Identify and understand issues that users encounter over time and versions to enhance the overall user experience. Monitor and analyze errors that occur on the client-side during real user interactions with your website or web application. RUM allows you to optimize your website’s overall performance using four types of functionalities for monitoring web and mobile applications. By integrating a JavaScript snippet into web pages, RUM captures data from users’ browsers, allowing website owners to identify performance issues, optimize user experience, and make data-driven decisions for improving their website’s overall performance. It tracks metrics such as page load times, network requests, and user interactions to provide insights into the actual user experience. RUM is a web performance monitoring technique that collects data on how real users interact with a website or web application. Whether you’re looking to optimize your app’s performance, reduce downtime, or simply improve your user experience, RUM provides the tools and insights you need to optimize engagement with your application. What’s more, this feature is powered by our Streama© technology, allowing your data to run on the Coralogix monitoring pipeline, at a third of the cost, without prior indexing. This means that you can quickly identify the root cause of any problems and resolve them with cross-stack context, reducing your mean time to resolution and improving your overall service quality. RUM is designed to be as seamless as possible, correlating every user journey with backend metrics, traces, logs, and network performance data. With RUM, you can gain a comprehensive understanding of how your application performs across a variety of browsers, devices, and networks, allowing you to quickly detect issues that might be affecting your users’ experience. Security Traffic Analyzer (STA) DashboardsĬoralogix’s Real User Monitoring (RUM) is an advanced monitoring solution that provides unparalleled visibility into your application’s frontend performance, all from the perspective of real users in real time. Kubernetes Context Enrichment w/Coralogix STA STA: Capturing Network Traffic into Cloud StorageĪuto-Generated Custom Enrichments Service Kubernetes with Fluent Bit (Without Helm) Queue Storage: Microsoft Azure Resource Manager (ARM)Įvent Hub: Microsoft Azure Resource Manager (ARM)īlob Storage via Event Grid: Microsoft Azure Resource Manager (ARM)

Tail Sampling with Coralogix & OpenTelemetryĪzure Resource Manager (ARM) Integration Packagesĭiagnostic Data: Microsoft Azure Resource Manager (ARM)Īzure Blob Storage via Event Grid Terraform Module Tail Sampling with OpenTelemetry using Docker Compose Tail Sampling with OpenTelemetry using Kubernetes Monitoring Windows Server using Otel & Prometheus Running OpenTelemetry as a CLI Application Kubernetes Complete Observability: Basic Configuration Introduction to Kubernetes Observability using OpenTelemetry Kubernetes Complete Observability: Advanced Configuration Tutorial: Install and Configure Filebeat to Send Your Logs to Coralogix

OpenTelemetry Lambda Auto InstrumentationĪWS Kinesis with Lambda Function Terraform ModuleĪWS CoudTrail Log Collection via SNS Trigger Send Logs using AWS Kinesis Data FirehoseĪWS CloudWatch Metric Streams with Kinesis Data FirehoseĪWS Kinesis Data Firehose Terraform Module Snyk Vulnerability Monitoring with Coralogix Shipping Snowflake Logs and Audit Data to Coralogix

Elk stack log4j