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XLS-0075d: Permission Delegation Performance Test Report
- Permission Delegation is a proposed amendment to the XRPL that allows selective delegation of transaction permissions to other accounts, enhancing account usability while maintaining security.
- RippleX performance team conducted benchmarking to assess Permission Delegation's impact on ledger throughput, validation times, and network stability.
- The testing objective was to evaluate transaction performance involving permission delegation under high-load conditions and to maintain a 5-second consensus latency threshold.
- The testing setup involved a private XRPL environment with 9 nodes matching Ripple's MainNet specifications, ensuring uniformity and appropriate configurations.
- A large-scale dataset was created to simulate real-world delegation scenarios, with delegating accounts assigning permissions to delegated accounts across various transaction types.
- Different load scenarios were modeled, including DelegateSet transactions, standard payment transactions, and permission delegation payments to assess network capacity and performance.
- Results showed that Permission Delegation did not significantly impact XRPL's performance metrics, maintaining stable throughput levels and meeting consensus latency targets.
- Even under demanding conditions with mixed transaction loads, XRPL consistently handled transactions above 158 TPS and exhibited minimal performance variations.
- Memory usage slightly increased with Permission Delegation, but overall system resources remained within expected ranges, validating its safe integration into rippled implementation.
- Permission Delegation offers enhanced account management capabilities and supports new use cases without compromising network stability, ensuring XRPL's robustness and scalability.
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