How to Build Observability Pipelines with Grafana Alloy

Telemetry collection can turn chaotic fast - multiple collectors, complex configs, and way too much juggling just to keep things running. What if you could use Grafana Alloy to bring logs, metrics, traces, and profiles together, all in one place? 🎥 Watch this episode to learn what Alloy is, where it fits in your observability stack, and how it can make telemetry collection a whole lot easier. https://lnkd.in/dX_RKnyA

New updates to the Power Analysis Calculator just dropped 🤩 Wondering how long to run an experiment and what metric lifts you can confidently detect? 🍋 Our Power Analysis Calculator takes the guesswork out of planning and lets you pre-determine experiment parameters to optimize your test duration. 👉 Now, all your metrics are in one view - instantly see how MDEs (minimum detectable effect) change over time and how long it takes to reach your target MDEs across all monitoring metrics! 🔗 You can share results with your team so they can easily reuse the same setup. Watch the demo by PM Kaz Haruna and try it out under the Experimentation tab today!

Exploring cislunar space just got easier! This minimum-time low-thrust transfer was created with our open-source Pumpkyn Toolbox, now available on the MathWorks File Exchange and GitHub for Halloween! 🔗https://lnkd.in/gnVrnSFM 🔗https://lnkd.in/gfKwiPxE

A new Mazak Minute on YouTube!🔥 In this episode, Mike Zillich breaks down Mazak’s new Smooth Chamfering control feature — showing you step-by-step how it works and why it’s a game-changer for improving programming efficiency and part quality. Watch the full episode here 👇 🔗 https://hubs.la/Q03NlFDl0

Prefer kubectl over Helm? This video shows you how to install LitmusChaos using kubectl manifests. You’ll learn: • Downloading and applying Litmus manifests • How to access the Chaos Center after setup Watch here: 👇

🌱 From Curiosity to Creation: My Vector Mechanics Calculator A few weeks ago, I challenged myself to build something small but meaningful a Vector Mechanics Calculator. It started as a way to understand how forces and directions interact, but it became much more than that. Through this project, I learned how simple ideas can grow into powerful lessons. I spent hours debugging, rewriting logic, and learning the physics behind every equation. Somewhere along the way, I realized, this is what growth feels like. What I built may not be perfect, but it represents progress. And to me, that’s everything. There's a demo below to see how it works If you’d like to see it, I’ve shared the project on my GitHub, I’d love your thoughts and feedback: https://lnkd.in/eamhk2xs

This course will teach you the fundamentals of Text Input in SOFiSTiK FEA. You will hear about the Text Editor, the Input Structure and the Syntax CADiNP. Every lesson introduces you to new commands and input options while working on your first script. More than 60 lessons with 7h video content waiting for you to dive into the most powerful input option of SOFiSTiK FEA. Learn about the powerful text input of SOFiSTiK that can help you to optimise workflows and increase your efficiency! https://lnkd.in/dHGuCQUB

Tuist is environment agnostic, giving you the freedom to pick your CI provider. Yet we are aware of the environment where you run it, because that allows us to build integrations that enhance the developer experience. Here’s an example:

Emin explains the intricate relationship between Go's memory management and Kubernetes resource limits. He discusses: 1. Go's garbage collector behaviour 2. Go's interaction with containerized environments 3. Memory allocation when it exceeds container limits. This episode offers insights into the complexities of running Go applications in Kubernetes and highlights the importance of understanding language runtime behaviour in containerized environments. Watch the full episode: https://ku.bz/7fnF-tJ8R

🚀 Exciting news for the LitmusChaos community! The “Getting Started with LitmusChaos” playlist is now available on the LitmusChaos YouTube channel! 🎥 It’s a 10-part series that walks you through everything — from setting up LitmusChaos and exploring the ChaosCenter to creating probes, trying different installation methods, and running your first chaos experiment. Massive kudos to Pritesh Kiri for putting this together with such clarity and detail 👏 It’s an excellent resource for anyone looking to dive into chaos engineering with LitmusChaos. Check it out and share your feedback or suggestions 💬 https://lnkd.in/gg9fM9mH