Chaos Engineering Services

Building confidence in the system's capability to withstand unexpected conditions

How Chaos Engineering Can Benefit You?

Improve System Resilience (Performance, Availability and Fault Tolerance)
Conduct Chaos Experiments for Better Immunity
Take Proactive Measurements
Reduce Blast Radius for Steady State
Reduce Risk Mitigation with Chaos Testing
Achieve Faster Mean Time to Resolution (MTTR)

Chaos Engineering Process

Principles of Chaos Engineering

Build Testing vs Chaos Engineering

Build Testing

Build Testing

  • Specific Approach to test known conditions.
  • Tests are binary to determine whether a property is true or false.
Chaos Engineering

Chaos Engineering

  • Practice to generate new information.
  • Tests determine various conditions and generate subjective information.

Certified Tools

Certified Infrastructure Platforms

Platforms

Our Approach

Key Steps of Chaos Experiments

Chaos Approach 01

Stimulate an environment using the variables to approve or disapprove the set hypothesis.

Chaos Approach 02

Manage a blast radius to ensure that the result from the experiment is contained and minimized.

Chaos Approach 03

Introduce variables that reflect real world events such as server crash, network and traffic issues.

Chaos Approach 04

Identify metrics and values to define the state of the system.

Chaos Approach 05

Hypothesize if it will work for control and experimental groups.

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Discover how our experts conduct Chaos Engineering experiments that can help to create a steady state for your distributed systems resulting a robust platform and maximizing your return on investment. Connect with our team to learn more.

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