Simple Ways to Protect Your Website from Hackers

Website

Hackers target even simple websites and you would not even guess the reason

If there’s one specific reason why website owners don’t take steps to boost their online security to protect their blogs and websites from hackers, it’s usually because they believe one of two things:

 

  • They don’t believe their website or blog has anything worth of real value to hackers
  • They don’t believe that they ever will be hacked regardless

 

Both of these mindsets are the exact opposite of the way you should be thinking about website security. Failing to take just basic steps to guard your websites against hackers means that you as well as your customers are at serious risk of identity theft and fraud.

To help ensure that this never happens to you, we’re going to talk about the six most simple ways that you can take to protect your website from hackers right now.

 

Website

 

 

Shield Your Website Against SQL Injection

An SQL Injection attack is when a hacker uses a URL parameter to manipulate your database and thereby gain access to your site.

You are also at serious risk of becoming a victim of an SQL Injection attack if you are currently utilizing a standard Transact SQL, because it’s very easy for a hacker to type in a rogue code into your query to gain access to your data and information.

To stop this from happening to you, you need to use a parameterized query, which is simple to implement as most web languages have it.

For instance, a common query would look like this:

 

SELECT * FROM table WHERE column – ‘ “ + parameter + “ ‘ ; “

 

To prevent a hacker from adding a query to the end of this statement, you will need to parameterize it.

You can do this by changing it to look like this:

$stmt = $pdo->prepare(‘SELECT * FROM table WHERE column = :value’); $stmt->execute(array(‘value’ => $parameter));

 

SQL Injection

 

 

Install A Security Socket Layer

The best way to add a security socket layer (SSL) to your website will be to use HTTPS, which is a protocol that allows you to send secure communication over your computer network, and ensures that no intruders will be able to tap into your content.

This means that users will be able to browse your website securely while submitting their financial information or login details.

For this reason, you’ll always want to use HTTPS on your website pages where users will be submitting their sensitive information, such as login details or credit card information. Otherwise, if a hacker steals it, they’ll be able to imitate the user.

Furthermore, enabling HTTPS will also help make your website more visible, as Google will boost websites in the search engine rankings that use HTTPS.

 

Socket Layer

 

 

Guard Against XSS Attacks

 

An XSS, or Cross-site Scripting, attack stands in contrast to other kinds of attacks (such as an SQL Injection like we talked about previously) in that they are designed to attack the users of an application or server rather than the application or server itself.

Hackers accomplish this by injecting a malicious JavaScript code into the output of a web application. They can inject this malicious code into your search fields, forums, comments sections, and cookies. Any of these areas are very vulnerable to Cross-site Scripting.

By installing the malicious code, the hacker will be able to gather cookie data, which could contain sensitive user information such as their credit card numbers, session IDs, and login information.

The best way to protect against an XSS attack will be for your Web application to use an advanced SDL, or security development lifecycle. The purpose of an SDL is simply to limit the number of coding errors in your application.

 

Cross-site Scripting

 

 

Watch Your Email Transmission Ports

 

A prime target for hackers to access your information will not be your actual website but rather your email. Have you ever asked yourself how secure you think your email transmissions are? The good news is that there is a quick and easy way to figure out how secure your transmissions are. Go to your email settings to check out which ports you are communicating through. If you are communicating through the IMAP Port 143, POP3 Port 110, or SMTP Port 25 ports, then your email transmissions are NOT secured.

 

 

hackers

 

 

 

Don’t Allow File Uploads

 

You’re always taking a major risk by allowing file uploads to your website in the first place. No matter how harmless the uploaded file may look, it could contain a script that opens up your website to hackers.

Even allowing users to upload an image or avatar can be a security risk. If you do have a form that allows file uploads, then you need to treat every uploaded file with suspicion. You can’t trust the file extension to verify that the file uploaded indeed an image because the image can be faked. Any image formats, for instance, allow a comment section to be stored that could contain a malicious PHP code.

The best solution here is to stop direct access to any uploaded files to your website. When this occurs, any files that are uploaded to your website will be stored in an outside folder. You can then create a script to find those files in the private folder before delivering them to your browser.

In addition, if you are going to allow uploaded files, you are going to want to use the most secure transport methods available like SSH or SFTP. It also would be wise to be running your database on a server different from your web server.

If you use cloud hosting, many providers have a unique environment that allows for permission or denial of file uploads based on a visitor’s location, as determined by their IP address.

 

 

Don’t Allow File Uploads  You’re always taking a major risk by allowing file uploads to your website in the first place. No matter how harmless the uploaded file may look, it could contain a script that opens up your website to hackers. Even allowing users to upload an image or avatar can be a security risk. If you do have a form that allows file uploads, then you need to treat every uploaded file with suspicion. You can’t trust the file extension to verify that the file uploaded indeed an image because the image can be faked. Any image formats, for instance, allow a comment section to be stored that could contain a malicious PHP code. The best solution here is to stop direct access to any uploaded files to your website. When this occurs, any files that are uploaded to your website will be stored in an outside folder. You can then create a script to find those files in the private folder before delivering them to your browser. In addition, if you are going to allow uploaded files, you are going to want to use the most secure transport methods available like SSH or SFTP. It also would be wise to be running your database on a server different from your web server. If you use cloud hosting, many providers have a unique environment that allows for permission or denial of file uploads based on a visitor’s location, as determined by their IP address.

 

 

Invest in Website Vulnerability Scanners

 

Finally, you can also invest in website vulnerability scanners that will identify technical weaknesses in your website, including weaknesses that will be vulnerable to SQL Injection and XSS attacks among many others.

When choosing a website vulnerability scanner to use, there are several key features that you’ll want to look for.

For instance, it’s important that your scanner will cover vulnerabilities that go beyond common ones such as Cross-site Scripting. One example of a less common vulnerability that your scanner should cover is failing to secure directories.

It’s also critical that your scanner remain relevant over a long period of time, so it should be updated on a continuous basis with the most recent known vulnerabilities as well. This means that the scanner should have a very well qualified team working behind the scenes to stay ahead of cyber criminals.

Finally, pay close attention to scalability as well, especially if you have hundreds if not thousands of applications that you need to cover.

 

 

SQL Injection and XSS attacks

 

 

 

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