An enterprise-grade, lightweight infrastructure layer designed for 0G Labs (Galileo Testnet). This system establishes an autonomous bridge between decentralized storage layouts and the DeAI Ecosystem (Agent ID: #1000091).
The framework executes high-concurrency ingestion benchmarks, utilizes advanced error-decoding primitives under the ERC-8004 standard, and provides automated per-epoch telemetry streaming without human intervention.
- Autonomous Multi-Satellite Dispatching: Coordinates parallel worker wallets with dynamic concurrency bounds (
Semaphore(4)) pushing 350MB physical fragments. - Merkle Root Re-computation: Implements 16-byte tail mutation per chunk to force raw, real-time Merkle tree re-calculation on every ingest attempt.
- ERC-8004 Error Decoding: Evaluates ingress Merkle roots and velocity parameters against fixed physical boundaries, isolating mutated or corrupted telemetry signatures.
- Automated Safety Protocols: Monitors real-time per-epoch drop rates and triggers an automated
Emergency Stopupon detecting anomalous drop thresholds or gas depletion.
The framework was deployed to evaluate the resilience of the public Turbo Indexer (evmrpc-testnet.0g.ai).
- Total Volume Pushed:
280 Sectors(~98 GB Attempted) - Confirmed Ingested Volume:
211 Sectors(~73.85 GB Confirmed Storage) - RPC Uptime:
100%(Zero packet drops onevmrpc-testnet.0g.aiacross Epochs x1–x6) - Critical Termination Point: Epoch x7 Halting triggered by client-side wallet gas depletion (< 0.001 A0GI).
- Telemetry Streaming Loop (
da_stress_test.py): Continuously streams high-frequency data matrices directly into decentralized data availability layers. - Autonomous Error Decoder: Calibrated for immediate verification to isolate rate-limit or gas-exhaustion friction.
- Markdown Bug Report Generator: Automatically aggregates performance metrics and state matrices into structured post-mortem reports.
While the 0G Storage/DA layer demonstrated phenomenal throughput and resilience (absorbing ~74 GB seamlessly), high-frequency real-time DeAI workloads remain heavily bottlenecked by EVM state execution and gas settlement mechanics. Future iterations will explore async off-chain settlement primitives.
This repository is published as an open-source benchmarking tool for the 0G Labs ecosystem. No private keys, internal seeds, or production RPC credentials are committed.# omcp-da-stress-framework-Phase-2 Autonomous ERC-8004 DeAI Fault-Tolerance & Stress-Testing Framework for 0G Storage/DA Layer.