Best 5 Essential Tips To Secure Web Application Server

Best 5 Essential Tips To Secure Web Application Server

It’s important to safeguard your website and web application server since a secure web application server will keep your data and website safe from hackers. Nowadays, protecting your data and website from hackers is critical. As your data is so vital that if it gets leaked or scarred by a hacker.

Many of these hazards are easy to disregard, while others are unfamiliar and might take you off guard. To help prevent this from happening, we’ve compiled a list of critical measures for keeping web application servers as secure as possible.

Before we start the list, first of all, you need to understand that a web application server is not an island. A web application farm’s server is the central component that allows a web application to be hosted and managed. To make your web application secure, you must consider all of the components that surround it and secure the entire web application.

The operating system (Linux and Windows), a database server, and web server software are all part of a typical web hosting and web application infrastructure (Apache, Nginx). If one of these components is broken, then hackers will be able to get access and carry out all of the destructive actions.

The first and most important piece of advice is to secure your environment, such as the one mentioned above. Let’s take a look at a few basic security rules that apply to practically any web application environment.

1. Keep your software updated

You should regularly update your software because it has numerous advantages. It requires planning server security and patching or deleting computer problems that have been detected. If you upgrade it will bring new features to your website and devices, as well as remove those that are no longer needed. It’s a good idea to double-check whether your operating system is up to date, and if it isn’t, you’ll need to upgrade your software.

You’re likely aware that hackers enjoy breaking into other people’s websites and attempting to steal their information. Hackers, as you may know, are fond of security defects, also known as software vulnerabilities. A security flaw or hole in a software program or operating system is known as a software vulnerability. Hackers will take advantage of this type of vulnerability by building programs that target the flaws.

2. The firewall exposes

Thinking, “I have a firewall which is protecting my network 24/7” but you better hold on. Your firewall may be protecting the perimeter of your network, keeping the bad guys out and the good ones in, but it is undoubtedly leaving an open door for attackers to gain access to your web application server.

How does this happen?

Answer: Your network firewall might allow inbound traffic from ports 80 and 443 (HTTP and HTTPS) since it is unsure who should use those ports.

A web application firewall (WAF) is what you need to safeguard your program. It analyses online traffic and stops any effort to exploit vulnerabilities like cross-site scripting or code injection. A WAF works similarly to traditional antivirus and antimalware software in that it scans the data stream for recognized patterns and blocks them when it detects a bad request.

To be more productive, you need to stop new threat patterns, the WAF’s database must be regularly updated with new threat patterns. Pattern-based attack prevention has the drawback of making your web application one of the first targets of a new threat that your WAF is unaware of.

As a result, in addition to the network firewall, your web application needs extra protection layers.

Developers sometimes imagine that their apps run in an ideal universe in which resources are boundless, the user is flawless, and there are no persons with nefarious motives. But, as you can see, they will eventually have to deal with real-world challenges, particularly those relating to information security.

While developing web applications, the coder must-have proper information and implement security mechanisms to ensure that it is free from vulnerabilities.

3. Developer must have proper knowledge

If you come across Software quality then auditing is performed to guarantee that best practices are followed. Detecting logical vulnerabilities, such as sending non-encrypted and accessible arguments inside a URL, which an attacker might easily manipulate to accomplish what they want, requires good audits and best practices.

4. Check your server log 24/7

Keeping a 24/7 server management will be beneficial to you since it will monitor your server on a regular basis and detect any suspicious activity before anything bad happens or is damaged.

By studying log files, you can learn a lot about the application and improve its security. If an attack occurs, log files may reveal when and how it began, allowing for improved damage management.

You also get an automated system for deleting old log files or pruning outdated data to prevent them from taking up all of the server’s storage capacity.

5. Access and privileges

To maintain basic security you have to keep remote access traffic such as RDP and SSH – encrypted and tunneled. It would be a great idea to retain a short list of IP addresses from which remote access is permitted so that any attempt to log in remotely from a different IP is blocked.

Administrators occasionally grant all feasible access to service accounts because they know that “everything will function” if they do so. However, this is not a smart practice because attackers can use service flaws to get access to the server.

We hope this information helped determine which option best meets your needs. We are here to help you if you require any advice or help

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