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@ryanzarick

Co-Founder and CTO @LayerZero_Labs

Vancouver, British Columbia Katılım Mart 2012
436 Takip Edilen14.5K Takipçiler
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raz@ryanzarick·
Zero is the first multi-core decentralized world computer. Each core is capable of 2 million TPS and the blockchain scales horizontally to near infinity. It lives up to everything we stand for: - Decentralized - Permissionless - Censorship-resistant 🧵
LayerZero@LayerZero_Core

x.com/i/article/2020…

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LayerZero
LayerZero@LayerZero_Core·
LayerZero is live on @tempo. Stripe processes $1.4T a year and accounts for 1.3% of global GDP, even with the constraints of banking hours and borders. Tempo is their bet that the backend for money should feel like the internet: fast, cheap, and everywhere.
Tempo@tempo

x.com/i/article/2034…

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Bryan Pellegrino (臭企鹅)
At all-hands yesterday we brought up some of the coolest things people have made just in the past week alone and I was totally blown away by them (+ 2 more I can't show yet doxxing new product). AI massively accelerating technical & non-technical people alike Interactive slides
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LayerZero
LayerZero@LayerZero_Core·
Jolt Pro is a 100x improvement over existing zkVMs. After months of researching all existing zkVMs, we realized none of them could scale to what we needed with Zero. Then we came across @succinctJT's work and Jolt, a research project from @a16zcrypto. We saw massive potential in the math and, finally, a viable way to scale to our needs. So we secretly assembled a team of some of the brightest minds across cryptography, GPU programming, and ASIC design to build an internal Jolt Pro team. Jolt Pro has no precompiles; it runs only RISC-V instructions, without introducing new ad hoc, error-prone constraints. It's impossible to compare against other zkVMs because they are not proving straight RISC-V, most of their work and speed gains exist in dangerous pre-compiles. Jolt Pro scales to infinity. The number of cells you can use in parallel is only limited by the size of the datacenter. Jolt Pro has a path to 4GHz cells using the same configuration we use for our 1.61 GHz cell today. By early 2027, it will be post-quantum and set the standard for all zkVMs. We will eventually make "zero-proofs", and others can try to beat our RISC-V proving in the open. For now, we stay heads down, building Zero to be everything the industry ever wanted. And then just a little more.
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LayerZero
LayerZero@LayerZero_Core·
"So we certainly think about something like Zero as having the potential to enable onchain high-performance, low-latency, massive-throughput operations that we currently have to perform off-chain." - Michael Blaugrund (@mblaugrund), VP of Strategic Initiatives at Intercontinental Exchange Source: @fiftyonexyz podcast
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raz@ryanzarick·
@glade1579857 you missed a few zeroes $0.000001
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JolyScrab
JolyScrab@glade1579857·
The development of L1 Zero is ahead of its time We have already seen dozens of new L1 and L2 solutions with huge TPS, but more often than not, it was just a marketing ploy These projects did not have enough transactions to unlock the potential of these exorbitant TPS numbers. Most of these blockchains have already been forgotten and do not have that many users (Aptos 160,000 TPS) -There are other examples, such as Ethereum. It is actually in use and has 20,000+ TPS (thanks to L2). -Solana has 50,000 TPS (needs no introduction) L1 Zero will launch in the fall of 2026 and will have 2,000,000 TPS Why so much TPS and who will use it? The answer is simple. L1 Zero is not only being created for ordinary users, it is being created with the understanding that global financial systems will be deployed on it: NYSE, DTCC, Citadel Securities. They require millions of transactions per second. They also want to be in crypto, but at the moment they do not have this opportunity, as there is no such universal solution It is precisely for them that such a MEGA Blockchain with such crazy TPS performance will be needed You probably use banks and most likely find it very convenient, but banks can always have doubts about where and how much money you are transferring. L1 Zero is a decentralized solution that will not call you and ask where and why you are transferring money. L1 Zero will also be faster than banking systems and will not restrict transfers to other continents @LayerZero_Core
JolyScrab tweet media
raz@ryanzarick

The performance limitations of our industry – capped at around 10K TPS across all existing blockchains – cannot serve systems that demand millions of transactions per second. This means the largest organizations in the world cannot move onchain despite wanting to. We are offering the scale of legacy finance at the speed of the internet, with the underpinnings of the principles that matter. Zero is decentralized, permissionless, and censorship-resistant. It is the last blockchain because it is the first to scale to house all operations for systems like the NYSE, the DTCC, and Citadel Securities. Adoption of Zero isn’t about tokenization or a simple stablecoin implementation – it is about replatforming entire business models onto what we believe to be a better internet: blockchain. We can’t wait to bring Zero to the world later this fall with our world-class partners, who are genuinely the foremost experts and leaders in how markets work. I can’t think of a better group to build solutions with during the transition of global markets onto permissionless infrastructure. Much more to come. It’s time to build without compromise at scale.

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raz@ryanzarick·
The performance limitations of our industry – capped at around 10K TPS across all existing blockchains – cannot serve systems that demand millions of transactions per second. This means the largest organizations in the world cannot move onchain despite wanting to. We are offering the scale of legacy finance at the speed of the internet, with the underpinnings of the principles that matter. Zero is decentralized, permissionless, and censorship-resistant. It is the last blockchain because it is the first to scale to house all operations for systems like the NYSE, the DTCC, and Citadel Securities. Adoption of Zero isn’t about tokenization or a simple stablecoin implementation – it is about replatforming entire business models onto what we believe to be a better internet: blockchain. We can’t wait to bring Zero to the world later this fall with our world-class partners, who are genuinely the foremost experts and leaders in how markets work. I can’t think of a better group to build solutions with during the transition of global markets onto permissionless infrastructure. Much more to come. It’s time to build without compromise at scale.
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LayerZero@LayerZero_Core

Why Zero? A conversation with @citsecurities, @The_DTCC, and @ICE_Markets. Speakers: - Dan Doney, CTO of DTCC Digital Assets - Marcin Sablik, Partner at Citadel Securities - Michael Blaugrund, VP of Strategic Initiatives at Intercontinental Exchange

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hdf
hdf@PaikCapital·
It should be extremely obvious where the puck is heading. We chose to build with @LayerZero_Core not only because their team is world class, but because of their ability to ship true 0-1 innovations that attract the largest players in the world. They solved interop with $200B+ moved across chains, and now they're solving the blockchain scaling problem from first principles. GTE will be the global frontend for the tokenization movement and traders will only benefit from the speed, colocation, and UX improvements never seen before. GTE x LayerZero.
LayerZero@LayerZero_Core

Why Zero? A conversation with @citsecurities, @The_DTCC, and @ICE_Markets. Speakers: - Dan Doney, CTO of DTCC Digital Assets - Marcin Sablik, Partner at Citadel Securities - Michael Blaugrund, VP of Strategic Initiatives at Intercontinental Exchange

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rabbits
rabbits@high_fades·
@Grantblocmates @PrimordialAA @ryanzarick glaring omission in terms of how the zero token will work and/or accrue real value. so noticeable by its absence made me wonder if they specifically forbade any questions on that?
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LayerZero
LayerZero@LayerZero_Core·
As the industry moves towards the tokenization of everything, Fidelity's Center for Applied Technology (FCAT®) is well-suited to help secure assets moving across chains. The FCAT DVN is now live and already verifying value movement going between chains for @OndoFinance.
Fidelity Center for Applied Technology (FCAT®)@FCATalyst

The FCAT DVN is now live on @LayerZero_Core! The DVN offers foundational infrastructure for institutions seeking trustworthy cross-chain operations. Leveraging LayerZero’s neutral interoperability infrastructure with FCAT’s verification capabilities, @OndoFinance is the first organization to use the DVN. Check out the full story now: fcatalyst.com/trends-and-sig… #FCAT #Web3 #Interoperability #Blockchain

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raz@ryanzarick·
First of all, thank you! However, you and I both know hash-based SNARKs using Reed-Solomon codes just don’t scale linearly across GPUs. There’s a hard stop because the NTT requires constant cross-GPU communication the moment you spread the workload. Ours can. Plus, last I saw, Airbender performance was only with ~80 bits of security, which obviously isn’t something that could ever be rolled into production. So while existing proof generation numbers may be getting closer, they are not viable for real-world workloads without massively sacrificing security.
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ALEX | ZK
ALEX | ZK@gluk64·
Love to see a Jolt zkVM effort by @LayerZero_Core! But several of the ZK scaling claims here are misleading. ZK proof systems have been highly parallelizable since Pinocchio (2013). Linear GPU scaling across independent executions isn’t unique to Jolt, it’s a baseline property of modern proof systems. Some designs are slightly more cluster-friendly due to reduced cross-node communication, but not at a level that justifies broad superiority claims. More importantly, proving itself is no longer the primary bottleneck. At @ZKsync with Airbender, we’ve already pushed cryptographic number-crunching to the point where it’s no longer the limiting factor. The real constraint now is witness and trace generation. Benchmarks that measure only proving with prepared data focus on a stage we’ve already moved past. “THz cluster” is an aggregate throughput metric. Any zkVM can reach high aggregate throughput with enough parallel workload and hardware. What matters is full pipeline cost and realistic end-to-end latency. If the performance story is as strong as implied, publish Ethproofs results. It’s the de facto RISC-V zkVM benchmark and already favors RV64 even without precompiles. Otherwise, it risks looking less like structural gains and more like creative benchmarking.
ALEX | ZK tweet media
raz@ryanzarick

The Ethereum 5-year roadmap is fairly vague, so we base our high-level understanding on this post: @oK3in1lRQ7-pt7b3j8nQxg/Hk9KBHsGgg" target="_blank" rel="nofollow noopener">hackmd.io/@oK3in1lRQ7-pt… In short, Zero combines: 1. The real security of Ethereum's L1 zkEVM roadmap. 2. The horizontal performance scaling of the L2 roadmap. 3. Bespoke Atomicity Zones (STF diversity) 4. Trustless Native Interop between Atomicity Zones. 5. Asymmetric latency (Ultra low latency in one Zone and multi second latency in another) ZK Currently Ethereum has not picked a zkVM to enshrine or stated whether or not it will be one or many zkVMs. They are not building any inhouse at the EF that I’m aware of and are dependent on external teams. We evaluated all zkVM tech and chose the Jolt research project as our foundation because it (1) actually scales linearly with additional GPUs, and (2) with future protocol and system optimizations (e.g., lattices, GPU kernel optimizations) the unit economics will vastly outpace all other zkVMs. We built a inhouse ZK team made up of world class cryptographers, ASIC designers, and GPU developers to make Jolt Pro. Jolt Pro will scale to a THz cluster and will be able to support real time proving for our high performance needs. Statelessness Zero implements something similar to weak statelessness. You can find more context here, along with a brief explanation of why Block Producers aren't a concern for centralization: We do not have strong statelessness (where the beacon chain state is just 32 bytes). That would require many beacon chain messages to include large plaintexts with opening proofs. However, our settlement layer architecture is designed from the ground up for weak statelessness. Architectural Differences In the Ethereum roadmap, they loosely claim to bifurcate the network into builders and attestor/includers to create enshrined shards. This is likely the parallel between Zero and "zk-Ethereum." Our Block Producer has a similar role to a builder, and settlement layer validators do the job of attestor/includer. However, there are still key architectural differences: - Block Production: Our Block Producer is allowed to produce blocks, whereas the builder is not. Our settlement layer design allows the Block Producer to give ultra low-latency preconfirmations during periods of settlement layer asynchrony without introducing additional trust assumptions. This design enables determinism; preconfirmed transactions won't be "reorged out" unless network conditions remain bad for an unrealistically long time. - Validator Load: Our beacon chain essentially only runs consensus. Each validator stores only the minimum set of information to efficiently perform consensus. Proof of Stake and our enshrined governance are moved into the System Zone. This allows our beacon chain validators to achieve what Ethereum refers to as weak statelessness. - Zones and Interop: Our architecture is designed to scale to multiple unique Zones with universal interop. To our knowledge, Ethereum does not have a clear roadmap for sharding the L1 into multiple asynchronous shards like our Zones. ZeroOS enables a diverse set of bespoke zones (trading, payments) that are significantly more efficient than traditional blockchain VMs.

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raz@ryanzarick·
Zones execute asynchronously, so no state is actively contended by multiple Zones simultaneously. Within a single Zone, we use FAFO to mitigate the impact of state contention on performance. Determinism and Ordering Regarding determinism across zones: the settlement layer enforces a causal ordering (happens-before) for all blocks. For any specific zone, every block builds directly on its predecessor. For blocks across different zones, there is no strict total ordering because Zones execute asynchronously. If blocks from two or more zones have causal dependencies due to cross-zone interop, the settlement layer ensures those dependencies are fulfilled at settlement time. It also enforces that logical time advances monotonically.
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Justin Bons
Justin Bons@Justin_Bons·
The new Layer Zero chain looks "interesting" However, flexing capacity in 2026 is meaningless without context Especially for a ZK-VM, which trades speed for capacity! While sacrificing builder decentralization: Far too much context is missing to justify ZERO's lofty claims! 🕵️
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raz@ryanzarick·
The Ethereum 5-year roadmap is fairly vague, so we base our high-level understanding on this post: @oK3in1lRQ7-pt7b3j8nQxg/Hk9KBHsGgg" target="_blank" rel="nofollow noopener">hackmd.io/@oK3in1lRQ7-pt… In short, Zero combines: 1. The real security of Ethereum's L1 zkEVM roadmap. 2. The horizontal performance scaling of the L2 roadmap. 3. Bespoke Atomicity Zones (STF diversity) 4. Trustless Native Interop between Atomicity Zones. 5. Asymmetric latency (Ultra low latency in one Zone and multi second latency in another) ZK Currently Ethereum has not picked a zkVM to enshrine or stated whether or not it will be one or many zkVMs. They are not building any inhouse at the EF that I’m aware of and are dependent on external teams. We evaluated all zkVM tech and chose the Jolt research project as our foundation because it (1) actually scales linearly with additional GPUs, and (2) with future protocol and system optimizations (e.g., lattices, GPU kernel optimizations) the unit economics will vastly outpace all other zkVMs. We built a inhouse ZK team made up of world class cryptographers, ASIC designers, and GPU developers to make Jolt Pro. Jolt Pro will scale to a THz cluster and will be able to support real time proving for our high performance needs. Statelessness Zero implements something similar to weak statelessness. You can find more context here, along with a brief explanation of why Block Producers aren't a concern for centralization: We do not have strong statelessness (where the beacon chain state is just 32 bytes). That would require many beacon chain messages to include large plaintexts with opening proofs. However, our settlement layer architecture is designed from the ground up for weak statelessness. Architectural Differences In the Ethereum roadmap, they loosely claim to bifurcate the network into builders and attestor/includers to create enshrined shards. This is likely the parallel between Zero and "zk-Ethereum." Our Block Producer has a similar role to a builder, and settlement layer validators do the job of attestor/includer. However, there are still key architectural differences: - Block Production: Our Block Producer is allowed to produce blocks, whereas the builder is not. Our settlement layer design allows the Block Producer to give ultra low-latency preconfirmations during periods of settlement layer asynchrony without introducing additional trust assumptions. This design enables determinism; preconfirmed transactions won't be "reorged out" unless network conditions remain bad for an unrealistically long time. - Validator Load: Our beacon chain essentially only runs consensus. Each validator stores only the minimum set of information to efficiently perform consensus. Proof of Stake and our enshrined governance are moved into the System Zone. This allows our beacon chain validators to achieve what Ethereum refers to as weak statelessness. - Zones and Interop: Our architecture is designed to scale to multiple unique Zones with universal interop. To our knowledge, Ethereum does not have a clear roadmap for sharding the L1 into multiple asynchronous shards like our Zones. ZeroOS enables a diverse set of bespoke zones (trading, payments) that are significantly more efficient than traditional blockchain VMs.
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Justin Bons
Justin Bons@Justin_Bons·
@PrimordialAA What differentiates ZERO from ETH's ZK-EVM roadmap? That is, except for you deploying 4 years before them! Design look similiar with similiar trade-off's to me, I am most concerned about speed here: Due to the compute times, even with JOLT, that is the biggest limiting factor
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Arjun Arora
Arjun Arora@0x_Arjun·
"This is not another incremental L1. It is a decentralized alternative to AWS and GCP." @ryanzarick giving a glimmer of what the future holds for Zero. The Inevitable Future Begins. What a week it’s been. Proud to see the vision unleashed to the world - more proud of the insane work ethic from all the team members to pull off such a historic event.
raz@ryanzarick

We built Zero because we had to. Because we felt an obligation to protect the ideas that matter. This is not another incremental L1. It is a decentralized alternative to AWS and GCP.

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LayerZero
LayerZero@LayerZero_Core·
.@googlecloud will be joining as a partner for Zero to explore how to enable AI agents to make micropayments and trade resources instantly without needing a bank account.
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