Free SHA384 Hash Calculator Tools Online

SHA 384 Hash Generator

Are you looking for an easy-to-use and reliable online tool to generate a SHA384 hash? If so, then you have come to the right place. This article will write about some of the best free online SHA384 Hash Calculator tools that are available to use.

From quick and easy-to-use online calculators to more robust tools, you can find everything you need to generate a secure SHA384 hash. We will also explain what a SHA384 hash is and how users can use it to ensure the security of their files. So, let’s get started!

What is SHA384 Hash?

SHA384 (Secure Hash Algorithm 384) is a cryptographic hash function that is part of the SHA2 family of hash algorithms. It is used to calculate a hash value of a given file or string and is typically used to verify the integrity of a file or to store passwords securely. SHA384 produces a 384-bit hash value, usually represented as a hexadecimal number of 128 characters.

For example, the SHA384 hash of “Hello World” is “59e1748777448c69de6b800d7a33bbfb9ff1b463e44354c3553bcdb9c666fa90125a3c79f90397bdf5f6a13de828684f”.

A cryptographic hash function like SHA384 takes an input (or “message”) of any size and produces a fixed-size string of characters, known as a “hash.” The same input will always give the same hash, but even the slightest change to the input will give a completely different hash. This makes them a great tool for checking the integrity of a file or password.

SHA384 is considered a secure hash function and is widely used in various applications such as digital signature, password storage, and file integrity checks. For example, let’s say you have a file named “example.txt,” and you want to ensure that it hasn’t been tampered with. You could calculate the SHA384 hash of the file using a hash calculator tool and then store the hash value. Later, if you want to check the file’s integrity, you would calculate the SHA384 hash of the file again and compare it to the stored value. If the two values match, you know that the file hasn’t been modified.

Another example is, let’s say you want to store a password securely. You could use a SHA384 hash calculator to hash the password and store the hash value. When the user enters their password, the system can hash it and compare it with the stored hash value. If the two values match, the user has entered the correct password.

SHA384 is considered more secure than the SHA1 and MD5 hash algorithms, as it produces a larger hash value and is more difficult to crack. Additionally, SHA384 is more resistant to collisions, meaning it is less likely for two different inputs to produce the same hash value.

What is SHA384 Hash Calculator?

A SHA384 hash calculator is a tool used to calculate the SHA384 hash of a given input. It can be a software program that runs on a computer or an online service that can be accessed through a web browser.

The basic functionality of a SHA384 hash calculator is to take an input, which can be a text string, a file, or a password, and then perform a series of mathematical operations to generate a unique fixed-size 384-bit (48-byte) hash value. The calculated hash value can then be displayed as a hexadecimal string, which can be compared to a known hash value to ensure the integrity of the input data.

SHA384 hash calculator can be used in various applications such as digital signature, password storage, and file integrity check. For example, it can be used to check the integrity of a downloaded file by comparing its hash value with the one provided by the source, or it can be used to store a password securely by hashing the password and storing the hash value.

There are many free online SHA384 hash calculators available, as well as some paid software that can be downloaded and installed on a computer.

How does SHA384 Hash Calculator Work?

Here is a detailed breakdown of the steps involved in the process of how a SHA384 hash calculator works:

  1. Input: The first step is to input the data that needs to be hashed. The data can be in the form of a text string, a file, or a password.
  2. Padding: The input data is then padded to a specific length, which is a multiple of the block size (1024 bits) used by the SHA384 algorithm. This is done to ensure that the data is of the correct size for the algorithm to process.
  3. Message Schedule: The padded data is then divided into a series of fixed-size blocks, known as the message schedule. The message schedule is then used to create a series of temporary variables, which will be used in the next step.
  4. Hash Calculation: The SHA384 algorithm then performs a series of mathematical operations on the message schedule, using the temporary variables and a set of fixed mathematical constants. These operations are designed to create a unique hash value that is highly dependent on the input data.
  5. Hash Output: The final step is to output the calculated hash value. This value is a fixed-size 384-bit (48-byte) string of characters that represents the input data. It can be displayed as a hexadecimal string, which can be compared to a known hash value to ensure the integrity of the input data.

It is worth noting that the above steps are a simplified version of the actual process; the actual algorithm is more complex and uses bitwise operations, logical operations, and modular arithmetic operations to create the hash value. Also, the algorithm uses a key schedule, which is a set of pre-calculated values that are used in the hash calculation process. The key schedule is generated using the input data and is unique for each input.

SHA384 hash calculation is a one-way process, and it is computationally infeasible to get the input data from the hash value; this makes it a secure way to store sensitive information like passwords or check the data’s integrity.

Is SHA512 better than SHA384?

SHA512 (Secure Hash Algorithm 512-bit) is a member of the SHA2 family of cryptographic hash functions and is considered more secure than SHA384.

Both SHA384 and SHA512 use the same underlying mathematical operations, but they differ in their block sizes and output sizes. The block size for SHA512 is 1024 bits, while the block size for SHA384 is only 512 bits. Additionally, the output size for SHA512 is 512 bits, while the output size for SHA384 is 384 bits.

The larger block size and output size of SHA512 provide it with greater resistance to collisions and preimage attacks, which are types of cryptographic attacks that attempt to find two different inputs that result in the same hash value or to find an input that corresponds to a given hash value.

SHA512 is typically used in applications where a high level of security is required, such as digital signature and password storage. For example, it can be used to hash a password before storing it, making it much more difficult for an attacker to obtain the original password if the database is compromised.

SHA384 is also secure and is used in similar applications, but it is not as secure as SHA512. It is considered to be less secure than SHA512 because its output size is smaller, providing less resistance to collisions and preimage attacks.

In summary, SHA512 is generally considered to be more secure than SHA384. It provides a higher level of security due to its larger block size and output size and is more resistant to collisions and preimage attacks. However, depending on the use case and security requirements, SHA384 can still be used in many applications.

Free SHA384 hash calculator tools online

There are many free online SHA-384 hash calculator tools available for anyone to use. Here are a few examples:

1. LambdaTest’s SHA384 Hash Calculator

LambdaTest is a cloud-based automation testing platform that allows users to quickly and efficiently perform cross-browser testing on various web browsers and operating systems. LambdaTest also provides a free online SHA384 Hash Calculator, enabling users to easily calculate hash values for text strings without having to install additional software. The calculator is simple and can be accessed through the LambdaTest website.

LambdaTest’s free online SHA384 Hash Calculator helps users generate secure hashes for their data. It can create cryptographic hashes for sensitive data, such as passwords and important documents. The SHA384 hash algorithm is an industry-standard, one-way encryption method designed to protect the integrity of the original data.

With LambdaTest’s SHA384 Hash Calculator, users can quickly and easily generate SHA384 hashes to ensure their data is secure. The calculator is easy to use with just a few simple steps: enter the value you want to generate a hash for in the “Enter Value” cell, select the “Calculate SHA384” option, and view the output in the “Output” cell. LambdaTest’s SHA384 Hash Calculator provides users with a reliable way to protect their valuable information from unauthorized access.

The SHA384 Hash Calculator provided by LambdaTest is an essential tool for developers who need to verify their code or compare two different pieces of data. By entering a text string into the calculator, users will receive an outputted hash value that can then be used for comparison with another piece of data or simply as confirmation that the code has been correctly written. This process allows developers to save time and effort in verifying their code manually, making it easier for them to find any errors in their scripts.

Try it out today!

2. is an online tool for quickly and securely computing the SHA384 hash of a string. This free service provides users with a powerful and secure way to verify data integrity. With mini webtool’s SHA384 hash calculator, users can quickly generate hashes from any given input string, ensuring that the data they are dealing with is untampered and authentic.

Users can use mini webtool’s SHA384 hash calculator to ensure their data is safe and secure. Additionally, the user-friendly interface makes it easy to generate hashes quickly and accurately with minimal effort.

With this free online service, the mini web tool offers a hassle-free way to verify data integrity and authenticity. This service is ideal for users who need to verify the authenticity of their data, whether it’s a digital signature, a message authentication code, or any other type of file.

3. Code Beautify

Code Beautify is a powerful, free online SHA384 hash calculator that helps developers and IT professionals quickly generate secure hashes for their data. The generated hashes are cryptographically secured and can be used to verify the integrity of both messages and files. With its easy-to-use interface, anyone can generate secure hashes with the click of a button.

Code Beautify makes it simple to securely store, share, and verify sensitive information in a matter of seconds. Additionally, Code Beautify’s SHA384 hash calculator supports multiple hashing algorithms so users can choose the best suited for their needs.

With Code Beautify’s advanced features, such as automatic copy-to-clipboard functionality after generating the hash, users can get up and running quickly without having to manage the process manually.

For any developer or IT professional looking for an effective way to generate secure hashes quickly, Code Beautify offers an excellent solution. Try it out today!

4. is a free online SHA384 hash calculator that makes it easy to quickly and securely generate SHA384 hashes for any data. With the intuitive user interface, you can easily upload files or manually type in the text to calculate the corresponding SHA384 hash. You can also enter an optional HMAC key to secure your data further. When you’re finished, you can download your hashed data quickly and conveniently.

With, generating a secure SHA384 hash is fast and simple! Try it out today and see how easy it is to protect your data with the power of encryption!

5. is the world’s simplest SHA384 hash calculator for web developers and programmers. This free online tool helps you quickly and securely compute SHA384 checksums for any text document in seconds. All you have to do is paste the text into the form, hit the Calculate SHA384 button, and get your SHA384 digest instantly. It’s that easy!

Translation in Tech Industry provides a fast, secure, and reliable way to compute SHA384 hashes without any ads, nonsense, or garbage included. So if you need to calculate an accurate SHA384 checksum with ease and speed, is the perfect solution. Try it out today!

6. is a free online SHA384 hash calculator that helps verify data’s integrity, ensuring it hasn’t been tampered with or corrupted. This program provides a secure and reliable way to calculate the SHA384 hash of any data file or string.

With, you can easily perform an accurate and secure hash authentication challenge for your data files without having to worry about the accuracy of the result.’s user-friendly interface makes it easy to use, even for beginners. The results are reliable and always accurate, so you can trust that your data is secure and protected against unwanted changes.

With, you can quickly and easily calculate the SHA384 hash of any file or string in just a few simple steps – making it an ideal choice for verifying the integrity of your data files. So if you’re looking for a secure, reliable way to check the authenticity of your data files, look no further than

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With its user-friendly interface and accurate results, it’s the perfect tool for keeping your data safe and secure. Try it out today and start protecting your data with confidence!


The use of SHA384 hash calculator tools online is an invaluable asset for anyone who needs to generate a secure hash quickly and accurately. With the increase in data breaches and cyber threats, it’s more important than ever to ensure the integrity of your data. By utilizing a free online tool, you can easily calculate hashes with confidence and peace of mind. So don’t wait – access one of the many free SHA384 hash calculator tools available today and protect your data right away!

This post was last modified on March 16, 2023 4:29 PM

Yogesh Patel: Yogesh Khetani is a famous Tech Blogger who loves to be surrounded by tech gadgets. So obviously, we can see his contribution here in that field. He also contributes to Now I am Updated website.