TL;DR
- LayerZero announces Zero, its own Layer 1 blockchain targeting a theoretical 2 million TPS.
- The architecture combines ultra-fast ZK-proofs, QMDB storage, and parallel execution (FAFO).
- Zero will compete with Aptos, Sui, and Ethereum L2s, but real adoption and mainnet metrics remain unproven.
LayerZero, known until now as an interoperability protocol connecting blockchains, announced Zero, a Layer 1 (L1) blockchain designed to reach up to 2 million transactions per second (TPS) under theoretical conditions. The project marks a shift in direction: the company stops positioning itself solely as a bridge between existing networks and moves to deploy its own native chain optimized for high-volume applications.
Zero’s technical architecture rests on four main pillars. First, ultra-fast and lightweight zero-knowledge (ZK) proofs using advances like Jolt, an efficient prover that allows validators to verify transactions without downloading full blocks. The reduction in hardware requirements creates room for thousands of lightweight validators operating without storing the chain’s complete state, which in theory reduces centralization caused by technological barriers.
— LayerZero (@LayerZero_Core) February 10, 2026
Second, QMDB, an optimized storage solution addressing read amplification problems during ZK proof generation. The technical metric matters because random data access slows proof production in high-throughput systems. Third, a parallel execution mechanism called FAFO that automatically detects conflicts between transactions.
The system allows unrelated operations — like minting an expensive NFT and executing a swap in an automated liquidity pool — to process without blocking each other. The goal: prevent activity spikes in one application from raising fees for all network users.
Divided Reactions: Technical Enthusiasm Meets Skepticism Over Centralization and Marketing
The announcement generated more than 1.3 million views and thousands of interactions, but also triggered strong doubts. Critics question whether the network can actually reach 2 million TPS without relying on a massive GPU cluster to produce proofs — which would reintroduce centralization at the block producer level.
Others point to the density of the technical language in the announcement, with some followers admitting the opening paragraphs read as incomprehensible. One segment of the audience labeled it “word salad” or a marketing play without verifiable substance.
The irony did not go unnoticed either: a protocol that connects chains now launches its own, generating memes about LayerZero becoming just another L1. Figures like Shaun Maguire from Sequoia, however, described the developments as genuine technical advances. Enthusiasm centers on lightweight ZK capabilities and the congestion isolation FAFO promises.
Zero positions LayerZero as a direct competitor to high-performance blockchains like Aptos, Sui, Sei, and Hyperliquid, and to Ethereum’s modular Layer 2 solutions. LayerZero’s advantage lies in its existing network of interoperable applications (OApp, OFT), but doubts persist: is decentralization real or does it depend on a few providers with expensive hardware? How does the new chain integrate with the current ecosystem? Does it actually solve the scalability trilemma, or just shift the problem toward subsidies through inflation or elevated fees?
Zero’s success depends on real metrics at mainnet and adoption from developers building on the network. For now, the announcement combines technical ambition with a presentation that generated both anticipation and distrust in equal measure within the crypto audience.
