Operations | Monitoring | ITSM | DevOps | Cloud

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Release Roundup March 2024: More ways to discover and test your services

2024 is off to a fast start here at Gremlin. Since our last release roundup, we’ve released new experiment types, new features to improve integration with cloud platforms, and improvements to our auto-detection processes. Now you can push processes to their limits, find dependencies even easier, limit when tests can be run, and much more. We also introduced a slew of platform improvements to improve efficiency, performance, and user experience in the Gremlin web application.

OpenTelemetry and Elastic: Working together to establish continuous profiling for the community

Profiling is emerging as a core pillar of observability, aptly dubbed the fourth pillar, with the OpenTelemetry (OTel) project leading this essential development. This blog post dives into the recent advancements in profiling within OTel and how Elastic® is actively contributing toward it. At Elastic, we’re big believers in and contributors to the OpenTelemetry project.

Instrumenting Lumigo for Python using OpenTelemetry

Standardized frameworks play a fundamental role in leveling the playing field and setting the standard within the tech industry, ensuring that everyone has access to the same tools and practices. These frameworks promote best practices and foster innovation and collaboration across different sectors. One example of such a framework is OpenTelemetry, a project that has rapidly gained traction and continued to flourish as an open-source initiative under the Cloud Native Computing Foundation (CNCF).

Part 3: Infrastructure Monitoring Tools

From networking and servers to databases and applications, the infrastructure is the backbone of an organization's operations. With the rise of digitalization, the need for reliable and efficient infrastructure has become more important than ever. Whether it be transportation systems, communication networks, or energy grids, infrastructure plays a vital role in keeping our society functioning smoothly.

Introducing Device Vitals

Memfault would like to introduce you to Device Vitals. To ensure that your product maintains its quality even after it is launched, it is crucial to monitor three key indicators for your devices in the field: stability, connectivity, and battery life. By collecting Device Vitals, you can have access to valuable data that helps you understand the overall health of your fleet and the quality of your product.

How to get Memfault Device Vitals up and running on an MCU (ESP32) - Integration Walkthrough

In this video Memfault Field CTO Thomas will walk you through each step to get your MCU based device integrated on Memfault and reporting crash data and our newly released, Device Vitals into Memfault. This walk through is using an ESP32 based device but the same principles can be applied to any MCU and we have lots of guidance available for different chipsets in our technical documentation.

Measure Embedded Device Quality in the Field with Ease

François Baldassari reveals our biggest product release yet. This pivotal launch marks a new era in IoT device performance monitoring, ensuring unparalleled insights into software stability, battery health, and connectivity— the three critical aspects of device vitality. Our latest breakthrough allows for the precise evaluation of your devices' quality, enabling swift identification and resolution of any issues. With François leading the charge, explore how our newest innovation empowers you to.

APM Metrics: The Ultimate Guide

How your software applications perform is an extremely important factor in determining end-user satisfaction. APM metrics are the key indicators that help business-critical applications achieve peak performance. This article explains APM metrics, their importance, and the core APM metrics used by modern software systems to measure and optimize the performance of their applications.