Average size of a webpage matters because it correlates with how fast users get to your content. People today have grown to expect good performance from the web. If your website takes more than 2.5 seconds to load, your users will probably never return to you again. Further, the more data your webpage needs to download, the longer it will take—particularly on slow mobile connections. Balancing a rich experience with page performance is a difficult tradeoff for many publishers.

Sometimes when you try to visit a web page, you’re met with an HTTP error message. It’s a message from the web server that something went wrong. In some cases, it could be a mistake you made, but often, it’s the site’s fault. Each type of error has an HTTP error code dedicated to it. If you try to access a non-existing page on a website it leads to a 404 error. Now, you might wonder, which are the most common HTTP errors that people encounter when they surf the Web?

Websites have become larger and more complex over the past few years, and users expect them to load instantaneously, even on mobile devices. The smallest performance drops can have big effects; just a 100ms decrease in page load time can drop conversions by 7%. With competitors just a click away, organizations wishing to attract and retain customers need to make web performance a priority. One relatively simple method of doing this is by using content delivery networks (CDNs).

We are excited to unveil the next generation of SolarWinds® Papertrail™, SolarWinds Observability® logging. More powerful and faster than ever, the next generation of Papertrail, SolarWinds Observability logging aggregates log data from applications, services, infrastructure, databases, and network devices across both cloud-based and on-premise systems.

The size of the web is slowly growing. Over the past decade, the average webpage weight grew by 356%, from about 484 KB to 2.205 MB. Considering 800 KB was the average size of a website in 2012, that’s an enormous difference. While it’s true that the global average internet speed is increasing, users with slow, limited, or unreliable internet access often end up waiting. The question is, how do we keep websites fast even as they get bigger and bigger?

Have you ever heard the phrase, “Better safe than sorry”? That’s the mentality you should have when considering your organization’s network. From performance optimization to data management, you should have eyes on every single aspect of your IT infrastructure to keep it running as smoothly as possible. Here are seven free network monitoring solutions that give you the tools to optimize your network environment and support your operational needs.

Artificial Intelligence (AI) is increasingly becoming integral in the tech landscape, transforming virtual assistants and self-remediating software to enhance user experiences and propel IT automation in the workplace. Most of the tech workforce embraces AI, recognizing the potential advancements and business improvements it brings. In the workplace, smart technology aims to support and elevate the employee experience, not to replace human workers.

In today’s world, every business relies on its network infrastructure to achieve its goals. It’s, therefore, critical to monitor your network infrastructure and be aware of how efficient it is. You can achieve this through network observability. What Is Network Observability? The 3 Key Factors of Network Observability Benefits of Network Observability Observability vs.

To optimize the performance of your network devices, you must gather and analyze all your network data. Usually, this information comes in the form of logs or syslog messages. Syslog is a form of messaging protocol used by network devices to collect statuses, events, logins, failures, and other important data.