Release 1.41.0: Netdata Agents and Parents now have a new UI!
Netdata Agents and Parents now have a new UI! Steady to our schedule, this is another great Netdata release!
Netdata Agents and Parents now have a new UI! Steady to our schedule, this is another great Netdata release!
In the previous article, we talked about Distributed Tracing with MuleSoft APIs using OpenTelemetry. In this post, we’ll go through the process of integrating Distributed Tracing with MuleSoft APIs using OpenTelemetry via a proxy server. The purpose of this article is to demonstrate how we can instrument a legacy mule app with open telemetry without making changes to the existing app. Here, we’re showing an example of getting data from a header as well as a query parameter.
There’s no end in sight for the more-than-fair share of technological advancements the telecommunications sector has seen. And with change, comes challenges. The infrastructures that establish digital communication and connectivity that nearly everyone depends on are in regular, ongoing need of upgrades, which calls for significant investments in building and maintaining them. Much of the relevant decision-making comes from Communication Service Providers (CSPs).
According to the Uptime Institute’s 2022 Outage Analysis report, one out of every five companies has experienced a “serious” or “severe” incident over the past three years—a percentage that’s increasing. Those incidents are expensive: over 60% cost more than $100,000, while 15% set their companies back close to $1 million.
Grafana Labs has always been actively involved in the OpenTelemetry community, even working with the predecessor projects OpenTracing and OpenCensus. We have been supporting OTLP as the primary input protocol for our distributed tracing project, Grafana Tempo, since its inception, and our Grafana Agent embeds parts of the OpenTelemetry Collector.
AJ Stuyvenberg is a Staff Engineer at Datadog and an AWS Serverless Hero. A version of this post was originally published on his blog. In AWS Lambda, a cold start occurs when a function is invoked and an idle, initialized sandbox is not ready to receive the request. Features like Provisioned Concurrency and SnapStart are designed to reduce cold starts by pre-initializing execution environments.