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When you're instrumenting applications with OpenTelemetry, you'll encounter two core components: the API and the SDK. The API defines what telemetry data looks like and how it is created, while the SDK handles how that data is processed and exported. Understanding this split helps you build more maintainable observability and avoid tight coupling between your business logic and telemetry infrastructure.

Coralogix Transactions are a trace segmentation strategy, unique to the Coralogix platform. They allow users to analyze the performance, over time, of a collection of related spans, across billions of traces. Coralogix has introduced a transactions processor into the OpenTelemetry contrib image, enabling users to activate this unique feature using nothing more than OpenTelemetry configuration.

Distributed tracing data is a unique and powerful observability signal, allowing you to understand how your services interact and the relationships between them. Sometimes it can be difficult, however, to turn raw tracing data into actionable insights. This is exactly why we introduced Grafana Traces Drilldown, an application that lets you quickly investigate and visualize your tracing data through a simplified, queryless experience.

A trace always remembers! Okay, okay. I will try to keep my Game of Thrones references to a minimum throughout this post, but there is a lot of truth to that statement. In observability, a trace is the “when” and “where” of telemetry signals, allowing us to track the state of interactions between services within a microservice architecture. This makes traces the ideal observability signal for discovering bottlenecks and interconnection issues.

We're excited to officially launch our OpenTelemetry instrumentation. AppSignal is now able to expand our observability to a dozen popular languages, frameworks, and tools, giving customers the deep insights they need to monitor their entire stack. In this article, we'll show you how you can use AppSignal and OpenTelemetry to proactively monitor your app.

This was the problem one Bindplane customer had with processing enormous S3-stored log files. Our engineering team tackled the problem head-on, enhancing the S3 event receiver with offset tracking and chaos testing methodologies.

Earlier this year, Grafana Labs donated Grafana Beyla — our open source eBPF-based, zero-code instrumentation tool — to OpenTelemetry under the new project name OpenTelemetry eBPF Instrumentation. In addition to reflecting our deep and long-standing commitment to the OpenTelemetry project, the donation marked a significant milestone in the evolution of zero-code eBPF instrumentation within the open source community at large.