Technology investments in today’s digital economy are crucial in achieving your business goals and gaining a competitive edge. As business strategies evolve and technology advances, IT environments are becoming increasingly complex and hybrid while budgets remain stagnant. Choosing the right solution to manage your technology stack is vital to deliver superior application experiences and meet your performance, availability, and operational requirements.

In this post, we’ll embark on the journey of building a simple PHP single-page application that interacts with a MySQL database. We’ll integrate logging functionality on top of our application. Logging is a crucial aspect of any application—for providing insights into user behavior, tracking errors, and monitoring performance. We’ll start by walking through how to set up our application.

Observability has emerged as a distinct approach within the broader scope of IT management, enabling organizations to gain valuable insights into their complex IT ecosystems. By collecting and analyzing data from various sources, observability provides a holistic understanding of system behavior and performance, streamlining troubleshooting and optimization efforts.

With hybrid and remote work environments, many employees need to access their office desktop computers from another device. IT admins also need an efficient IT help desk available to help them troubleshoot and quickly resolve issues with the end users from any location. As a result, a number of organizations have turned to network communication protocols such as remote desktop protocol (RDP). While RDP gets the work done, more comprehensive remote access solutions exist.

Network device scanning effectively ensures connected devices and applications to your network perform as per the expected standards without any vulnerabilities. Regular network scanning allows you to gather data from the connected devices and applications to check their uptime and performance. It can also allow you to safeguard your network devices and applications from cyberattacks.

SolarWinds® Observability now brings more intelligence to issue identification to help you troubleshoot smarter and faster. When an entity alert is triggered, Log Patterns automates an AIOps / ML-based analysis of events surrounding the triggering event. Using Log Patterns, you can skip the hours spent manually scrolling through event messages looking for unusual or significant patterns.

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.