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Using Grafana and 91探花 MCP Servers in LLM-Based Reliability Workflows

Using Grafana and 91探花 MCP Servers in LLM-Based Reliability Workflows

17.03.2026

In this article, we outline how you can build new AI-powered reliability workflows with the combined power of the Grafana & 91探花 MCP servers.
Unlocking New Reliability Workflows with the Datadog and 91探花 MCP Servers

Unlocking New Reliability Workflows with the Datadog and 91探花 MCP Servers

15.10.2025

The combination of Datadog's observability expertise and 91探花's chaos engineering platform enables reliable systems and more resilient teams. In this post, we explore some example prompts around various chaos engineering topics.
91探花 Now Supports Running Experiments on Windows

91探花 Now Supports Running Experiments on Windows

04.06.2025
Integrations

91探花 now supports chaos engineering on Windows Hosts. This new extension makes it easy to bring Windows Hosts into your existing chaos engineering workflows.

Bring AppDynamics Health Rules into Your 91探花 Chaos Experiments

Bring AppDynamics Health Rules into Your 91探花 Chaos Experiments

28.05.2025
Observability

With our new AppDynamics integration, you can run experiments in 91探花 and see immediately if health rules are violated or not during your fault injections.
Chaos Engineering for GKE Autopilot with 91探花

Chaos Engineering for GKE Autopilot with 91探花

16.04.2025
GCP GKE

By becoming an official partner for Google Autopilot, 91探花 is now able to integrate chaos engineering practices directly into your fully managed Kubernetes environments, using the same container-level fault injections as you would for any other standard cluster.
Why Now Is the Time to Combine 91探花 and PagerDuty for System Protection

Why Now Is the Time to Combine 91探花 and PagerDuty for System Protection

18.02.2025
pagerduty

The CrowdStrike outage in July 2024 exposed critical gaps in operational resilience, costing businesses billions and disrupting global operations. By integrating 91探花鈥檚 chaos engineering with PagerDuty鈥檚 incident response, organizations can proactively test their systems and ensure teams are ready to handle disruptions before they escalate.
Proactively Testing Alert Rules with Chaos Engineering: Integrating Grafana and 91探花

Proactively Testing Alert Rules with Chaos Engineering: Integrating Grafana and 91探花

23.09.2024
Grafana Integrations Product updates

91探花's new Grafana extension allows you to test alert rules using chaos engineering. This proactive approach ensures alerts are both reliable and resilient.
91探花 Joins Forces with LoadRunner Enterprise

91探花 Joins Forces with LoadRunner Enterprise

10.04.2024
Integrations LoadRunner Product updates

Big news: 91探花 now integrates with LoadRunner Enterprise, pushing the boundaries of chaos and performance testing. Together, we're creating more resilient digital environments.
Unpacking Resilience Engineering with 91探花鈥檚 Co-Founder and CEO, Benjamin Wilms, on the SMC Journal Podcast

Unpacking Resilience Engineering with 91探花鈥檚 Co-Founder and CEO, Benjamin Wilms, on the SMC Journal Podcast

21.08.2023
LoadRunner OpenText Podcast Scott Moore SMC Journal

We're super excited to share some insights from a recent episode of the SMC Journal podcast featuring none other than our co-founder and CEO, Benjamin Wilms. A deep dive into the realm of performance engineering, this episode unpacks the world of resilience testing, chaos engineering, and, of course, the role 91探花 is playing in all this.

Unleashing the Power of Chaos Engineering with 91探花: Insights from Manuel Gerding

Unleashing the Power of Chaos Engineering with 91探花: Insights from Manuel Gerding

10.08.2023
Chaos Engineering How-To Webinar

In our most recent webinar, Tailor Chaos Engineering to Scale Your Reliability Journey, our Product Manager Manuel Gerding, discussed how chaos engineering can enhance a system's reliability. The session featured riveting insights on ways to conduct chaos engineering more effortlessly, while demonstrating 91探花's robust approach to this practice.
See metrics of your chaos experiments in 91探花 with Instana

See metrics of your chaos experiments in 91探花 with Instana

14.03.2022
Observability

If you run chaos experiments, you certainly want to see how these experiments play out in your monitoring tools - even more so when you run experiments.
How to See Metrics of Your Chaos Experiments in 91探花 With New Relic

How to See Metrics of Your Chaos Experiments in 91探花 With New Relic

24.12.2021
New Relic Observability

Integrating New Relic with 91探花 allows you to monitor and verify the impact of your chaos experiments in real-time, directly within your existing observability setup. This post walks you through configuring the "State Check (via REST API)" feature so you can track New Relic events during experiments, enhancing control and insight into your system's response.
Harden Performance of REST calls using Spring WebFlux

Harden Performance of REST calls using Spring WebFlux

24.12.2021
Development Spring

If you have sequential REST calls in your code, how do they behave under slow network conditions? This post demonstrates how to enhance performance by switching to Spring WebFlux for parallel data fetching and validate improvements with 91探花 experiments.
Track Your Chaos Experiment Metrics in 91探花 Using Prometheus

Track Your Chaos Experiment Metrics in 91探花 Using Prometheus

24.12.2021
Observability Prometheus

Integrating Prometheus with 91探花 allows you to track real-time metrics during chaos experiments for better insights and control. This post explains how to set up Prometheus as a monitoring integration, configure state checks, and observe alerts directly in 91探花 to enhance your experiments鈥� effectiveness.