PQCAA: ML-DSA 기반 UserOperation 온체인 검증, 격자 페이마스터 및 가스 최적화 번들링

PQCAA는 대규모 ERC-4337 UserOperations를 처리하는 데 필요한 고처리량 인프라를 제공하기 위해 특화된 양자 내성 번들러 데몬, 대체 멤풀(mempool) 동기화 프로토콜 및 격자 서명 검증 Paymaster를 제공합니다.

PQCAA Bundler Infrastructure Architecture & Mempool Topology

P2P alternative mempool, UserOperation validation engine, and multi-transaction bundle builder

Central System: PQC Bundler Node - ERC-4337 Bundler Daemon

Cryptographic Nodes

  • P2P Mempool Ingest
  • Pre-Verification ALU
  • Storage Access Filter
  • Bundle Aggregation Core
  • Block Builder Bridge

Architectural Layers & Protocols

  • Peer-to-Peer Mempool Network (libp2p GossipSub / Alternative UserOp Mempool): Broadcasting and receiving post-quantum UserOperations across decentralized bundler nodes.
  • Off-Chain Simulation & Pre-Verification (Hardware-Accelerated Lattice Simulation Engine): Simulating UserOperation validation off-chain to detect failing transactions before submitting to L1.
  • Bundling & Transaction Optimization (Batch Aggregation & Calldata Minimizer): Packing dozens of UserOperations into a single handleOps execution call to minimize overhead.
  • Miner / Builder Relay Connection (MEV-Boost / Direct Builder RPC): Submitting bundled blocks directly to block proposers and searchers, bypassing public mempool front-running.

Key Metrics: < 15 ms (UserOp Validation Latency) | 100% (ERC-4337 Mempool Compliance) | 50+ UserOps (Batch Packing Efficiency) | Zero Front-Run (Private Builder Relay Routing)

네이티브 포스트양자 계정추상화 번들러, 대체 멤풀 검증 및 격자기반 페이마스터

Authoritative technical engineering reference for native post-quantum account abstraction bundlers, alternative mempool validation & lattice paymasters in NIST FIPS 203/204/205 standards, lattice-based cryptography, side-channel attack mitigation, and quantum-resilient infrastructure.

Core Engineering Areas

Technical Articles

Related Cluster Architecture Specifications