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Every market onchain.

Joined September 2019
Photo by Celestia (@celestia)Photo by Celestia (@celestia)Photo by Celestia (@celestia)Photo by Celestia (@celestia)Photo by Celestia (@celestia)Photo by Celestia (@celestia)Photo by Celestia (@celestia)Photo by Celestia (@celestia)Photo by Celestia (@celestia)Photo by Celestia (@celestia)
Introducing Voyager: hyperscale payments for agentic commerce. Benchmarked at 21M TPS, Voyager is a new blockchain architecture for an internet where millions of agents pay for content, data, and services on demand. blog.celestia.org/introducin…
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Agents could soon pay for their own compute, transact with each other and run autonomous businesses. That means billions of payments a second, needing safeguards that keep humans in the loop, enforced in code and verifiable by anyone. That’s the future we’re building for.
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We’re taking Voyager towards production, and over the coming weeks we’ll publish deeper technical posts to explain its architecture. In the meantime, if you need payments at a volume no chain handles today, contact us. celestia.org/contact/
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Celestia retweeted
Derive V3 started with one question: how do you scale an onchain derivatives exchange without moving settlement away from Ethereum? Our answer was to build an application-specific rollup for derivatives, with Celestia for data availability, Succinct for proofs and Ethereum for settlement. Why not just put everything on Ethereum? Derive produces a lot of state, and that grows quickly with activity. Posting all of the underlying data directly to Ethereum would make scaling the exchange much more expensive. V3 posts the data behind state changes to @celestia, while the protocol continues to settle on Ethereum. Why does that data need to exist outside Derive? Because V3 is designed so users can still verify their state and withdraw without depending on Derive’s API or sequencer. If the data only existed in our own database, that guarantee would be much weaker. Celestia gives the protocol somewhere independent to publish the data needed to reconstruct and verify state, while Succinct proofs verify the updates that are ultimately committed to Ethereum. Where does privacy fit? We've been working with the Celestia ecosystem on a design where account data will eventually be encrypted while still giving users what they need to prove their state themselves.
Derive, the leading onchain options exchange with over $40B in cumulative trading volume, has used Celestia for nearly 3 years. With V3 now live, we spoke to the Derive team about what changed in the upgrade and why they continue to build on Celestia. Here's what we learned👇
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Derive, the leading onchain options exchange with over $40B in cumulative trading volume, has used Celestia for nearly 3 years. With V3 now live, we spoke to the Derive team about what changed in the upgrade and why they continue to build on Celestia. Here's what we learned👇
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As more of finance moves onchain, Derive and markets like it can count on Celestia for low-cost, reliable data availability that scales. If you are building something that needs that kind of scale, come talk to us. celestia.org/contact/
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In Derive V3’s architecture, Celestia’s role is to publish the state diffs for each batch of trades that Derive processes. This ensures that users can withdraw their funds and the exchange can keep running even if Derive goes offline or becomes malicious.
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Derive V3 uses Celestia for 3 reasons: • Celestia’s stable fees make costs easy to forecast. • Derive can scale by orders of magnitude before hitting Celestia’s limits. • Celestia’s Rust client made integration with their zkVM simple.
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Fibre is now live on Celestia mainnet. As the biggest upgrade since Celestia’s launch, Fibre delivers the unprecedented scale required to bring global finance and agentic commerce onchain.
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We’ve benchmarked Fibre at 3 Tb/s, enough for nearly 2 billion transactions a second. Fibre will launch at 150 MB/s, around 800k TPS and 15x Celestia’s previous capacity, but can be scaled on demand with usage growth. blog.celestia.org/celestia-f…
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Huge thanks to the Celestia Labs engineers who designed and built Fibre, and to @alexhevans, @nico_mnbl and @angeris, whose ZODA paper made it possible. If you need throughput at Fibre scale, get in touch. celestia.org/contact/
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