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RSA Algorithm: A Trusted Method for Encrypting and Securing Data

The RSA algorithm is a commonly used method for secure data transmission in the field of cryptography. It is a type of public-key encryption, which means that it uses two different keys for the encryption and decryption process: a public key and a private key. The public key is used to encrypt the data, while the private key is used to decrypt it.

What Is the RSA Algorithm?

The RSA algorithm is a powerful encryption method that is widely used to protect sensitive information. It is a type of public-key encryption, which means that it uses two different keys for the encryption and decryption process: a public key and a private key. The public key is used to encrypt the data, while the private key is used to decrypt it.

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What is SQL Injection? How to Prevent SQL Injection

SQL injection is a type of attack where the backend database is manipulated to get access to the information that is prohibited to be shared. The data may consist of numerous items, sensitive data of the company, private customer details. The impact of this attack is very severe and disruptive for the company facing it. A successful attack will cause unauthorized viewing of the customer list, vanished tables, changes in content, the behavior of the web, and sometimes the attacker tries to get access to the administration database all the above causes are very crucial for a company to run. The attacker can continuously attack the company’s system that leads to long-term damage and undergoes unnoticed for an extended period.

Many high-profile companies have faced the attack of SQL injection and seen reputational damage, regulatory fines. SQL injection takes place only because of the companies that use the application of untrusted data like web form fields. When the web page fails to clean the cache before requesting the SQL query at the same time the attacker will also execute their SQL injection that the company will execute. 

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The Most Common Java Keytool Keystore Commands

Java Keytool Keystore Commands

The platform that manages the private keys and certificates is called Java Keytool. It has the ability through which public/private keys and certificate manage in addition to caching certificates. The storing place of keys and certificates is named by Java as Keystore. Java Keystore represents a file. The private keys are protected with a password in Keystore. The chain of trust and primary certificate trustworthiness is established by Keytool Keystore that is necessary to protect the private keys and certificates.

A unique alias is associated with each certificate in Java Keystore. First, you have to create a .jks file that will initially consist of only private keys. After that, CSR needs to be generated from which certificate will be generated. Then the certificate should be imported into the Keystore including root certificates. There are various functions that are performed by the Java Keytool like viewing of certificate details or a list of certificates consist of export a certificate.

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What Is File Integrity Monitoring and How Does It Work?

With the world changing rapidly the data and the system that controls the data are also changing. At the beginning of the Internet and WWW, the data used to be stored on one’s personal machine, and it was accessed by only the person owning the device.

But now, with thousands of companies working with millions of employees and billions of terabytes of data, it is necessary to control and monitor who is going to access the data and who is going to made changes in it.

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What Is SSL Offloading and How it Works

SSL (Secure Sockets Layer) certificates are given to a website to make sure that the website is secured and won’t fall prey to malicious hackers. Since this process involves loading the web-server with a lot of load, the process of SSL offloading is done to remove the SSL-based encryption from the incoming traffic to make the web-server a bit relieved from decrypting the incoming traffic.

This process is to be designed specifically for the acceleration of SSL known as SSL acceleration. The SSL offloading device processes both encryption and decryption, both of which make the web-server slow.  

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Public Key Cryptogrophy – The Puzzle of Private and Public Keys

Whenever we disclose any of our private information (or any type of info that might hamper our lives if it gets into the wrong hands) to an authority online, we always have second thoughts about how communication networks work and if they'll be able to keep our information secure.

So to end this uncertainty to some extent, you’ll get to know how public-key cryptography (asymmetric cryptography) helps carry out the exchange of our information over the internet securely in this article.

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OPEN SSL – The Hero Nobody Talks About

When we see HTTPS and HTTP connections, most of us can’t differentiate between them. We ask ourselves what difference can a single, "S," make? Little do we know that the letter "S" is all that matters.

The difference between the HTTP and HTTPS connection is not of just a letter, but a secure and protected connection ensured by a valid SSL certificate.

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How Secure Is 256-bit Encryption?

SSL security is all about encryption of data over two nodes. The safe transfer over an internet connection is attained due to encryption performed by the SSL system.

Why Is it Necessary?

Now, I can list n-numbers of examples that could prove its necessity for our daily transmission or transactions process.

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What Is SSL Inspection? Why Use SSL Inspection?


SSL Inspection or HTTPS Inspection is the process of intercepting SSL encrypted internet communication between the client and the server. The interception can be done between the server and the client and vice-versa.

We know that SSL encryption helps keep our data safe. Every bit of data is encrypted, such that data tampering or 3rd party intervention is not possible. However, that is not the case now. SSL can now be used to hide malware. 

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What Is Server Name Indication and How Does it Work?


SNI  or server name indication is an addition or an extension to the TLS protocol, which again stands for transport layer security. So, basically server name indication allows the client to indicate the host where it wants to terminate the encrypted session. 

 It allows a server to present multiple certificates on the same IP address and TCP port number and hence allows multiple secure (https) websites to be served by the same IP address without requiring all those sites to use the same certificate.