Bitcoin IoT Payment System Stress Testing

We simulate high-volume microtransaction bursts to measure system throughput and confirm sub-second finality for IoT payments. Identifies bottlenecks in your mempool management and block propagation.

Tests system behavior under network splits, delayed block propagation, and intermittent connectivity—common in IoT environments. Validates your fork choice rules and transaction reconciliation logic.

Models volatile Bitcoin fee environments to ensure your IoT devices can broadcast transactions reliably during network congestion. Optimizes fee estimation algorithms for cost efficiency.

Emulates resource-constrained IoT devices (low memory, CPU) and adversarial conditions like malformed PSBTs or invalid signatures. Ensures robustness at the network edge.

Deploys controlled adversarial loads, including double-spend attempts, transaction flooding (DDoS), and malformed data injection to harden your system's security posture.

Executes sustained load over 72+ hours to monitor for memory leaks, database growth, and system degradation. Provides actionable insights for production scaling and maintenance.

Deploy a system proven to handle your exact transaction volume and device load. We deliver a hardened, scalable architecture blueprint, not just a list of theoretical limits.

Launch with confidence. Our testing identifies and documents security flaws in payment logic, key management, and data integrity before they impact your users or funds.

Eliminate scaling surprises. We model and validate your system's performance under peak load, providing clear metrics for transaction cost (sats/op) and latency at scale.

Documented proof of system resilience for auditors and partners. Our reports provide the evidence needed for financial compliance and enterprise security reviews.