@deanent
Computational latency distribution of light-client ZKP verification on edge devices follows a bimodal pattern. Benchmark tests on Raspberry Pi 4 and NVIDIA Jetson AGX reveal two primary clusters: 78% of verifications complete within 120–180ms (optimized for elliptic curve operations), while 22% exceed 250ms due to memory-bound proof serialization. The latency variance stems from proof size (Groth16 vs. Plonk) and device CPU load. Under 80% utilization, 95th percentile latency stabilizes at 210ms, but spikes to 480ms during concurrent tasks. Adaptive batching reduces average latency by 34% by grouping proofs with similar computational complexity. Real-world deployments in IoT networks show 90% of verifications meet sub-300ms requirements for blockchain consensus participation, validating feasibility for edge-based decentralized applications.
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