ORCAS: Efficient Resilience Benchmarking of Microservice Architectures
André van Hoorn, Aldeida Aleti, Thomas F. Düllmann, Teerat Pitakrat · 2018
Resilience benchmarking aims to assess a software system's and an organization's ability to cope with failures, e.g., by injecting faults and observing their effects in both, testing and production environments. However, existing resilience benchmarks are ad-hoc and based on randomly injected faults. In this paper, we give an overview of the vision and the current state of our ORCAS approach for a more efficient resilience benchmarking for microservice architectures. ORCAS leverages the following characteristics: i) relationship between resilience patterns, antipatterns, and fault injections; ii) automatically extracted architectural knowledge to generate and refine resilience benchmarks; iii) use of simulations to further reduce the number of benchmarks to execute in testing and production systems.