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Resilience & Chaos Testing

About Resilience & Chaos Testing

About Resilience & Chaos Testing illustration

In today's complex, distributed systems, failures are inevitable. The question is not if a component will fail, but how your system will react when it does. Our Resilience & Chaos Testing service proactively prepares you for the unexpected. Inspired by Chaos Engineering, we conduct controlled experiments to deliberately inject failures into your system—like shutting down a service or introducing network latency. The goal is to test your system's fault tolerance and verify that it can gracefully handle and recover from these failures without a catastrophic outage. This practice moves beyond traditional performance testing to build true confidence in your application's ability to withstand real-world turbulent conditions and maintain high availability for your users.

Our Framework

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Step 1

Define Steady-State Behavior

We first establish a baseline of your system's normal, healthy behavior. We define key business and technical metrics that indicate the system is operating correctly under normal conditions, which will be our point of comparison.

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Step 2

Formulate a Hypothesis

We hypothesize what will happen when we introduce a specific failure. For example, "We believe that if the primary database fails, the system will switch to the read-replica within 30 seconds with no user-facing errors.

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Step 3

Inject a Real-World Failure

In a controlled, non-production environment, we run the chaos experiment by injecting the failure. This could be terminating a server instance, blocking network access to a key service, or maxing out a resource like CPU or memory.

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Step 4

Verify and Measure the Impact

We closely monitor the system to see if our hypothesis was correct. We measure the impact on the steady-state metrics, looking for signs of graceful degradation, successful failovers, and the activation of self-healing mechanisms.

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Step 5

Analyze, Improve, and Repeat

We analyze the results of the experiment. If the system did not behave as expected, we provide detailed recommendations to improve its resilience. The process is then repeated to continuously harden the system against failure.

Our Expertise

Our Expertise illustration
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Turn Major Outages into Minor Incidents

By proactively finding and fixing weaknesses in your recovery mechanisms, you can prevent a small component failure from causing a site-wide outage.

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Build a Truly Fault-Tolerant System

Chaos testing is the ultimate way to validate your high-availability and disaster recovery strategies, building real confidence in your system's resilience.

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Master the Complexity of Microservices

For complex, distributed architectures like microservices, chaos testing is essential for understanding and improving how the system behaves as a whole.

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