Zero, the newly announced LayerZero-backed Layer 1 network, is already generating buzz across the crypto timeline, with early discussions framing it as part of a broader shift toward blockchains that aim to do far more than handle simple transactions.
The project, described as a “multi-core world computer,” is designed around zero-knowledge proofs and a modular execution model intended to deliver extremely high throughput. While Zero is still pre-launch, expected to arrive in late 2026, its debut has prompted comparisons with Internet Computer Protocol (ICP), an established decentralised compute platform that has been running on mainnet since 2021.
Bob Bodily, founder of Odin.fun and author of the analysis circulating widely online, argues that the similarities are hard to ignore.
“Zero is getting some hype on the timeline so it’s time for another deep dive,” Bodily wrote, adding that ICP offers a useful reference point because it has already spent several years operating a similar vision in production.
Both networks position themselves as alternatives to traditional cloud infrastructure, with architectures built around the idea of decentralised computation at scale. Zero introduces “Atomicity Zones,” which function like parallel processes in a multi-core system, while ICP uses a subnet-based design where applications run fully on-chain through smart contract units known as canisters.
A major point of overlap is performance. Zero claims it could reach over two million transactions per second per zone, far beyond the throughput of most existing chains. ICP, meanwhile, has focused on computational efficiency, with supporters highlighting its ability to perform far more work per transaction than Ethereum while keeping costs low through its cycles-based model.
Interoperability is another shared priority. Zero builds directly on LayerZero’s omnichain messaging system, which already connects more than 80 chains. ICP has taken a different route, integrating directly with networks such as Bitcoin and Ethereum through threshold signing, aiming to remove the need for external bridges.
Still, the differences between the two projects are substantial, particularly in maturity. Zero remains theoretical until launch, albeit with reported backing from major institutions including Citadel Securities, ARK Invest, DTCC, and Google Cloud. ICP, by contrast, has an active ecosystem, on-chain governance through its Network Nervous System, and a growing number of decentralised applications spanning AI, storage, and web hosting.
The economic models also diverge. Zero’s approach centres on its role within the LayerZero omnichain environment, while ICP uses what it calls a reverse-gas system, where developers pay predictable compute costs and users can interact with applications without transaction fees.
Security assumptions reflect different design choices as well. Zero relies on configurable verifier networks, while ICP’s chain-key cryptography and replicated subnet structure are intended to reduce off-chain vulnerabilities, though both ultimately depend on honest majority assumptions at the protocol level.
For now, Zero represents an ambitious attempt to extend LayerZero’s interoperability dominance into the Layer 1 space. ICP offers a working example of what decentralised cloud infrastructure looks like in practice, with several years of operational history behind it.
As Bodily put it, those curious about the “world computer” thesis may not need to wait until 2026 to explore the concept.
“If you don’t want to wait around for Zero to come out,” he wrote, “you should check out ICP right now. Lots of interesting decentralised cloud innovation happening on ICP.”
Whether Zero can match its early promises will only become clear after launch, but its arrival has already sharpened attention on the next generation of blockchains competing to redefine what on-chain infrastructure can actually support.
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