What is Chaos Engineering?

Chaos Engineering is the practice of experimenting on a system to build confidence in its capability to withstand turbulent conditions in production. It involves simulating real-world conditions to identify potential weaknesses and improve system reliability.

How can I design and run experiments using your platform?

Our platform allows you to easily design, customize, and execute experiments. You can create scenarios that simulate various real-world conditions, helping you understand how your systems behave under stress and ensuring optimal performance.

What does managing system complexity involve?

Managing system complexity involves gaining clarity and control over your infrastructure. Our platform provides tools to visualize dependencies, monitor performance, and streamline operations, enabling you to handle complex systems with ease.

How do you ensure access control and define blast radius?

We offer granular access control features that allow you to protect critical systems effectively. By defining the blast radius of your experiments, you can limit the impact of any failures and safeguard essential components of your infrastructure.

What is continuous verification and why is it important?

Continuous verification ensures that your systems remain stable and resilient throughout their lifecycle. Our platform provides ongoing assessments and expert guidance at every step, helping you identify issues proactively before they affect your operations.

Can this platform help optimize my system's performance?

Yes, our Chaos Engineering platform is designed not only for testing but also for optimization. By running experiments and analyzing results, you can uncover insights that lead to improved system performance and enhanced resilience.

How can I customize my experiments to fit specific scenarios?

Our platform allows you to tailor your experiments by defining parameters that mimic real-world conditions. You can adjust variables such as load, latency, and failure modes to closely represent the scenarios you want to test.

What tools are available for monitoring during experiments?

We provide a suite of monitoring tools that integrate seamlessly with our platform. These tools allow you to track system performance metrics, visualize data in real-time, and receive alerts on anomalies during your experiments.

How does your platform support team collaboration during testing?

Our platform includes features that facilitate team collaboration, such as shared dashboards, experiment templates, and role-based access controls. This ensures that all team members can contribute effectively while maintaining security and organization.

What kind of expert guidance is available for users new to Chaos Engineering?

We offer comprehensive resources including tutorials, best practice guides, and access to expert consultations. Our team is dedicated to helping you understand Chaos Engineering principles and effectively implement them within your organization.

Chaos Engineering Platform for System Resilience & Optimization

🔥 Real-World Examples: Explore Our Salesforce & ManoMano Case Studies! 🔥 Read Now

Chaos Engineering Platform

for Next-Level Reliability and Resilience

See how Steadybit makes it easy and safe to bring chaos experiments to pipelines across your organization.

Explore Product Walkthrough

Screenshot of Steadybit's experiment dashboard, featuring experiment configuration with metrics like 'Fulfilled POD Count,' HTTP calls, and Redis latency tests. Various templates and system configurations are shown for Kubernetes deployments.

Design, Customize, and Run Experiments

Create and execute experiments to simulate real-world conditions and test system resilience. Whether using pre-built templates or custom designs, Steadybit’s intuitive tools help you stress test and optimize performance.

Key Features:

Drag-and-drop interface for easy experiment creation
Pre-built templates to test common failure scenarios
Full control over parameters with real-time feedback
Validate targets and simulate complex scenarios effortlessly

Benefit:
This gives teams a straightforward way to simulate potential failures, understand how their systems react under stress, and improve resilience.

Screenshot of Steadybit's system discovery dashboard displaying 984 discovered targets across various types, including 7 hosts, 453 Kong routes, 76 Datadog monitors, 80 Kubernetes deployments, and 182 containers. The visual shows interconnected nodes representing different system components and their relationships.

Manage System Complexity

Gain clarity and control over your infrastructure with Steadybit’s dynamic visualization tools, allowing you to map system components, relationships, and identify vulnerabilities.

Key Features:

Automatically discover and visualize system components
Real-time insights into system architecture and dependencies
Identify and prioritize weak spots for improved reliability

Benefit:
This ensures teams can easily navigate complex systems, understand dependencies, and address potential risks before they lead to incidents.

Screenshot showing a validation screen for scheduling Kubernetes pods across AWS Zones. The interface highlights recommendations for redundancy, including simulating an outage of a zone and checking pod deployment across multiple zones. Validation actions and experiment creation options are also shown.

Continuous Verification and Expert Advice

Ensure system stability and resilience at every step. Steadybit integrates seamlessly into your CI/CD pipeline and offers expert reliability advice based on ongoing tests and past performance data.

Key Features:

Continuous verification through automated tests
Built-in reliability insights and recommendations
Integration with CI/CD pipelines for real-time validation

Benefit:
This helps teams continually verify system performance, improve reliability with every release, and learn from past incidents.

Control Access and Define Blast Radius

Protect your critical systems with granular access control and safe experimentation boundaries. Steadybit allows you to limit the blast radius of experiments and ensure only authorized personnel can run them.

Key Features: