Yesterday, the Ethereum Foundation (EF) published a blog announcing intent to go all-in on integrating zero-knowledge (zk) into the Ethereum L1: blog.ethereum.org/2025/07/10/rea…
This could be a major upgrade, with massive implications for scalability and privacy. 🧵:
Raye Hadi
169 posts
Joined June 2025
- Replying to @pumatheuma and @SuccinctLabsThanks @pumatheuma. Been following the work you guys have been doing at Succinct for the last couple of months now. Super cool stuff🔥. I am personally a huge fan of zk. I'll be sure to check out that link.
- Replying to @rhadiARKThe upgrade revolves around two shifts: Making the EVM zk-friendly: Upgrades to the execution layer to make zk-proving faster and simpler. Ex: EIP-2537 (Pectra fork) Stateless verifiers: Changing validator logic to allow zk-proof (zkp) verification at the consensus layer.
- Replying to @rhadiARKThis upgrade represents the cultural shift Ethereum has been promising. Along with expanding blobspace (cheaper DA), Ethereum is paving the way for scalable and privacy-preserving L1 infra. Execution still remains the challenge, but the vision is becoming clearer.
- After years tracking the evolution of blockchain and crypto, I’m thrilled to share that I’ve joined @ARKInvest on the Digital Assets team. It’s an incredible time for the industry, and I’m excited to help advance the financial infrastructure of the next era.
- Replying to @rhadiARKHow this works: Block builders assemble transactions into blocks. Provers (builders, validators, or 3rd party zk-prover networks) generate a zkp proving block validity. Validators verify the proof instead of re-executing the trxns in the full block- boosting throughput.
- Replying to @rhadiARKEF targets for real-time L1 proving: 99% of block proofs generated within ≤10s. Hardware costs for provers ≤$100k and ≤10kW power. Quantum resistant security: ≥128-bit (requires 2^128 ops to break). ≤300KiB proof sizes, minimizes bandwidth and fits in Ethereum blocks.
- A neat insight for my inaugural post on here: Whenever crypto gets hit by a major exploit, trading volume tends to move to domestic exchanges (Coinbase, Kraken, Gemini)
- Replying to @rhadiARKTradeoffs: Reduced validator requirements support decentralization but proving complexity and computational burden shifts to builders/provers. If builders/provers collude or go offline, block production could halt- raising liveness concerns.
- If the @base app takes off, it could mark the beginning of a "walled gardens" phase in Ethereum’s L2 roadmap. Fragmentation has been the biggest criticism of L2s, but if real utility emerges through the composability of protocols built on the same tech stack, that narrative could
- Are stablecoins driving a comeback of corporate L1s? Everything you need to know about ARC, Circle's stablecoin-optimized Layer 1, below.
- Some solid content in here: @LorenzoARK and I break down Robinhood's new crypto suite (tokenized equities onchain and the L2 announcement). And @dpuellARK covers the 80k btc movement
- Some great insights here Had a blast working on this with @dpuellARK- check out his thread below. Full report attached as well
- Jito’s new Block Assembly Marketplace (BAM) brings some interesting changes to Solana: - Block construction shifts from validators to specialized builders using TEEs (similar to PBS). - Introduces app-controlled execution: some level of sequencing customization, but no state







