🚀 ZKP devs, we got you! Introducing ZKSIM Circom – a VS Code extension for seamless Circom & ZKP development! 🔥 ✅ Syntax Highlighting ✅ Code Formatting ✅ Snippets for faster coding ✅ In-Editor Execution & Debugging Get it now! 🔗 https://t.co/Pike6hrMnA #Circom #VSCode

Join us for the second edition of ZK Belgrade — a focused day of talks, demos, and connections around zero knowledge cryptography.​ 📆 Date: June 5th, 2025 ⏰ Time: 10:00 AM - 4:30 PM 🎟 Entry: free with your ETH Belgrade pass. https://t.co/bUFvH6xuvq

Join us for the second edition of ZK Belgrade — a focused day of talks, demos, and connections around zero knowledge cryptography. ​📆 Date: June 5th, 2025 ⏰ Time: 10:00 AM - 4:30 PM 🎟 Entry: free with your ETH Belgrade pass. https://t.co/uLR3AthUeR

Our community keeps delivering. ✨👇

Check out our new blog post on code optimizations in post-quantum cryptography, written by PSE researcher Miha Stopar. Learn how vectorization compares in lattice-based vs. isogeny-based approaches! https://t.co/nNIazEI2RD

The result? A more robust and adaptable Python Poseidon hash. And a ton of insight into ZK-friendly hashing. Read the full story: 👉

What followed was a deep dive into finite fields, round constants, matrix mixing, and non-linear functions. Along the way, he built support for 1–16 inputs, modular parameters, and better interoperability.

Stefan tried building a flexible Python implementation of the Poseidon hash — optimized for ZK systems and inspired by Noir, Circom, and Go-iden3-crypto. But the outputs didn’t match... so he dug deeper. 👇

ZK has a steep learning curve, but it shouldn’t stop curious devs from exploring. With ZKSIM, we’re building tools that make it easier to debug, visualize, and prototype ZK circuits. You should leave ZK only if you understand it, not because you got lost trying.

This is not an April Fools’ joke — the @Starknet community just got its first stealth address–based privacy solution! We’re live on Sepolia testnet with the new Curvy web app! 🔗 Try it: https://t.co/BYkn7u8d2p 🎥 Demo: https://t.co/fdb0OVCiC3 🧵👇

A future ZK developer should leave ZKP only once they understand ZK and decide it's not for them, not because they got lost and gave up. So, our Marija Mikic together with Web3Surf created a Masterclass for ZKP Listen now:

See the circuit in motion and explore how Merkle tree proofs enable efficient and secure verification in zero-knowledge applications.

Key highlights: 📷 Running the Circom circuit for inclusion verification 📷 Checking proof validity step by step 📷 Understanding how witness generation works 📷 Observing the constraints in action

privacy-preserving verification is required. This video demonstrates the execution of a Merkle tree inclusion proof circuit in Circom. Watch as the circuit processes a proof, verifying whether a given leaf is part of a Merkle tree.

A Merkle tree inclusion proof in Circom is a zero-knowledge proof that verifies whether a specific leaf node belongs to a given Merkle tree without revealing the entire tree structure. This is useful in blockchain and cryptographic applications where efficient and

Key highlights: 🧑‍💻 Running the Circom circuit for inclusion verification ✅ Checking proof validity step by step 👁‍🗨 Understanding how witness generation works 👀 Observing the constraints in action

This video demonstrates the execution of a Merkle tree inclusion proof circuit in Circom. Watch as the circuit processes a proof, verifying whether a given leaf is part of a Merkle tree.

This is useful in blockchain and cryptographic applications where efficient and privacy-preserving verification is required.

A Merkle tree inclusion proof in Circom is a zero-knowledge proof that verifies whether a specific leaf node belongs to a given Merkle tree without revealing the entire tree structure.

Try it now and supercharge your development! Download our extension on VS Marketplace. https://t.co/Pike6hrMnA

💻 Built for Circom developers Whether you're a beginner or an expert, debugging has never been easier.