August 2023 Summaries

Azure virtual machines (VMs) offer scalability, flexibility, and cost-efficiency, but also introduce complexity that requires monitoring and management to ensure optimal performance and reliability. New Relic infrastructure monitoring provides deep insights into Azure VMs, enabling swift issue resolution with real-time performance metrics, error and anomaly detection, configuration monitoring, and security insights. Effective troubleshooting is crucial for developers navigating the challenges of Azure VMs, which can face issues such as network connectivity, performance, storage, security, configuration, application, and interdependencies. A proactive approach to troubleshooting, including real-time monitoring, automated alerts, log analysis, performance benchmarking, and predictive analysis, can minimize downtime and optimize resource utilization. This approach fosters a culture of anticipation and preparedness, ensuring business continuity and optimal user experience.

Azure virtual machines (VMs) are integral to Microsoft's cloud ecosystem, offering scalable, flexible, and cost-efficient virtualized computing environments. Despite their advantages, developers face challenges such as misconfigurations, resource constraints, and compatibility issues, making infrastructure monitoring essential for optimal performance and reliability. New Relic's infrastructure monitoring tools provide developers with real-time performance metrics, error detection, configuration monitoring, and security insights to address these challenges proactively. This approach to troubleshooting enables developers to anticipate issues, minimizing downtime and optimizing resource utilization. Moreover, New Relic's comprehensive monitoring capabilities, including automated alerts, log analysis, performance benchmarking, and predictive analysis, help maintain Azure VM health and performance. Ultimately, leveraging New Relic's tools can enhance developers' ability to manage Azure VMs effectively, ensuring smooth operations and improving overall system reliability.

New Relic is a powerful observability platform that enables business leaders to harness the power of marketing observability tools. By leveraging data and analytics, marketers can gain deeper insights into customer behavior, preferences, and interactions with their brand. New Relic provides increased visibility, early issue detection, proactive troubleshooting, and improved decision-making for marketing leaders. The platform allows users to easily monitor website performance, track conversions, campaigns, and launches, and ensure backend health. This enables businesses to enhance customer experiences, drive customer loyalty, and ultimately achieve their marketing objectives more effectively. By using New Relic, marketers can make better decisions about allocating resources, improving business performance, and maintaining the health of their business.

React Native is an open-source framework that enables developers to build mobile applications for iOS, Android, and other platforms using JavaScript and React. It allows developers to create native-like apps with a high level of performance while writing most of their codebase in JavaScript, which is familiar to many web developers. By installing the New Relic agent, developers can gain valuable insights into their app's performance, detect crashes, and identify issues that may affect user experience. The agent provides features such as comprehensive performance monitoring, ANR detection and capture, spotting rooted devices, breadcrumbs, service maps, and crash reports, which help teams make data-backed decisions to improve the speed and UX of their apps.

React Native, an open-source framework developed by Facebook, allows developers to build high-performance mobile applications for iOS, Android, and other platforms using JavaScript and React, offering a native-like user experience by using native components instead of WebViews. Comprehensive performance monitoring is crucial for maintaining app quality, and tools such as New Relic facilitate this by providing key insights into app performance, including telemetry data on crashes, HTTP requests, failures, and user interactions. New Relic's SDK, when integrated into React Native applications, enables developers to monitor and resolve issues proactively, enhancing user experience through data-backed decisions, JavaScript error insights, ANR detection, and breadcrumbs for session logging. Additionally, it helps identify rooted devices and memory exhaustion incidents, providing a strategic advantage in the competitive mobile app landscape. The blog post by Siddhartha Khare and Nisarg Desai emphasizes the importance of performance monitoring and offers step-by-step guidance on integrating New Relic into React Native projects, ultimately aiming to enhance business outcomes and user engagement through methodical monitoring and preemptive issue resolution.

Marketing observability tools like New Relic empower business leaders to enhance website performance, track campaigns, and ensure backend health, thereby driving business growth. By leveraging New Relic's comprehensive platform, marketers gain increased visibility and early issue detection, enabling proactive troubleshooting and improved decision-making. Observability marketing involves using data analytics, machine learning, and AI to gain insights into customer behavior and preferences, allowing companies to tailor their marketing strategies effectively. This data-driven approach enhances personalization, improves marketing ROI, and provides a competitive edge by enabling real-time monitoring and predictive analytics. New Relic offers marketers a single-pane view of IT infrastructure, facilitating early detection of performance issues and providing tools for optimizing website performance and tracking marketing campaigns. By analyzing trends in conversion sources and monitoring backend health, businesses can make informed decisions that improve customer experiences and maintain operational efficiency.

Ensuring the security of software applications is crucial to protect sensitive data and maintain customer trust, while complying with regulatory requirements. Interactive Application Security Testing (IAST) combines static and dynamic analysis techniques to provide real-time vulnerability detection and response, allowing for early identification of security issues in development stages. IAST is interactive because it runs security tests alongside existing manual and automated tests, providing low overhead and continuous security monitoring throughout the software development lifecycle. This approach offers several benefits, including highly accurate results, fast real-time testing, and reduced overhead, making it an effective tool for detecting security vulnerabilities, simulating real-world security scenarios, finetuning security controls, ensuring compliance with standards and regulations, supporting risk management strategies, enhancing CI/CD pipelines, and promoting DevSecOps practices. To get the most out of IAST, it's essential to follow best practices, such as determining the scope of implementation, integrating it throughout the software development lifecycle, and creating a culture of accountability around security among all engineering teams. With tools like New Relic Vulnerability Management, IAST can be easily integrated into existing workflows, providing automated security testing and guided remediation to fix vulnerabilities quickly and efficiently.

Interactive Application Security Testing (IAST) is a critical tool for enhancing software security by combining static and dynamic analysis techniques to offer real-time vulnerability detection and response. IAST provides a comprehensive assessment by running alongside existing test suites without requiring additional tests, enabling continuous security monitoring throughout the software development lifecycle (SDLC). The tool is particularly beneficial for detecting vulnerabilities such as SQL injections and cross-site scripting, supporting security simulations, and ensuring compliance with standards like HIPAA and GDPR. IAST can be integrated with CI/CD pipelines to improve DevSecOps practices and is especially useful for identifying risks in third-party and open-source software. Best practices for maximizing IAST effectiveness include integrating it throughout the SDLC, fostering a culture of security awareness among engineers, and prioritizing security findings based on their severity and impact. New Relic's IAST, which is available for Java, Node, and Go, further simplifies this process by automating vulnerability detection with minimal setup, offering guided remediation, and providing visibility into potential security threats through its Security RX dashboard.

New Relic has achieved the Google Cloud Ready - Cloud SQL designation for its integration with Google Cloud's fully managed relational database service for MySQL, PostgreSQL, and SQL Server. This designation recognizes New Relic's solutions as meeting a core set of functional requirements and validated in collaboration with Google cloud engineering teams. The integration allows users to gain insights into their Cloud SQL database instances' health and performance, enabling them to troubleshoot issues and optimize queries for better efficiency. With real-time observability and alerts based on predefined thresholds, New Relic helps users monitor performance metrics and ensure data consistency between primary and replica instances.

New Relic has achieved the Google Cloud Ready - Cloud SQL designation, which signifies its solutions' integration and collaboration with Google Cloud's fully managed relational database service, Cloud SQL, for MySQL, PostgreSQL, and SQL Server. This recognition indicates that New Relic has met core functional requirements validated by Google Cloud engineering. New Relic provides real-time observability into the health and performance of Cloud SQL databases, offering insights into query performance, CPU utilization, memory, disk I/O, connection counts, and replication lag. These capabilities help users optimize query efficiency, ensure data consistency, and maintain optimal database performance by setting alerts and notifications for critical metrics. New Relic facilitates the monitoring of Cloud SQL through a unified dashboard, and new users can access its features with a free account offering data ingest and user access options. Kiran Hew, New Relic’s Principal Program Manager for Cloud Collaborations, oversees strategic initiatives to enhance cloud partnerships.

Service-level agreements (SLAs) are crucial contracts between customers and service providers that ensure a specific level of service performance and availability. Monitoring SLA breaches is essential to prevent customer trust erosion, business relationship fractures, and reputation tarnishing. To efficiently identify, prevent, and manage SLA breaches, it's vital to craft a data-driven SLA, implement alerts for early warning systems, have a rapid response mechanism with contingency planning, plan for redundancy and backup strategies, adopt open communication, and continuously monitor SLA performance. New Relic offers capabilities to support these strategies, including data collection and analysis, proactive detection features, runbooks, incident management, infrastructure monitoring, and service level management. By leveraging these tools and techniques, developers can adeptly manage SLA breaches with confidence.

Service-level agreements (SLAs) are essential contracts that define the expected level of service between customers and providers, with breaches potentially damaging trust and business relationships. An SLA breach occurs when the service provider fails to meet the agreed performance metrics, response times, or availability, prompting penalties or compensations. To prevent breaches, it's crucial to craft data-driven SLAs, continuously monitor performance, and implement proactive alert systems. Tools like New Relic offer analytics, alert features, and infrastructure monitoring to help manage SLA performance effectively. These tools enable service providers to detect potential issues early, respond rapidly, and maintain open communication with customers. Strategies such as redundancy planning, open dialogue, and comprehensive monitoring are vital for managing SLAs, ensuring service quality, and maintaining customer satisfaction.

The New Relic Go instrumentation series provides tips and best practices for instrumenting Golang applications faster. The series includes a workshop-style blog, videos, and hands-on labs to help developers understand the fundamentals of transactions and segments, which are crucial concepts in understanding Go integrations and examples. Transactions represent logical units of work in an application, while segments are specific parts of a transaction that can be measured for performance insights. Custom attributes, modularizing instrumentation, and using middleware layers are also discussed as key strategies for optimizing Golang applications with New Relic.

The blog series aims to guide developers in efficiently instrumenting Golang applications using New Relic by offering tips, guidance, and best practices, which are usually presented in workshops but are now accessible via a blog series. It emphasizes the importance of understanding transactions and segments in Go integration, showcasing how to monitor web transactions and optimize performance by identifying bottlenecks. The series provides practical examples of instrumenting different segments such as datastore and external segments, using the New Relic Go agent API for adding custom attributes, and modularizing instrumentation, particularly in middleware, using the Gin framework. The blog is authored by Steve Ng, who focuses on developer experience and observability, and it encourages developers to explore further integrations and discussions on the New Relic platform.

Monitoring the performance of your content delivery network (CDN) is critical for proactively detecting and troubleshooting issues before they affect end-users. By leveraging real-time logs from Amazon CloudFront, you can analyze key metrics such as cache hits/misses and HTTP response codes to identify performance problems and minimize downtime. This enables you to create real-time alerts and live dashboards, investigate anomalies, and respond quickly to deteriorating events. To forward these logs to New Relic, you'll need to set up a Kinesis Data Stream and delivery stream, enabling real-time logging for CloudFront and connecting to the Kinesis Data Stream. You'll also use log parsing capabilities in the New Relic logs UI to enrich the logs with identifiers, applying a Grok pattern to format the logs according to your requirements. By doing so, you can analyze the logs to make informed decisions and optimize performance before they affect your customers.

Monitoring the performance of a Content Delivery Network (CDN) is essential for maintaining a positive user experience, and using logs for this purpose allows for proactive issue detection and troubleshooting. The process involves monitoring key metrics like cache hits/misses and HTTP response codes, and setting up alerts for anomalies. Amazon CloudFront can be used to monitor CDN performance by utilizing real-time logs, which are streamed to platforms like New Relic for analysis. This guide explains how to set up real-time log forwarding from CloudFront to New Relic via AWS services such as Kinesis Data Streams and Kinesis Data Firehose, enabling the creation of real-time alerts and dashboards. It also covers setting up a log parsing rule in New Relic to make sense of unformatted logs using Grok patterns. The blog provides detailed steps for setting up the necessary infrastructure and configuring the systems to ensure that CDN logs are efficiently monitored and analyzed, facilitating timely identification of performance issues.

New Relic provides full-stack monitoring for Magento websites to better understand site and store performance, inventory insights, customer behavior, and revenue trends. It offers various metrics such as total orders, total revenue, revenue at risk, response time and page load time, fastest-moving inventory performance, slow-moving inventory performance, wish list activity, restock alert analysis, checkout funnel analysis, abandoned carts, revenue-making channels, customer lifetime value (CLV) optimization, churn rate vs. growth rate, identify loyal customers, and detect fraudulent activities. New Relic's business observability capabilities help eliminate data silos by aligning monetary costs and revenue impacts to system performance in real-time, enabling faster issue resolution with proactive error detection and comprehensive third-party integrations.

The banking industry has lagged behind other consumer-facing industries in adopting new technologies and placing customers at the center of operations. 10x Banking's cloud-native core banking platform aims to change this, enabling banks to understand their customers in real-time, release products quickly, unlock data, and deliver connected experiences. By using Amazon Web Services (AWS) as its foundation, 10x Banking is building a scalable platform that can support millions of customers. The company's goal is to continuously improve features while minimizing disruption. To achieve this, the team has adopted continuous delivery, deployment markers, and observability tools like New Relic, which helps them identify anomalies, reduce error rates, and mean time to resolution (MTTR), ultimately improving the consistency and reliability of their software. By providing real-time metrics and visibility into their system, these tools enable the release management team to make informed decisions, proactively resolve issues, and focus on consistency rather than disruption.

10x Banking has developed a cloud-native core banking platform that leverages Amazon Web Services (AWS) to enable banks to understand customer needs in real-time, quickly release products, and deliver connected experiences. As the release manager, Sonal Samal emphasizes the importance of observability and monitoring for maintaining high system reliability, minimizing disruptions, and ensuring continuous delivery. The integration of New Relic for deployment markers and change tracking has significantly improved their operational efficiency by consolidating tools and data sources, allowing quick identification and resolution of errors before they affect customers. This approach facilitates informed decision-making on deployments and enhances collaboration across the company by providing a unified view of software lifecycle impacts. The shift toward continuous delivery, supported by New Relic and Jenkins, has transformed release management into a more confident and informed process, enabling the team to proactively manage and improve their systems.

Magento has become a popular platform for ecommerce websites, and its performance can be optimized through full-stack monitoring, which is critical for business success. The blog post discusses key metrics for monitoring a Magento website using New Relic, which provides comprehensive insights into site performance, inventory management, and customer behavior. Metrics such as total orders, revenue at risk, response times, and inventory performance help businesses make informed decisions to enhance user experience and minimize revenue loss. New Relic's integration with Magento offers a curated dashboard for tracking these metrics, enabling businesses to optimize sales strategies, improve checkout processes, and understand customer behavior better. Moreover, New Relic aids in identifying revenue-making channels, optimizing customer lifetime value, and recognizing loyal or fraudulent customers, thus playing a vital role in business observability by aligning performance with key business outcomes.

New Relic has integrated with Microsoft Azure Monitor to provide a single platform for monitoring and managing application performance, infrastructure, logs, and more. This integration offers several advantages, including centralized monitoring, customizable dashboards, real-time alerts and notifications, and performance optimization. To deploy the integration, users need to create a New Relic account, connect to Azure Monitor, enable the integration, and monitor and analyze data. The integration also provides an Azure Native New Relic Service for seamless integration with Azure services. By combining these two platforms, businesses can gain comprehensive insights into their Azure resources and application performance, making data-driven decisions and optimizing performance to deliver exceptional user experiences.

Integrating New Relic with Microsoft Azure Monitor provides a comprehensive solution for monitoring and optimizing Azure-based applications and infrastructure by centralizing performance data into a single platform. This integration allows users to create customizable dashboards, set real-time alerts, and gain deep insights into Azure services, enabling them to identify performance bottlenecks and improve end-user experiences. Users can set up the integration through the New Relic portal or the Azure Native New Relic Service, facilitating seamless data flow and analysis. Best practices for utilizing this integration include defining clear monitoring objectives, customizing dashboards, configuring intelligent alerts to avoid fatigue, and periodically reviewing performance data for continuous optimization. This collaboration empowers organizations to make informed, data-driven decisions to enhance their Azure environment's efficiency and user satisfaction.

Peak readiness is a critical project for ecommerce companies during peak seasons, requiring alignment between application performance and business objectives to ensure continuous availability under heavy loads. It involves step-by-step planning, execution, and collaboration among development, operations, and management teams to identify key members, executive sponsor, and business objectives, review data collection, implement tasks in production environments, share results across teams, fine-tune alerts and dashboards, and conduct lesson-learned sessions after the peak season. When done correctly, peak season will be a much less stressful time for everyone involved, with clear connections between performance and business data to ensure alignment with business objectives.

Effective peak readiness for e-commerce companies hinges on comprehensive preparation that integrates application performance with business objectives, emphasizing the importance of observability in infrastructure and applications during high-demand periods. Key pitfalls in peak readiness include delayed preparation, failure to align technical performance with business goals, information silos caused by modern microservices architecture, and excluding peak readiness from development phases. Successful peak readiness involves a structured, multi-phase plan starting from non-production to production environments, encompassing review and planning, identifying critical business processes, data collection, implementation, team collaboration, final adjustments, and post-peak evaluations. By thoroughly preparing, involving cross-functional teams, and ensuring alignment between business and technical objectives, companies can effectively mitigate stress and optimize performance during peak seasons.