Organizations grow, and so do we. At Site24x7, we continually evolve by incorporating customer feedback and staying ahead of industry trends. As our valued customers who use the product day in and day out, you likely want a thorough understanding of all the features and use cases it has to offer.

Garbage collectors in Java, along with other programming languages such as C# and Python, are automated processes that run in the background to free up memory. Garbage collectors routinely identify and reclaim unused memory to stop memory leaks (unused objects still being referenced) and make applications more efficient and faster for end users.

Without visibility into webpage performance metrics, organizations risk encountering several critical challenges. These challenges include slow load times deterring potential customers, difficulty in troubleshooting performance bottlenecks, inefficient resource allocation, missed opportunities for optimization, and a damaged brand reputation due to poor user experience.

Understanding how real users engage with a web application or website is crucial for the success of any business. Analyzing this data reveals vital insights into user behavior, performance metrics, and the overall experience. However, this vast amount of information can be both a blessing and a curse. While it holds the potential for invaluable insights, it often becomes overwhelming, making it difficult for teams to pinpoint specific performance issues affecting user experiences.

A file system determines how the operating system stores, organizes, manages, and retrieves data from a storage device. With a file system in place, files are systematically stored and accessed. File systems should not be confused with storage devices like hard disks, SSDs, or USB drives. Let's learn what file systems are, their types, and why they are critical in enterprise environments.

Outages are unexpected events that can suddenly stop an organization's operations. Whether it's a network issue, a key application going down, or a system crash, these problems can cause confusion and disrupt work. Teams scramble to identify the problem, while employees are left in the dark, uncertain about the impact or duration of the issue. A lack of real-time communication can lead to frustrated employees, delayed responses, and prolonged recovery times.

Oracle Cloud Infrastructure (OCI) is a powerful, comprehensive cloud platform that supports a wide range of enterprise workloads. Whether you're running complex databases, applications, or large-scale analytics, OCI offers the infrastructure to handle it all. But as with any robust cloud environment, effective monitoring is crucial to ensure performance, security, and cost-efficiency.

In today's data-driven world, businesses need to collect, process, and analyze large volumes of data in real-time to make informed decisions. Amazon Kinesis, a powerful streaming platform, helps companies build scalable and resilient data pipelines. However, ensuring that the pipeline functions efficiently requires robust monitoring practices.

In the world of modern IT operations, keeping your systems running smoothly requires measures beyond just basic monitoring. As infrastructures become more complex and dynamic, understanding how telemetry, monitoring, and observability work together is essential. These three concepts may seem similar, but each plays a distinct role in maintaining system health and performance.

Every pod has its purpose. During an application deployment, all the workloads in the cluster work cohesively and ensure that the deployment launches—without any hiccups. When a pod is created, it starts its lifetime in a Pending state. A pod is in the Pending state when it is still in the process of being scheduled for deployment. When it is scheduled for deployment and the containers have started, it converts to the Running phase. It only takes a few seconds for the phase transition.