Phase 3: The Audit Loop & Committing Results Join the 10M-Node Stress Test Simulation Contributing to the Protocol Verification The path to 10 million nodes requires massive amounts of heterogeneous test data. We have simplified the process for community members to run "Audit Swarms" and contribute their performance logs directly to the Sovereign Map GitHub. Step 1: Running the 200-Node Stress Test Use the included master script to spin up a local containerized swarm. This will simulate 200 nodes performing BFT-consensus aggregation. Step 2: Generating Audit Plots Once the simulation completes, use the audit tools to generate your convergence and privacy budget (ε) plots. Step 3: Committing Results (The Proof of Audit) To maintain the transparency of our Audit History, we encourage testers to commit their security-scrubbed logs. Standard Audit Workflow: Fork the main repository. Add your result folder to /audit_results/YYYYMMDD_YourHandle/. Submit a Pull Request with the tag . Example PR Title: [AUDIT] 200-node stress test pass (91.2% accuracy) - @YourHandle Current Audit Milestone Why Commit Your Results? By uploading your , you help the architects tune the Theorem 4 (Straggler Resilience) parameters for various hardware profiles, ranging from ARM-based edge devices to high-performance NPUs. Questions about the audit scripts? Check the Quickstart Guide or open an issue on GitHub.
Phase 3: The Audit Loop & Committing Results Join the 10M-Node Stress Test Simulation Contributing to the Protocol Verification The path to 10 million nodes requires massive amounts of heterogeneous test data. We have simplified the process for community members to run "Audit Swarms" and contribute their performance logs directly to the Sovereign Map GitHub. Step 1: Running the 200-Node Stress Test Use the included master script to spin up a local containerized swarm. This will simulate 200 nodes performing BFT-consensus aggregation. Step 2: Generating Audit Plots Once the simulation completes, use the audit tools to generate your convergence and privacy budget (ε) plots. Step 3: Committing Results (The Proof of Audit) To maintain the transparency of our Audit History, we encourage testers to commit their security-scrubbed logs. Standard Audit Workflow: Fork the main repository. Add your result folder to /audit_results/YYYYMMDD_YourHandle/. Submit a Pull Request with the tag . Example PR Title: [AUDIT] 200-node stress test pass (91.2% accuracy) - @YourHandle Current Audit Milestone Why Commit Your Results? By uploading your , you help the architects tune the Theorem 4 (Straggler Resilience) parameters for various hardware profiles, ranging from ARM-based edge devices to high-performance NPUs. Questions about the audit scripts? Check the Quickstart Guide or open an issue on GitHub.

Phase 3: The Audit Loop & Committing Results Join the 10M-Node Stress Test Simulation Contributing to the Protocol Verification The path to 10 million nodes requires massive amounts of heterogeneous test data. We have simplified the process for community members to run "Audit Swarms" and contribute their performance logs directly to the Sovereign Map GitHub. Step 1: Running the 200-Node Stress Test Use the included master script to spin up a local containerized swarm. This will simulate 200 nodes performing BFT-consensus aggregation. Step 2: Generating Audit Plots Once the simulation completes, use the audit tools to generate your convergence and privacy budget (ε) plots. Step 3: Committing Results (The Proof of Audit) To maintain the transparency of our Audit History, we encourage testers to commit their security-scrubbed logs. Standard Audit Workflow: Fork the main repository. Add your result folder to /audit_results/YYYYMMDD_YourHandle/. Submit a Pull Request with the tag . Example PR Title: [AUDIT] 200-node stress test pass (91.2% accuracy) - @YourHandle Current Audit Milestone Why Commit Your Results? By uploading your , you help the architects tune the Theorem 4 (Straggler Resilience) parameters for various hardware profiles, ranging from ARM-based edge devices to high-performance NPUs. Questions about the audit scripts? Check the Quickstart Guide or open an issue on GitHub.

Phase 3: The Audit Loop & Committing Results Join the 10M-Node Stress Test Simulation Contributing to the Protocol Verification The path to 10 million nodes requires massive amounts of heterogeneous test data. We have simplified the process for community members to run "Audit Swarms" and contribute their performance logs directly to the Sovereign Map GitHub. Step 1: Running the 200-Node Stress Test Use the included master script to spin up a local containerized swarm. This will simulate 200 nodes performing BFT-consensus aggregation. Step 2: Generating Audit Plots Once the simulation completes, use the audit tools to generate your convergence and privacy budget (ε) plots. Step 3: Committing Results (The Proof of Audit) To maintain the transparency of our Audit History, we encourage testers to commit their security-scrubbed logs. Standard Audit Workflow: Fork the main repository. Add your result folder to /audit_results/YYYYMMDD_YourHandle/. Submit a Pull Request with the tag . Example PR Title: [AUDIT] 200-node stress test pass (91.2% accuracy) - @YourHandle Current Audit Milestone Why Commit Your Results? By uploading your , you help the architects tune the Theorem 4 (Straggler Resilience) parameters for various hardware profiles, ranging from ARM-based edge devices to high-performance NPUs. Questions about the audit scripts? Check the Quickstart Guide or open an issue on GitHub.