machine, but there are Miniscript, Minsc, Simplicity, or Sapio as higher level languages that translate to script.

And if you insist on EVM, check out RSK.