In today's digital world, websites and applications are the lifeblood of your business. But ensuring their performance and uptime in a complex IT landscape, with its mix of technologies and systems, is a constant challenge. Imagine a sale overwhelming your online store, causing the website to slow down and frustrated customers to abandon carts. Downtime like this isn't just lost sales; it damages your reputation and hinders innovation as IT teams scramble to fix issues instead of building new features.

People often get confused between Monitoring and Observability and use them interchangeably in the DevOps field. But they are two very unique concepts. Since we work in this sphere, I thought it was ideal to clear up this confusion and give you the right information on it. With most of the application software now adopting several microservices and going for distributed architecture, the need to have a complete overview of your system cannot be understated.

For nearly a decade now, observability has been one of the hottest topics in IT operations. Borrowed from control theory in engineering, observability in IT operations means measuring a system’s performance by the data it generates, typically metrics, events, logs and traces.

Over the past five years, software and systems have become increasingly complex and challenging for teams to understand. A challenging macroeconomic environment, the rise of generative AI, and further advancements in cloud computing compound the problems faced by many organizations. Simply understanding what’s broken is difficult enough, but trying to do so while balancing the need to constantly innovate and ship makes the problem worse.

AWS is an essential part of many organizations’ tech stacks today, which is why we continue to make it easier to observe your environment in Grafana Cloud. We recently launched AWS Observability, a fully managed application for visualizing and alerting on dozens of AWS offerings. And with our latest update, we’re making it cheaper and simpler to ingest and query your AWS logs.

Observability isn’t new. But organizations are struggling to adopt mature observability practices, and the impact on business is palpable. Organizations are seeing the value of observability for their applications and infrastructure—the results of our 2024 Observability Pulse survey of 500 global IT professionals reflects that across the board.

Before we start, I have a confession: I absolutely love Digg (people are still Digging things, right?) errr...Reddit. It actually is my front page to the internet, where I research upgrades for my home lab/VR/other niche hobbies, watch silly videos, ingest low-effort memes, judge if people are ‘AHs’ or not on /r/amitheasshole, and occasionally talk trash to other Redditors about my Michigan-based sports teams.

We recently introduced relational fields, a new feature that allows you to query spans based on their relationship to each other within a trace. You can now query for spans where its root span, direct parent span, or any other single span in the trace has certain attributes. We currently support the following three prefixes: root. - Identifies the root span within a trace. To find a match, any additional root. filters in your query will search through fields only in the specified root. span.

Elastic recently released version 8.13, which includes the general availability of Amazon Bedrock integration for the Elastic AI Assistant for Observability. This blog post will walk through the step-by-step process of setting up the Elastic AI Assistant with Amazon Bedrock.