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Three reasons why your business needs infrastructure monitoring

A business's website or application might appear polished on the surface, but if the underlying infrastructure is struggling, the user experience also suffers. Users can only benefit from applications and services if the critical back-end infrastructure is functional. Here's where infrastructure monitoring comes in—it acts as a watchful eye in your IT environment, ensuring everything runs smoothly.

What is DNS monitoring and why is it important

In the digital world, your website is like a house, and visitors access it through an address. But before they reach your doorstep, they need directions—that's where the domain name system (DNS) comes in. It acts like a phone book and translates user-friendly website names (like google.com) into machine-friendly numerical IP addresses. DNS server monitoring checks the health and performance of the DNS servers that translate website addresses into IP addresses.

Leading Observability Interview Questions

If you're aiming for a position that demands strong monitoring and observability skills, thorough preparation is essential. In this comprehensive guide, we will provide an extensive list of the most frequently asked interview questions about the three pillars of observability; logs, metrics and tracing. Each question is also accompanied by detailed, well-explained answers to ensure that you fully understand the concepts and can confidently demonstrate your expertise.

Understanding the Power of AI Data Fabric

The rapid adoption of Generative AI (GenAI) tools, such as ChatGPT, has transformed various sectors, including marketing, legal, and software development. However, this rapid integration brings challenges, such as managing critical data access, mitigating costs, and ensuring compliance. To address these complexities, enterprises need to upgrade their data center management with an AI Data Fabric Copilot.

Shorten your feedback loop: Java observability with OpenTelemetry, Grafana Cloud, and Digma.ai

Ron Dover is CTO and co-founder of Digma.ai, an IDE plugin for code runtime AI analysis to help accelerate development in complex code bases. Ron is a big believer in evidence-based development and a proponent of continuous feedback in all aspects of software engineering. Traditionally, software developers have relied on simple logs to understand code execution and troubleshoot issues.

Feature Friday #15: bundlesmatching()

Did you know bundles can have tags too? That’s right! You can tag a bundle by defining tags as a meta promise on a bundle. For example: You’ve likely encountered bundles tagged with autorun. These tags trigger automatic execution of bundles in lexical order whenever the services_autorun class is defined. However, you’re not limited to autorun. You can create custom tags to suite your specific needs.

What is Business Email Compromise (BEC)?

Business Email Compromise (BEC) is a type of cyberattack where attackers use email to exploit businesses by deceiving employees into transferring money or sensitive information. These attacks often involve impersonation of company executives or trusted business contacts to trick recipients into performing specific actions. As businesses become more reliant on digital communication, the threat of BEC grows, making it essential for organizations to recognize and mitigate these risks effectively.

High Availability vs Fault Tolerance: Understanding the Main Differences

High availability vs fault tolerance – what are they? These are two IT concepts that are closely related, but have different requirements and outcomes. This article will explore the difference between high availability (HA) and fault tolerance (FT) in regard to IT infrastructure, highlighting the key differences, use cases, and benefits of each so that you can ensure that your infrastructure meets its unique reliability and availability requirements.

Container vs Virtual Machines (VM): Key Differences & Overview

Container vs virtual machines – what is there to know? These are key virtualization technologies that are used by developers, system administrators, and increasingly, home users to run applications. While they are similar, they have different use cases and function differently in key ways.