Types of Data Masking – The Best Way to Protect Your Users


The good news is that you don’t need to use one-off masks for every piece of data on your site—the best way to protect users is to use a data masking system that is easy to implement and gives you full control.

The best ways to protect user data from being stolen Data masking is a popular term for a very important concept. Data masking is when an application collects data in a way that prevents you from knowing exactly what is being collected or sent. In other words, it makes it difficult to know what information is being collected and where it is going. It also makes it extremely difficult for someone to find out the information they have been sent, or what has been collected on them. There are a number of different types of masking that are commonly used. Here are several types of data masking you need to be aware of: 

  1. Encryption: Encryption is the process of converting data into a secret code. When the data is converted, the original information can no longer be easily read. This means that the data can’t be accessed by anyone who doesn’t have the proper code. The two main types of encryption are:

*Symmetric key encryption

*Public-key encryption

  1. Authentication: Authentication is the process of verifying who the user is. The easiest way to authenticate a user is through a password.
  2. Passwords
  3. Biometrics
  4. Two-factor authentication
  5. Data storage: Data storage is the process of storing information in a way that allows it to be recovered. 

When it comes to protecting your users, what can you do without compromising the user experience? In this post, we’re going to look at several types of data masking that you can use to keep your users’ data private while allowing you to still offer them useful tools.

Also, Read: Can My VPN Provider Track My Online Activities?

Types of Data Masks:

  1. Data Segregation: The ability to segment is key to data masking, which is the process of making your data as anonymous as possible without being completely hidden. With this process, your company has the chance to gain a deeper understanding of who is purchasing your product or service, where they’re coming from, and how their behavior differs from other users of similar products or services. The best part? You can also use this data to send relevant, targeted offers or advertisements to these customers. This is when there are multiple data sets on a single file. For example: “Sales Reports” & “Production Reports”
  2. Data Clustering: When we say “cluster,” what we mean is that the same information appears in several places. But while the data appears in several different places, you can’t tell the difference between the places. This occurs when the underlying data is distributed across the cluster, but the cluster itself is made up of the same values. This is when different groups of data are stored together, and they all have the same name. For example: “Sales Files” & “Production Files”
  3. Data Encryption: This article walks through the process of how data encryption can be used to protect user data. Data encryption isn’t just useful for the purposes of security; it’s also important for accessibility. When users don’t know what’s going on behind the scenes, it’s difficult for them to trust the data they are consuming. For example, if a company is using a database that stores data in plaintext, and that company has no processes in place for data encryption, users can never be sure whether that data is safe or not. The encryption of files involves adding information to the existing information and making it difficult to read.

An example of encryption would be to use a key to encrypt your data before you send it off to the server. The data is then decrypted when it arrives at its destination. However, encryption is not foolproof. Your encrypted data could be stolen by a person who manages to obtain a copy of your original data.

  1. Data Hiding: Data hiding is a form of security, hiding data in the background so that it doesn’t stand out. It’s the practice of obscuring information (in this case data) from unauthorized individuals. Hiding the data also makes it difficult to track down any potential information leaks. Data masking is done in many different ways. The two most common forms of data masking are encryption and encoding. Encryption encodes a message to make it unreadable to those without the appropriate key. This can be used to secure sensitive data like credit card numbers, etc. Encoding hides data by using a specific type of code to replace the data. For example, replacing letters with a series of numeric codes would convert words like “password” to 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20.

Types of Data Hiding:

  1. Data Injection: Data injection is when data from another file is added to the existing file. Data injection is a very useful technique to add a new file into an existing file without the users noticing. This is where we can add new information and use this information to add a new file that may contain important information.
  2. Data Replacement: Data Replacement: This is where the new data replaces the existing data. Data replacement involves adding the new data and making it look like the existing data.
  3. Data Replacement and Insertion: This is where the new data is added to the existing data. Data replacement and insertion involve adding new information to the existing file and inserting it into the existing file.
  4. Data Overwriting: This is where data is removed from an existing file. Data overwriting involves removing the existing data. It could also be used to remove unwanted data from a file. For example, if you have a list of numbers, then you can make that compound data by combining it with another set of numbers.

Data Types:

  1. Textual Data: This includes words, numbers, and other written text.
  2. Binary Data: This includes anything that has a 0 or a. This could be data such as images, video, and audio files.
  3. Compound Data: This includes data that combines different types of data. For example, if you have a list of numbers, then you can make that compound data by combining it with another set of numbers.
  4. Mixed Data: This is where you have two sets of data that do not belong together. For example, Numbers that are separated by a dash. e. Numeric Data: This is any data that is measured in numbers. For example The weight of your car, the height of your roof, etc.
  1. Data masking is hiding or obscuring specific data from other users and applications so it can be processed without affecting the overall information flow.
  2. Data masking is done by either encrypting or decrypting specific information, depending on whether the user wants to allow access or not.
  3. Data masking is done for security, privacy, performance, and other reasons.
  4. Data masking is used to hide sensitive data in forms like webpages, apps, and documents.
  5. Data masking can be accomplished using the following tools: JavaScript, PHP, Java, C#, SQL, etc.

In conclusion, to keep it short: there are many types of Delphix data masking techniques. Some of them are used to provide more privacy to users. Knowing how you can use them to provide a better user experience on your app or website can help you to build better experiences for users.

Get the best results when you start by masking out your sensitive data like names and phone numbers.

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