> ## Documentation Index > Fetch the complete documentation index at: https://docs.germainux.com/llms.txt > Use this file to discover all available pages before exploring further. # Mulesoft Observability > Monitor the availability, responsiveness, usage, and failures of MuleSoft APIs and integrations to identify conditions affecting connected applications. Components [`Engine`](https://docs.germainux.com/main/germain-ux-engine) [`JS Profiler`](https://docs.germainux.com/main/germain-ux-js-profiler) [`RPA Bot Recorder`](https://docs.germainux.com/main/germain-ux-rpa-bot-recorder) [`RUM JS`](https://docs.germainux.com/main/germain-ux-rum-js) Availability 2017.1 or later **Monitor MuleSoft API Availability, Performance & Reliability with GermainUX** > [!NOTE] > > GermainUX provides real-time **Observability, Analytics, Alerting, and Automation for MuleSoft API integrations** > [card] [Monitoring Overview](#monitoring-overview) > > Availability, usage and failures > [card] [Throughput & Usage Monitoring](#throughput-&-usage-monitoring) > > API volume and traffic > [card] [Data Ingestion from MuleSoft](#data-ingestion-from-mulesoft) > > Pushing telemetry into GermainUX > [card] [Deployment](#deployment) > > Publishing from MuleSoft flows ## Monitoring Overview Monitor the availability, responsiveness, usage, and failures of MuleSoft APIs and integrations to quickly identify conditions affecting connected applications and business workflows. ### Visibility Scope GermainUX provides visibility across: Application MuleSoft API / Integration Downstream Service ## API Availability Monitoring Continuously monitor the availability of MuleSoft APIs and integrations. GermainUX helps teams identify when: * An API becomes unavailable * An integration fails * A downstream dependency prevents successful processing * API accessibility degrades Availability can be analyzed over time and correlated with other monitored applications and services. ## Response Time Monitoring Monitor MuleSoft API response times to identify slow integrations and performance degradation. GermainUX can help teams: * Track API response times * Detect slowdowns * Identify performance trends * Analyze periods of degraded responsiveness * Compare API performance over time This helps teams identify APIs or integrations that may be contributing to slow application workflows. ## Transaction Performance Comparison When analyzing a slow or failed MuleSoft API or integration, use Comparison to compare its performance with another execution of the same API or integration, such as the fastest, slowest, most recent, first seen, or last seen. Comparison can reveal: * Differences in execution time for the same MuleSoft API or integration * Which steps, flows, or downstream services caused the slowdown * Performance differences between successful and failed MuleSoft API requests * Errors or bottlenecks affecting MuleSoft integrations * Potential root causes of API or integration performance degradation This helps pinpoint why a MuleSoft API or integration is slower or failing, identify the underlying bottlenecks, and accelerate resolution to improve integration reliability and business workflow performance. More details on [**Transaction Performance Comparison**](https://docs.germainux.com/main/4-analysis-dashboard.md#comparison-of-bad-vs-good). ## Real-Time Failure & Slowdown Detection GermainUX can detect MuleSoft API failures and performance degradation in real time. Examples include: * Failed API requests * Unsuccessful response codes * Slow API responses * Integration processing failures * Unexpected changes in monitored performance Detected conditions can immediately be made available for analytics, alerts, and operational response. ## Throughput & Usage Monitoring Monitor MuleSoft API traffic and usage patterns. GermainUX can analyze metrics such as: * Number of requests * Request volume * Data throughput * Usage patterns * Changes in API load Usage analytics can help teams understand how MuleSoft APIs are being consumed and identify changes that may affect scalability or performance. ## Performance Trends & Analytics Analyze MuleSoft API performance over time using GermainUX dashboards and analytics. Teams can identify: * Performance trends * Recurring failures * Usage patterns * Periods of high demand * Changes in API responsiveness * Long-term reliability trends Historical analysis helps distinguish isolated incidents from recurring operational issues. ## Data Ingestion from MuleSoft MuleSoft can send operational telemetry and API status information directly to GermainUX through the **GermainUX Data Ingestion APIs**. This allows organizations to send MuleSoft-specific data such as: * API request status * Success or failure information * Response time * Error details * Usage metrics * Application-specific integration telemetry GermainUX stores and analyzes the received telemetry for use in dashboards, reports, alerts, and automation. This is particularly useful when additional monitoring, analytics, or alerting is required beyond the visibility available in the MuleSoft environment. ## Detect Integration Issues in Real Time GermainUX can help identify conditions such as: * API unavailable * API request failure * Slow API response * Unexpected error response * Throughput degradation * Abnormal usage * Downstream integration failure Detected conditions can be analyzed alongside related application and infrastructure telemetry. ## Real-Time Dashboards & Automated Reports Analyze MuleSoft telemetry through customizable real-time dashboards and automated reports. Examples include: * API availability * API response time * Failure rate * Request volume * Throughput * Usage trends * Error conditions * Integration performance MuleSoft telemetry can also be combined with data from other technologies monitored by GermainUX to provide broader operational context. ## Alerts & SLA Monitoring Configure real-time alerts for MuleSoft conditions requiring attention. For example: * API unavailable * API request failure * Response time exceeds threshold * Failure rate exceeds threshold * Throughput changes unexpectedly * Integration stops reporting * Critical downstream integration fails Alerts can be routed to the teams responsible for the affected integration or service. ## Automation MuleSoft monitoring conditions can trigger GermainUX automation. For example: Monitor Detect Analyze Alert Automate Depending on the use case, automation can include: * Notifications * Reports * Incident or ticket creation * HTTP actions * Scripts * Operational workflows * Remediation actions where appropriate ## Correlate MuleSoft with Applications & Services MuleSoft integrations often sit between business applications and downstream systems. GermainUX can combine MuleSoft telemetry with monitoring from other applications, APIs, services, databases, and infrastructure. This provides broader visibility across: User / Application MuleSoft API Integration Downstream Service This helps teams identify whether a failure originates in the calling application, MuleSoft integration, or a downstream dependency. ## Deployment MuleSoft telemetry can be sent to GermainUX through the **GermainUX Data Ingestion APIs**. A MuleSoft flow can publish API request status, performance, errors, or other relevant telemetry to GermainUX for analysis and alerting. See **Deploy Monitoring for MuleSoft** for deployment instructions. ## Get More Information MuleSoft monitoring can be customized according to the APIs, integrations, workflows, metrics, and operational conditions important to your organization. The GermainUX team can help configure ingestion, analytics, dashboards, alerts, and automation for your MuleSoft environment. Please contact us [for any help.](https://docs.germainux.com/main/support.md) ## Get Help > [card] [Contact GermainUX Support](https://docs.germainux.com/main/support.md) > > The GermainUX team helps you get up and running faster, empower your team, turn data into actionable insights, and optimize performance to deliver measurable business outcomes. > [card] Can't find what you need? > > Search all GermainUX docs with **Ctrl + K**, or use the feedback buttons at the bottom of this page to tell us what is missing. The content of this document is proprietary to GERMAIN SOFTWARE. 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