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The Sovereign Mohawk Protocol Notebook on Zerve AI serves as the primary High-Density Stress Test and Stability Audit environment for the Mohawk SDK v2.0. It provides a containerized, reproducible workspace where the protocol's formal proofs are validated against simulated 10M-node workloads.🔬 Core FunctionalityThe notebook is structured into a logical "Audit Loop" that mirrors the protocol's verification stack:SDK Verification: Running a comprehensive 57-case test suite that mocks the Go C-shared library to validate every public API method, from zk-SNARK verification to TPM 2.0 attestation.Federated Learning Simulation: Orchestrating 20-node training rounds using synthetic classification data to track real-world convergence, loss reduction, and accuracy gains.Stability Analysis: Generating convergence heatmaps and stability reports that monitor gradient divergence spikes and loss oscillations.Communication Optimization: Calculating overhead savings by simulating early stopping and adaptive round scheduling, which has demonstrated a 50% reduction in total communication bytes.🛡️ Verified ProofsThe environment is used to produce the data for the protocol's "Six-Theorem" stack, specifically:Theorem 1 (BFT): Validating the 55.5% Byzantine Fault Tolerance.Theorem 2 (Privacy): Monitoring the SGP-001 Privacy Budget to ensure $ε = 0.98$ compliance.Theorem 5 (Performance): Benchmarking zk-SNARK validation times, currently clocked at < 1ms in the Mock-FFI baseline.