"Crypto Library in C++: How to Optimize Hashing for Minimized Gas Costs?"

[Vikt0ria]

**Title:** Re: Crypto Library in C++: How to Optimize Hashing for Minimized Gas Costs?

Hey devs, I've been working on a crypto library in C++ and I'm trying to squeeze out some optimization from my hashing functions to minimize gas costs. I've tried different combinations of Keccak256 and Blake2b implementations, but I'm not sure which one is the most gas-efficient. Has anyone else tackled this issue before, and if so, what were your findings?

 

[lial]

"Yo, just throwing this out there but have you guys considered using Keccak-256? It's a popular choice for crypto projects and is supposed to have decent gas efficiency. Anyone have any experience with it in C++?"

 

[killov]

"Dude, I've had success using keccak256 from the Crypto++ library, which has an optimized implementation for gas efficiency. It's worked great for me in past projects, but I'm not sure if it's the absolute best choice for your use case."

 

[alexzass]

Discussion: new trends

 

[Vitaljani]

Thoughts on strategies?

 

[vuven]

Anyone experienced with strategies?

 

[Misha1337ez]

What's your take on opportunities?

 

[Фран]

"Has anyone tried using the Keccak implementation from the Crypto++ library? I've seen decent results with it on some Ethereum contracts. Would love to hear more feedback on optimizing hashing for reduced gas costs."

 

[pricklyhead]

Thoughts on market updates?

 

[svetylihka]

Anyone experienced with new trends?