Zero-click risk detection

Uncover critical reliability risks as soon as you deploy your service, without running a single test.

Free for 30 days. No credit card required.

Hundreds of finance, retail, and technology organizations worldwide trust Gremlin

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Comprehensive and automatic reliability risk detection

Stay one step ahead of reliability risks by detecting them before they impact your customers. With Detected Risks, Gremlin automatically monitors the services running in your environment for potential failure modes—without requiring any active testing. 

What is a reliability risk?

A reliability risk is anything that jeopardizes a system’s ability to work as expected, such as missing autoscaling rules, limited or no redundancy, and no automatic health checks or liveness probes. Risks have the potential to become incidents or outages in production. Gremlin helps teams proactively find and fix these risks before they can impact your customers.

What risks can Gremlin detect for you?

CPU Requests

Do you have enough CPU reserved for your containers?

Liveness Probes

Are you monitoring your Kubernetes deployments for failed or unresponsive Pods?

Availability Zone (AZ) Redundancy

Are you running at least one instance of your application in another zone or region?

Memory Requests

Do you have enough memory (RAM) reserved for your containers?

Memory Limits

Did you specify an upper boundary to the amount of memory (RAM) your containers can use?

Application Version Uniformity

Are all instances of your application running the same version?


Are any of your Kubernetes Pods stuck in a crash loop?


Are all of your Kubernetes worker nodes able to pull the correct container images?

Init Container Error

Have any of your initialization (init) containers failed?

Unschedulable Pods

Is Kubernetes unable to schedule any of your Pods?

Reveal hidden reliability risks

Modern systems have countless moving parts. The potential for failure is significant and increases as teams move to distributed cloud-native platforms. 

Gremlin continuously monitors your changing environments for common reliability risks, such as missing autoscaling rules, undefined resource limits, and non-redundant services. It then surfaces these risks in an easy-to-understand way, so you can see what areas require your attention.

Surface regressions and recurring issues

As systems change, the chance of a regression grows. Gremlin’s fully automated risk detection processes capture risks as soon as they appear in your environment, letting you know immediately if something’s wrong.

Gremlin tracks these risks over time and also presents them as a team-wide report so you can identify risks across all of your services at once. And as Gremlin’s risk library continues to grow, you’ll get more insights into how reliable your services are—all without having to run a single Chaos Engineering experiment.

Build confidence in your system's resiliency

Engineering teams need to know that their systems can withstand any type of fault at any time. Gremlin helps you understand how your systems behave under any condition, not just ideal conditions.

Environments change over time, especially as systems scale and engineers push new code. Gremlin helps you stay ahead of changing systems and configuration drift with automated, repeated experiments. Confidently push to production knowing that your changes won’t introduce new reliability risks.

Shift from observing to improving

Gremlin enables teams to proactively improve reliability at every stage of maturity.

Custom Chaos Tests & Experiments

Robust, customizable chaos tests to safely replicate any incident scenario.

Standardized Reliability Tests

Pre-built test suite to cover the most common reliability risks. Get started in minutes.

Automated & Scaled Reliability Programs

Standardized scoring tools to identify and prioritize risks, and build reliability programs.

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