Gremlin

05/12/2023

So you've migrated your monolithic application to a microservices architecture. But soon after hitting deploy, you started noticing problems.

Services take a long time to start, failures cascade from one container to the next, and small changes involve redeploying the entire application. Weren’t microservices supposed to solve these problems?

If this sounds familiar, you might have fallen into a common microservice anti-pattern: the distributed monolith. In this on-demand webinar, you will learn how to avoid this all-too-common anti-pattern by using Chaos Engineering. https://go.gremlin.rocks/43ALOCy

05/11/2023

Reliability doesn’t have to mean constant firefighting, long hours, and burnout. Read this whitepaper and find out how to stop outages before they happen. https://go.gremlin.rocks/3p1Kfh8

05/10/2023

As Chaos Engineering becomes a mainstream practice for companies who value uptime and availability, engineering teams naturally start debating whether they should build their own tools in-house, or buy a commercial offering.

Since we get the “build vs buy” question frequently, we wrote this resource for teams that are ready to adopt Chaos Engineering and want guidance on the best strategy. https://go.gremlin.rocks/41hzjdv

Learn the benefits and drawbacks of building or buying a Chaos Engineering tool.

05/09/2023

While Kubernetes is designed for reliability, that doesn't mean reliability is guaranteed. There are still many ways that a Kubernetes cluster can fail.

Containers, hosts, and even the cluster are susceptible to many kinds of faults. These faults aren't obvious, and because of how dynamic and complex Kubernetes is, new and unique faults can emerge over time.

Learn how to use Chaos Engineering to proactively test the reliability of your Kubernetes clusters and ensure your workloads can run reliably, even during a failure. https://go.gremlin.rocks/41fbKSG

05/04/2023

Stopping outages before they happen doesn’t have to be complicated. Check out this free spreadsheet template and learn how it can help get buy-in from your team. https://go.gremlin.rocks/3p1Kfh8

04/27/2023

What do Site Reliability Engineers do, and what exactly are they responsible for within an engineering organization?

Whether you are a new SRE looking for clarification on your job responsibilities or a company looking for guidance as you create a new SRE function, this resource will shed light on some general trends.

You will learn how SRE teams tend to organize themselves, how SRE differs from DevOps and how they use Chaos Engineering to support their purpose of keeping systems reliable.

Site Reliability Engineering teams are made up of people from diverse technical backgrounds who work together toward the common goal of keeping systems and services reliably available.

04/26/2023

As Chaos Engineering becomes a mainstream practice for companies who value uptime and availability, engineering teams naturally start debating whether they should build their own tools in-house, or buy a commercial offering.

Since we get the “build vs buy” question frequently, we wrote this resource for teams that are ready to adopt Chaos Engineering and want guidance on the best strategy. https://go.gremlin.rocks/41hzjdv

Learn the benefits and drawbacks of building or buying a Chaos Engineering tool.

04/25/2023

While Kubernetes is designed for reliability, that doesn't mean reliability is guaranteed. There are still many ways that a Kubernetes cluster can fail.

Containers, hosts, and even the cluster are susceptible to many kinds of faults. These faults aren't obvious, and because of how dynamic and complex Kubernetes is, new and unique faults can emerge over time.

Learn how to use Chaos Engineering to proactively test the reliability of your Kubernetes clusters and ensure your workloads can run reliably, even during a failure. https://go.gremlin.rocks/41fbKSG

Everything you need to safely, securely, and simply run Chaos Engineering experiments on Kubernetes.

04/24/2023

Learn to distinguish between minor incident risks with little impact and probability versus risks that are likely to become catastrophic outages using Gremlin’s Reliability Tracker.

Join tomorrow's webinar - Navigating the Minefield: Finding and Fixing Your Hidden Reliability Risks - for your copy of the Reliability Tracker and step-by-step instructions on how to use it! https://go.gremlin.rocks/3GA3X9G

04/20/2023

Spend less time fighting incident fires!! Designed by reliability and chaos engineering experts, Gremlin’s Reliability Tracker gives you a working reliability map of your organization's services and most likely failure scenarios to get ahead of outages.

Attend our upcoming webinar - Navigating the Minefield: Finding and Fixing Your Hidden Reliability Risks - on April 25 @ 11am PT / 2pm ET for your copy of the Reliability Tracker and step-by-step instructions on how to use it. https://go.gremlin.rocks/3GA3X9G

04/19/2023

Chaos Engineering involves running thoughtful, planned experiments that teach you how your systems behave in the face of failure before they become outages in production.

Whether you are just considering Chaos Engineering or need a refresher, here's everything you need to know. We cover what it is, how it works, use cases, metrics and much more. https://go.gremlin.rocks/3omQCvj

04/18/2023

Searching for the right Chaos Engineering tool, but bogged down by all the noise and hype on the internet?

We work with Reliability Engineering teams at hundreds of companies with the most sensitive workloads—and have since 2016. Installed in virtually every environment, and with millions of Chaos Engineering experiments under our belt, we’ve heard it all.

So to make things easy for you, we’ve put together a list of the top Chaos Engineering tool myths we hear and the reality you need to know. https://go.gremlin.rocks/3omOKma

Take a look at four Chaos Engineering tool myths—and figure out how to find the right Chaos Engineering for your team.