DePIN Mainnet Launch Stress Test Suite

Simulate network activity at 10x your projected peak user load to validate transaction throughput, block propagation, and mempool behavior under extreme stress.

Model malicious or faulty nodes (e.g., byzantine failures, eclipse attacks) to test consensus stability and network partition tolerance under attack.

Trigger edge-case conditions like memory leaks, CPU spikes, and storage I/O saturation to identify and harden against denial-of-service vulnerabilities.

Force rapid state bloat and simulate deep chain reorganizations to ensure your node software handles worst-case synchronization and storage scenarios.

Simulate failures and latency in external dependencies (bridges, oracles, L1s) to ensure graceful degradation and failover mechanisms in your DePIN logic.

Generate detailed performance reports against your target SLAs for block time, finality, and API latency, providing auditable proof of network readiness.

We simulate real-world adversarial conditions to validate your network's stability, ensuring it can handle peak transaction volumes and node churn without degradation.

Stress test your consensus mechanism against Byzantine faults and Sybil attacks. We verify block finality and data availability under extreme network partitions.

Model and test your tokenomics under high demand. We identify bottlenecks in fee markets and gas mechanisms to prevent congestion and unpredictable costs at launch.

Test the complete node deployment and staking lifecycle at scale. We ensure your orchestration tools and documentation enable smooth, rapid network growth.

We establish performance baselines and monitoring dashboards, giving your DevOps team the tools to maintain network health and quickly diagnose issues post-launch.

We simulate millions of concurrent device connections and data transactions to validate your network's capacity limits and identify performance bottlenecks under peak load.

We model adversarial behavior, including Sybil attacks and token incentive manipulation, to ensure your network's cryptoeconomic design is robust and resistant to exploitation.

We deliberately induce hardware failures, network partitions, and geographic latency to test your system's fault tolerance and self-healing capabilities.

We validate the integrity, scalability, and cost-efficiency of your off-chain data pipelines, storage layers (IPFS, Filecoin, Arweave), and indexing solutions.

Receive a comprehensive, actionable report with prioritized findings, performance benchmarks, and a clear roadmap to mainnet launch confidence.