Jito-Powered Bundling Engine

Mold the
Blockchain.

Clayworks aggregates disparate instructions into atomic, MEV-resistant bundles. Experience >99% inclusion rates with our heatmap-driven fee estimator.

Scroll to Explore

>99%

Inclusion Rate

0ms

Mempool Exposure

$2.4B

Volume Secured

140ms

Avg Block Time

Industrial-Grade Infrastructure

Built for high-frequency trading firms and complex DeFi protocols.

Atomic Bundling

Multi-instruction orchestration. If one fails, they all revert. Zero toxic inventory risk.

Priority Heatmap

Dynamic fee estimation based on real-time account contention maps.

MEV Resistance

Private execution channels bypass the public mempool, preventing sandwich attacks.

LUT Compression

Seamlessly handle complex transactions with auto-managed Address Lookup Tables.

Trusted By

SolanaJitoHeliusPythWormhole

Development Roadmap

Q4 2025

Protocol Genesis

  • Core Engine Release
  • Audit Completion
  • Mainnet Beta
Q1 2026

Ecosystem Expansion

  • SDK v2.0
  • Jito Integration
  • Governance Launch
Q2 2026

Cross-Chain Bundling

  • SVM Rollup Support
  • LayerZero Adapter
  • Mobile Wallet
Q3 2026

Decentralization

  • DAO Transition
  • Open Source Prover
  • Global Hackathon

Built by Engineers

Alex V.

Alex V.

Lead Engineer

Sarah K.

Sarah K.

Protocol Architect

Davide R.

Davide R.

Cryptographer

Elena M.

Elena M.

Head of Growth

Frequently Asked Questions

How does atomic reversion work?
Clayworks wraps all instructions in a simulated transaction envelope. If the runtime detects a failure in any CPI call, the entire state change is discarded before commitment.
Is it compatible with v0 Transactions?
Yes. Clayworks is natively built for Versioned Transactions and utilizes Address Lookup Tables to maximize instruction density.
What are the fees?
The protocol charges a flat 50bps fee on successful bundles involving value transfer. Purely data-only bundles are charged a fixed SOL fee.

Ready to Mold the Chain?

Join the hundreds of developers building the next generation of atomic DeFi.