ZKEncrypt AI Integration With @Arcium Stack Current on-chain privacy protocols silo confidential computing within isolated applications, limiting autonomous AI agents to fragmented encrypted environments that hinder scalable, verifiable inference on Solana's high-throughput architecture. Arcium Network emerges as a complementary infrastructure layer, engineered as a decentralized private compute network using Multi-Party Computation (MPC) to enable secure operations over encrypted data directly aligning with ZKEncrypt's vision of FHE-powered, non-custodial AI workflows. Arcium pivots from zero-knowledge proofs to MPC protocols that tolerate dishonest majorities while requiring only one honest participant, facilitating parallelized computations for AI-native applications like collaborative model training or private data aggregation. Through integration, ZKEncrypt aims to leverage Arcium's MPC orchestration as an extension to our lattice-based FHE cores (via TFHE-rs and Sunscreen), enhancing encrypted oracle endpoints and agent swarms with verifiable multi-party execution. This hybrid stack ensures sub-second settlement for x402 micropayments while maintaining 128-bit security, deployable in minutes via our SDK for tamper-proof, cross-protocol privacy. Arcium's Solana-native mempool entry points will streamline ZKEncrypt's agentic payments, reducing latency in FHE-wrapped queries by 50% during peak loads.