solidity_lang's profile picture. Solidity is an object-oriented, high-level language for implementing smart contracts. 🌐 - an @argotorg project

Solidity

@solidity_lang

Solidity is an object-oriented, high-level language for implementing smart contracts. 🌐 - an @argotorg project

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With the Solidity Summit around the corner, we’re releasing the next article in our series on the future of Solidity: 'Core Solidity Deep Dive'.

solidity_lang's tweet image. With the Solidity Summit around the corner, we’re releasing the next article in our series on the future of Solidity: 'Core Solidity Deep Dive'.

And that’s a wrap on Solidity Summit! 🔥 Thanks to all our great speakers and volunteers, the @EFDevcon team for having us, and of course to our amazing audience for following along - see you next time!

solidity_lang's tweet image. And that’s a wrap on Solidity Summit! 🔥 

Thanks to all our great speakers and volunteers, the @EFDevcon team for having us, and of course to our amazing audience for following along - see you next time!

And now on stage: @DaniPopes with Solar, a Solidity compiler written in Rust - including its motivation, architecture, and technical details behind it.

solidity_lang's tweet image. And now on stage: @DaniPopes with Solar, a Solidity compiler written in Rust - including its motivation, architecture, and technical details behind it.

Joining us now: @john_kane from @NomicFoundation presenting Hardhat 3 - production-ready and packed with new features like Solidity Tests, L2 simulation, and Ecmascript Module support.

solidity_lang's tweet image. Joining us now: @john_kane from @NomicFoundation presenting Hardhat 3 - production-ready and packed with new features like Solidity Tests, L2 simulation, and Ecmascript Module support.

Next up, @ericmartihaynes explores how the new “layout at“ syntax and safer upgrade patterns like ERC-7201 signal the end of __gap - and the start of clearer, safer storage layouts.

solidity_lang's tweet image. Next up, @ericmartihaynes explores how the new “layout at“ syntax and safer upgrade patterns like ERC-7201 signal the end of __gap - and the start of clearer, safer storage layouts.

Now on stage: @Amxx returns to share all the features he wishes Solidity supported natively

solidity_lang's tweet image. Now on stage: @Amxx returns to share all the features he wishes Solidity supported natively

Taking the stage now is @real_philogy! He’s diving into Type-Driven Development, how to apply it to smart contracts, and what language features ‚Sensei‘, an experimental language, adds to make it easier to deploy.

solidity_lang's tweet image. Taking the stage now is @real_philogy! He’s diving into Type-Driven Development, how to apply it to smart contracts, and what language features ‚Sensei‘, an experimental  language, adds to make it easier to deploy.

Kicking off the afternoon: @odysseas_eth from @phylaxsystems , explaining how the Phylax Credible Layer enables security rules that prevent hacks from being written in Solidity. He’ll cover how the rules work, how to implement them, and showcase real-world examples!

solidity_lang's tweet image. Kicking off the afternoon: @odysseas_eth from @phylaxsystems , explaining how the Phylax Credible Layer enables security rules that prevent hacks from being written in Solidity. He’ll cover how the rules work, how to implement them, and showcase real-world examples!

Now welcoming @YSmaragdakis! He’s breaking down why EVM decompilation is so challenging and why it’s essential for understanding deployed contracts, analyzing hacks, and large-scale code analysis.

solidity_lang's tweet image. Now welcoming @YSmaragdakis! He’s breaking down why EVM decompilation is so challenging and why it’s essential for understanding deployed contracts, analyzing hacks, and large-scale code analysis.

Next up: @alexzmatterlabs from @NomicFoundation presenting solx, an LLVM-based Solidity compiler for the EVM. He’ll look at how an LLVM-based toolchain can address constraints of current solc pipelines and possible future directions.

solidity_lang's tweet image. Next up: @alexzmatterlabs from @NomicFoundation presenting solx, an LLVM-based Solidity compiler for the EVM. He’ll look at how an LLVM-based toolchain can address constraints of current solc pipelines and possible future directions.

Joining us now is @johnadtoman from @certora. He‘s exploring how equivalence checking can mathematically verify LLM code transformation while preserving precise on-chain behavior. This enables simplification of complex, highly optimized code into simpler Solidity code for easier…

solidity_lang's tweet image. Joining us now is @johnadtoman from @certora. He‘s exploring how equivalence checking can mathematically verify LLM code transformation while preserving precise on-chain behavior. This enables simplification of complex, highly optimized code into simpler Solidity code for easier…

Now on stage: @romanmazur from @walnut_dev, showcasing SolDB - a debugger built on the @ethdebug spec - and explaining how deeper, structured debugging becomes possible with this format.

solidity_lang's tweet image. Now on stage: @romanmazur from @walnut_dev, showcasing SolDB - a debugger built on the @ethdebug spec - and explaining how deeper, structured debugging becomes possible with this format.

Continuing after the break, @kaanuzdogan from @SourcifyEth! He’s mapping out the current pain points in source-code verification and how Sourcify together with the @verifalliance aim to transform the ecosystem.

solidity_lang's tweet image. Continuing after the break, @kaanuzdogan from @SourcifyEth! He’s mapping out the current pain points in source-code verification and how Sourcify together with the @verifalliance  aim to transform the ecosystem.

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