Operations | Monitoring | ITSM | DevOps | Cloud

The term ‘cloud native’ has become a much-used buzz phrase in the software industry over the last decade. But what does cloud-native mean? The Cloud Native Computing Foundation’s official definition is: From this definition, we can differentiate between cloud-native systems and monoliths which are a single service run on a continuously available server. Like Amazon’s AWS or Google Azure, large cloud providers can run serverless and cloud-native systems.

Monitoring of released software is an essential part of its lifecycle. There are various tools for monitoring software, but Prometheus is definitely a favorite tool for monitoring different metrics for your application. It allows you to collect metrics, process, filter, aggregate, and finally represent them in a human-readable format.

Given the millions of registered Unity developers worldwide, Unity is arguably the most popular engine used to develop games. But, whether you’re building the latest FPS or a turn-based classic, you need visibility in how your game is performing on a gamer’s device. More than 800 game development and platform companies rely on Sentry, from OutFit7 to Riot, Epic Games, and Unity.

NS1 is an intelligent DNS and traffic management platform that helps optimize the performance of your network infrastructure and speed application delivery to your end users. Since even a small increase in service latency can lead to churn and revenue loss, it’s critical to remove any inefficiencies embedded in basic network functions. NS1 helps ensure high performance for name resolution and routing through support for the edns0-client-subnet (ECS) DNS extension and for Filter Chain technology.

The NiCE DB2 Management Pack 5.0 is an enterprise-ready Microsoft SCOM add-on for advanced IBM Db2 monitoring. It supports the Db2 system, application, and database administrator in centralized IBM Db2 health and performance monitoring to improve user experience and business results. The Management Pack provides clear and precise performance indicators and timely alerts enriched by pinpointing problem identification and troubleshooting information.

For even the most successful IT organizations, providing innovative solutions is only half the battle. There’s one thing that matters above all else when it comes to solving IT problems: the perspective of the employees.

With the demand to meet service level agreements (SLAs), any on-call SRE can tell you that incidents always happen at the wrong time. Things break when you least expect them to (on a date, about to beat a new level in a video game, pizza delivery just arrived, asleep at 3am). During these inopportune moments, you want to make sure it's easy to get the data you need, no matter which device is nearby.

For you, one or more of these statements (and / or challenges) likely apply to you, and the organization for which you work. Which of these are you hearing or saying? Splunk can help you with these in many ways. Today, I am highlighting one way to address many of these statements, specifically with the Content Pack for Splunk Observability Cloud.

The primary goal of OpenTelemetry (OTEL) is to offer vendor-neutral ways of application instrumentation such that customers are able to switch between Telemetry backends. There are three main components of OpenTelemetry: OpenTelemetry SDK, OpenTelemetry API, and OpenTelemetry Collector. In this blog, we will be covering the architecture, deployment, and best practices of consuming an OTEL collector.