zkvm

🚀 $ZKVM UNVEILS QUANTUM‑RESISTANT LATTICE JOLT – SPEEDS SKYROCKET 3X! 💥

📊 The a16z crypto team just dropped Lattice Jolt, a zero‑knowledge VM that swaps elliptic curves for lattice‑based crypto, delivering native quantum resistance and a 2‑3× speed uplift for both prover and verifier.

⚡ Proofs now sit under 100 KB – the leanest post‑quantum zkVM on record – while the new Akita polynomial commitment slashes memory per cycle from ~300 B to 200 B, unlocking million‑cycle proofs on mobile CPUs.

🦈 GPU‑fuelled throughput rockets past 10 M RISC‑V cycles per second on a MacBook, positioning Lattice Jolt as the go‑to engine for high‑frequency on‑chain privacy and future zero‑knowledge extensions.

💬 How will this quantum‑ready stack reshape your zk‑app roadmap? 👇

⚠️ Not financial advice. Always manage your risk. 🛡️

🏷️ #ZKVM #QuantumResistance #ZeroKnowledge #CryptoTech

🚀 🔥

📰 a16z crypto releases an open-source new version of its zkVM, Lattice Jolt, replacing the earlier elliptic-curve-based Dory with a lattice-cryptography-based Akita. The result is very straightforward: the prover and verifier are sped up by 2–3x, the proof size is compressed to below 100KB, and it also comes with post-quantum security capabilities.
🔥 On the same machine, using pure CPU it can prove more than 2 million RISC-V cycles per second; with Apple Metal, the MacBook exceeds 10 million cycles per second. Compared to the previous curve-based pure CPU at about 1 million cycles, this improvement is indeed pretty wild.
💡 Proof size being smaller also matters. Proofs from other post-quantum zkVMs are usually above 200KB, and some reach around 600KB; Lattice Jolt is already below 100KB. Prover memory usage also drops from about 300 bytes per cycle to 200 bytes, allowing mobile devices to handle millions of cycles.

To be honest, in the past, post-quantum schemes often gave people the impression of “safer, but also slower and heavier.” Lattice Jolt flips that: lattice cryptography can reach the corresponding security level already in a 128-bit field, with less computation than the original 256-bit field. However, for the zero-knowledge properties needed for privacy applications, we’ll have to wait for subsequent supporting papers to be added.
🤔 If the lattice approach can hold the line on speed, proof size, and post-quantum security at the same time, do you think the next batch of zkVMs will switch directions as well?
#LatticeJolt #zkVM #零知识证明 #post-quantum cryptography

🚀 Boundless — The Future of ZK Infrastructure?

Boundless is building scalable Zero-Knowledge proving infrastructure for blockchains, apps, and rollups. 🔐⚡

With zkVM technology, Boundless aims to move heavy computation off-chain while keeping verification on-chain — potentially helping networks achieve lower costs, better scalability, and higher throughput.

🔥 Key points:
✅ Scalable ZK proof generation
✅ External prover network
✅ zkVM technology
✅ Designed for blockchains & rollups
✅ Focus on efficiency and interoperability

The ZK ecosystem is growing fast, and projects like Boundless are worth keeping an eye on. 👀

#Boundless #ZK #ZeroKnowledge #Blockchain #Crypto #Web3 #Rollups #zkVM #BinanceSquare

$PROVE ⚡ The Future of Verifiable Computing is Here with Succinct 🔐

Succinct is redefining blockchain infrastructure with zero-knowledge technology that makes proofs faster, scalable, and accessible for developers everywhere. 🌍

Powered by SP1 — one of the fastest zkVMs — Succinct allows developers to build secure applications using familiar programming languages while leveraging the power of cryptographic proofs. 🚀

🔥 Why builders are watching Succinct:
✅ High-speed zero-knowledge proof generation
✅ Decentralized prover network
✅ Scalable infrastructure for rollups & AI
✅ Secure, trustless verification
✅ Developer-friendly zkVM tools

From DeFi and rollups to AI verification and cross-chain infrastructure, Succinct is helping create a world where software can be proven, not just trusted. 💡

The era of programmable truth has arrived. 🌐

#Succinct #ZKProofs #Web3 #Blockchain #Crypto #Ethereum #DeFi #zkVM #SP1 #ZeroKnowledge

$PROVE

🚀 $ZRO UNVEILS AKITA: POST‑QUANTUM ZK‑PROOF BREAKTHROUGH! 💥

Akita, LayerZero’s open‑sourced lattice‑based polynomial commitment, marks a decisive shift toward post‑quantum security for zk‑proofs. Integrated into the Jolt zkVM—built alongside a16z crypto—it fortifies the proving stack against quantum attacks. 📊

The scheme slashes proof sizes to 65‑80 KB (a 2‑8× cut) and accelerates proving speed by 2‑3× while halving memory demand, turning sub‑linear costs into a realistic baseline for next‑gen DeFi. 🌊💡

💬 Will post‑quantum zkVMs become the new standard for secure scaling? 👇

⚠️ Not financial advice. Always manage your risk. 🛡️

🏷️ #ZRO #PostQuantum #zkVM #LayerZero #Crypto

🦈 💎

🚀 $LATTICE UNVEILS QUANTUM-RESISTANT ZKVM – SPEEDS SKYROCKET 3X! 🟢

📊 Lattice Jolt swaps elliptic curves for lattice‑based cryptography, delivering 2‑3× faster prover and verifier cycles while staying under 100KB proof size – the leanest post‑quantum zkVM on the market. 🦈 The novel Akita polynomial commitment, forged by LayerZero and top universities, locks in 128‑bit security, making it a front‑run candidate for privacy‑first dApps.

⚡ On‑device CPU can now push over 2 M RISC‑V cycles per second; with Apple Metal GPU acceleration it blasts past 10 M cycles on a MacBook, all while shaving memory footprint to 200 bytes per cycle. 📈 This opens the door for mobile‑grade zero‑knowledge proofs at scale.

💬 How will this quantum‑ready boost reshape your privacy stack? 👇

⚠️ Not financial advice. Always manage your risk. 🛡️

🏷️ #LATTICE #QuantumResistant #zkVM #CryptoTech #Innovation

🔥 🚀

$ZKC /USDT — 🟢 LONG · Conf 90%

📍 Entry: 0.0547 – 0.0550

🛑 SL: 0.0485

🎯 TP1: 0.0575
✅ TP2: 0.0597
🏆 TP3: 0.0630

15M price is riding well above all three MAs (7/25/99 in full bull alignment), with ATR expanding — momentum is intact but the 0.0571 intraday high is the immediate hurdle to clear before TP1.

Boundless (built on RISC Zero's zkVM) runs a decentralized marketplace where provers compete to fulfill ZK proof requests and earn ZKC via Proof of Verifiable Work — the January 2026 network upgrade made proving significantly cheaper for developers; key risk is heavy supply overhang with only ~28% of 1B total supply currently circulating.

If ZK proof generation becomes a genuine commodity layer, does Boundless actually capture fee value at the token level — or does competitive pressure from provers drive margins to zero and hollow out ZKC's fundamental case?

#ZKC #Boundless #Crypto #Web3 #zkVM

BREVIS JUST CUTS COSTS BY 75%

Entry: 0.000032 🟩
Target 1: 0.000045 🎯
Target 2: 0.000060 🎯
Stop Loss: 0.000028 🛑

This is INSANE. Brevis Pico Prism zkVM is now REAL-TIME PROVING ready with a fraction of the hardware. 99% Ethereum block capability using just 16 GPUs. Proving time is still lightning fast at 6.91 seconds. GPU costs slashed from $128k to $32k. Hardware costs are now around $100k, hitting Ethereum Foundation targets. This dual-machine architecture is a game-changer, keeping all GPUs maxed out. The future of L1 zkEVM integration is NOW. Don't miss this.

Disclaimer: Trading involves risk.

#Crypto #Brevis #zkVM #Altcoins 🚀

🛡️ Vitalik: "Ethereum Won't Chase Speed... We Chase Security!" 🛡️

Speaking at Hong Kong Web3 Carnival 2026 🇭🇰
Vitalik makes it clear: We are not competing to be the fastest chain.

Instead, Ethereum's mission is to be the Most Secure, Decentralized & Reliable network in the world 🌍

🔮 The Master Plan:
✅ ZKVM Roadmap: Main verification system by 2028 for massive scaling without sacrificing security
✅ EIP-8141: Quantum-resistant signatures to protect assets long-term ⚛️
✅ AI Integration: Using AI to audit code and find bugs 🤖

The Vision:
Be the "Public Bulletin Board" that institutions and the world can trust forever.
Speed is temporary... Trust is permanent! ✨
$ETH $ETC $ETHW
#Vitalik #Ethereum #ZKVM #Blockchain #Web3

🤖 Artificial intelligence reveals a critical security vulnerability in OpenVM’s zkVM!

AI auditor zkao from zkSecurity uncovered a serious security flaw in OpenVM’s advanced zkVM virtual machine. This vulnerability allows malicious provers to forge any pairing equation due to improper verification of its subfields, posing a significant threat to system integrity.

━━━━━━━━━━━━━━
📊 Impact: 🔥 Very High
🏷️ DEFI

#AI #Cryptography #ZkVM #OpenVM #BlockchainSecurity

🔗 Source: https://blog.zksecurity.xyz/posts/openvm-bugs/