papers/zoo-quasar-benchmarks/sections/10-conclusion.tex

\section{Conclusion}


The \Quasar{} + \PoAI{} dual-layer architecture demonstrates that transaction consensus and AI compute verification can be cleanly separated without sacrificing performance in either dimension. \Quasar{} provides 6.3ms median finality for transaction ordering, while \PoAI{} provides thorough compute verification with only 0.73ms per-block overhead. The result is a system that achieves 4.71M TPS throughput with 98.2\% useful compute utilization---near-optimal on both axes. TEE attestation for GPU providers ensures that compute claims are cryptographically verified, and the epoch-based evaluation provides timely reward feedback without blocking consensus. This architecture establishes Zoo Network as the highest-performance AI-verified blockchain in production.