Very proud of all the hard work we did to reach such an intuitive and easy developer experience Security doesn’t need to be either hard or complicated It should be easy, while you focus on what matters. Reaching PMF with your protocol.

blockchain common stock

The VSCode Solidity experience was lagging behind other languages, so I've built an extension to fix this. The standout feature: debugger with code lens + step-by-step execution tracing, all integrated into a Rust language server. Finally ready to share

It’s time to prevent hacks *before* they happen. The V1 of the Credible Layer is here. Beta testing starts now. We've been working on this for a long time now, and we are very optimistic about the impact it can have. Here's how it works. The Credible Layer has four components: > Assertions: Security rules written in Solidity that define states that should never occur (e.g., "implementation address shouldn't change", "price shouldn't deviate more than x% in a single transaction"). > Protocols: Teams define assertions for their contracts and register them on-chain. > Block Builders/Sequencers: Network infrastructure validates every transaction against assertions before block inclusion, dropping any that would violate security rules. > Transparency Dashboard: Shows which protocols are protected and how. Here's a transaction flow breakdown to give you a sense of how it works in the wild: > User submits transaction to the network > Transaction enters the mempool > OP-Talos receives the transaction for potential inclusion > OP-Talos references assertions related to the contracts the transaction interacts with > PhEVM simulates transaction execution and creates pre/post-transaction state snapshots > All relevant assertions execute against these states > If any assertion reverts → transaction flagged as invalid and dropped > If all assertions pass → transaction included in the block If a transaction would result in a hack and the contract is protected by the Credible Layer, the transaction is dropped. If the contract is not protected, the transaction is included. The systems that makes the above possible: > OP-Talos: Custom block builder for OP Stack rollups that orchestrates the validation process and builds blocks excluding assertion-violating transactions. > PhEVM (the enforcement arm of OP-Talos): Executes assertion bytecode in an isolated off-chain environment with special precompiles for efficient state access. > Assertion DA: Stores assertion source code and bytecode, provides assertion code to block builders. > Credible Layer Protocol: Smart contract managing the on-chain registry of assertions, mapping assertions to protected contracts. This enables the following for your dapp: • Prevents hacks, doesn't detect them: Stops attacks before execution • No false positives: Only blocks transactions that explicitly violate defined rules • Developer-friendly: Assertions written in Solidity • Non-invasive: No existing contract modifications required • High performance: Processes 1,500+ transactions in under 50ms • Transparent: All assertions visible on-chain It is available for developers to test today. You can: > deploy contracts > write assertions > write tests > test if a hack transaction breaks your assertions If you're interested, reach out. We are whitelisting access for now. Security is changing. (Big announcement coming soon).

If I'm not mistaken these are the first 40 million gas limit @ethereum block. Let's scale!

I've looked at 100s of Smart Contracts and these are the best Morpho Sablier Solmate Solady Ajna Uniswap Seaport Curve Art Gobblers Maple Merit Aave

re: tornado cash/Roman Storm The DOJ doesn't want privacy because it makes their job harder and gives you power. Simple as that.

Did Robinhood's Vlad Tenev cosplay as a Mafioso Crypto Scammer just for EthCC and then went full TradFi Normie 2 weeks later to visit The White House?

Victory isn’t price. It’s making them admit it’s useful

80% of all IPOs since 2020 trading below their IPO price