Move Language Encrypted Mempool Module Design

We design mempool modules that encrypt transaction payloads on-chain, shielding order flow from predatory bots and miners. This protects your users' trade slippage and ensures fair execution, directly enhancing protocol trust and adoption.

Our modules are built directly into the Move VM, not layered on top. This enables deep protocol-level optimizations, lower latency for encryption/decryption cycles, and seamless compatibility with Aptos and Sui's parallel execution engines.

Unlock advanced DeFi primitives like batch auctions, sealed-bid NFT sales, and confidential governance voting. A native module allows for custom logic around transaction lifecycle, visibility, and finality that off-the-shelf tools cannot replicate.

Avoid the network hops and fees of external relayers or threshold networks. Native execution within the validator set reduces latency to finality and gives you deterministic control over gas economics for encrypted transactions.

Owning your encrypted mempool infrastructure removes dependency on third-party services whose incentives may change. It future-proofs your stack, allowing for protocol-specific upgrades and maintaining a defensible technical moat.

Design privacy-preserving transactions with built-in compliance hooks for validators. Our architecture supports selective disclosure mechanisms and audit trails, helping projects navigate evolving regulatory landscapes without sacrificing user privacy.

We begin with a collaborative design sprint to define the encrypted mempool's threat model, data flow, and integration points with the Aptos/Sui MoveVM. This includes formalizing cryptographic primitives and state transition logic.

Implementation in Move, leveraging its inherent safety features. We enforce strict resource semantics, ownership patterns, and gas optimization from day one. Code is modular for easy auditability and future upgrades.

Before external audit, our team conducts exhaustive testing: unit/integration tests, property-based testing with the Move Prover, and manual review for logic flaws and cryptographic soundness.

We handle the deployment pipeline to testnet and mainnet, including module publishing, governance proposal preparation (if required), and seamless integration with your existing node infrastructure.

Post-launch, we provide monitoring dashboards for mempool health, anomaly detection, and performance metrics. Optional retainer available for upgrades and security patch management.