Geometry Research

Geometry Research empowers protocols using cryptography

[Geometry Research @__geometrydev__]

We’re excited to see what the community builds with this!

Check out the code and the documentation: https://t.co/lA9znPmixN, which describes the different components and shows how to run a rollup example end-to-end.

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[Geometry Research @__geometrydev__]

We’re excited to unveil o1js-blobstream, bringing @CelestiaOrg data availability to @MinaProtocol zkapps!

o1js-blobstream uses consensus proofs so that Mina verifies the latest Celestia state and enables zkapps to demonstrate the data they used was published on Celestia.

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[Geometry Research @__geometrydev__]

The Celestia team provided us with ideas, architectures and example code we’ve built on.

To deploy this, teams would need to create a node to orchestrate operations, modifying state transition handling and so on - we’ve provided examples for all of these in the project.

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[Geometry Research @__geometrydev__]

Check out the code base ⤵️

https://t.co/AdH63SDNW9

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[Geometry Research @__geometrydev__]

Parallel execution for full nodes offers significant performance improvements.

Traditionally, a fresh @fuel_network node syncs to the latest block by downloading and serially re-executing all transactions in the chain.

By executing these expensive cryptographic opcodes in parallel, nodes can achieve significantly better performance.

@weijie_eth has built cross-platform WebGPU shaders for these operations:
• EdDSA on curve25519
• ECDSA on secp256k1/r1

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[Geometry Research @__geometrydev__]

Built on wgpu-rs, our library integrates seamlessly into Rust-based clients and supports multiple backends, such as Metal and Vulkan.

This lays the groundwork to integrate these improvements into Fuel nodes, paving the way for faster and more efficient blockchain networks. (As a bonus, the shaders can also be deployed on supported client-side browser platforms.)

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