According to @PANewsCN, Vitalik Buterin said zero-knowledge proofs (ZK) and fully homomorphic encryption (FHE) are advancing fast enough to enable real-time verification of Ethereum (ETH) L1 blocks, making blockchain more efficient, decentralized, and privacy-preserving, source: @PANewsCN. According to @PANewsCN, he stated that blockchain and cryptography are moving from early exploration to a new stage that is scalable, developer-friendly, and low cost, marking a shift into a usability era, source: @PANewsCN. According to @PANewsCN, he projected that the costs of ZK, FHE, and L2 technologies will approach zero over the next five to ten years, becoming as ubiquitous in applications as signatures and encryption, source: @PANewsCN. According to @PANewsCN, he introduced the security concept not your silicon, not your keys, urging greater focus on hardware trustworthiness and privacy protection, source: @PANewsCN. According to @PANewsCN, he called on developers to engage from entrepreneurship and base-layer R&D to application practice to help build the next generation of decentralized infrastructure, source: @PANewsCN.

According to @VitalikButerin, ZK and FHE teams should report performance as an overhead ratio—cryptographic compute time divided by raw compute time—rather than N ops/sec, enabling more hardware-independent comparisons and straightforward estimation by multiplying known raw runtimes, source: @VitalikButerin, Oct 18, 2025. He acknowledges ratios remain somewhat hardware-dependent due to heterogeneous operations, SIMD/parallelization, and memory access patterns, but argues the overhead factor is still the most informative single number for developers, source: @VitalikButerin, Oct 18, 2025. For trading due diligence on ETH rollups and privacy protocols, lower overhead ratios imply less efficiency loss versus raw compute, clarifying prover requirements and throughput planning once projects disclose these figures, supporting more comparable cross-project benchmarking, source: @VitalikButerin, Oct 18, 2025.

According to @EmberCN, Offchain Labs has chosen Succinct Labs’ ZK proof network to advance zero-knowledge verification for the Arbitrum network, source: @EmberCN on X. Succinct’s CEO announced the collaboration and the post was retweeted by Vitalik Buterin, signaling high-profile validation for the initiative, source: @EmberCN on X. @EmberCN characterizes Arbitrum as the most successful Layer 2 by share of L2 TVL, framing this collaboration as a key milestone for broader ZK adoption, source: @EmberCN on X. For trading, monitor official rollout updates from Offchain Labs and Succinct Labs and track ARB and ETH price and liquidity reactions around ZK verification deployment milestones, source: @EmberCN on X.

According to @alice_und_bob, Layer 2 (L2) teams can address common scaling and security challenges—such as the need for zk proofs, fraud proofs, 7-day exit windows, and alternative data availability bridges—by utilizing Polkadot core technology instead of more complex or resource-intensive solutions. This highlights Polkadot’s (DOT) potential as a scalable, cost-effective platform for developers, which could increase demand for DOT and impact its price performance in the crypto market. Source: @alice_und_bob.

According to Vitalik Buterin, there is potential to reduce asynchronous messaging times from two weeks to ten minutes, and eventually to one slot, leveraging recent advancements in zero-knowledge (ZK) proofs and aggregation. This development could significantly enhance transaction efficiency in blockchain networks, which is crucial for traders seeking faster and more reliable transaction processing. Accurate and timely async messaging can reduce latency issues, making trading operations more efficient (source: Vitalik Buterin on Twitter).