New Relic

Relic

Performance Monitoring and Observability Platform for Digital Experiences

New Relic is a comprehensive observability platform designed to help businesses monitor, analyze, and improve the performance of their applications, infrastructure, and digital experiences. With its powerful visualization tools, real-time alerts, and in-depth performance data, New Relic empowers developers and operations teams to detect issues faster and optimize system performance.

Solving Key Frictions

  • Limited visibility into application performance: New Relic offers real-time monitoring with detailed performance metrics for frontend, backend, and infrastructure layers.

  • Difficulty identifying performance bottlenecks: New Relic’s distributed tracing reveals latency issues, failed transactions, and slow dependencies.

  • Complex debugging process: New Relic’s error tracking and anomaly detection automatically highlight performance issues and guide teams toward resolutions.

  • Scaling challenges in cloud environments: New Relic’s Kubernetes and cloud monitoring tools ensure visibility into containerized environments.

  • Inefficient collaboration between teams: New Relic’s centralized dashboards enable developers, operations, and product teams to collaborate in real-time.

Application Performance Monitoring (APM)

New Relic’s APM tool provides in-depth insights into application performance, tracking key metrics such as response time, throughput, and error rates. Developers can quickly pinpoint performance bottlenecks and optimize code efficiency.

Real-Time Infrastructure Monitoring

New Relic monitors infrastructure components such as servers, cloud environments, and Kubernetes clusters. By visualizing resource usage and performance metrics, teams can manage scaling, prevent outages, and improve system stability.

Distributed Tracing for Root Cause Analysis

New Relic’s distributed tracing feature maps service dependencies, transaction flow, and latency issues. This enables developers to diagnose performance bottlenecks across microservices architectures.

Browser and Mobile Monitoring

New Relic captures user interactions, page load speeds, and JavaScript errors, ensuring teams can optimize digital experiences for both web and mobile applications.

Alerts and Anomaly Detection

New Relic’s proactive alerting system automatically detects performance anomalies and sends real-time notifications. This reduces mean time to resolution (MTTR) and minimizes downtime.

ROI and Business Impact

New Relic improves system reliability, accelerates development cycles, and enhances customer satisfaction.

Key ROI impacts include:

  • Reduced downtime and faster resolution of performance issues

  • Improved application stability with proactive alerting

  • Enhanced customer experience with faster load times and reduced errors

  • Greater development efficiency with real-time performance insights

  • Optimized cloud costs through resource usage insights

Operational Efficiency for Teams

New Relic’s intuitive interface centralizes performance data, improving collaboration between development, DevOps, and operations teams. With automated insights and unified dashboards, teams can address issues faster and improve overall system health.

Key Features

  • Application performance monitoring with detailed transaction insights

  • Infrastructure monitoring for cloud environments and Kubernetes

  • Distributed tracing for diagnosing microservices performance

  • Real-time alerts and anomaly detection for proactive issue management

  • Browser and mobile performance tracking for improved digital experiences

  • Centralized dashboards for team collaboration and data visualization

  • Integration with cloud platforms like AWS, Google Cloud, and Azure

Summary

New Relic empowers businesses to improve application performance, detect issues faster, and enhance digital experiences. With robust monitoring capabilities, proactive alerts, and deep analytics, New Relic provides development and operations teams with the insights they need to maintain system reliability and drive innovation.

External Resources