Procedural Security Analysis

Over the years, cryptography has been used to protect secrets, in a military capacity to make sure that either hackers, enemies of the countries, do not intercept sensitive formation. Ciphers, and encryption blocks are becoming so hard to break even the best super computers cannot break the codes in a timely fashion. Encryption has been improved over the years, also has been around for thousands of years and this paper is intended to explain about different forms of cryptography that either has been used or is still in use to this day. This paper is about

After assessing the risk invovled with the organization infrastructure. The next step is security planning which involves developing controls and policies with techniques to help with security. The security strategies will define a plan for reactive and proactive security planning. The planning is developed to protect the company assets. Reactivly planning a contingency plan to implement just in case the orginal plan failed.

Encryption, also known as cryptography in the modern world, is the process of securing communication in the presence of third parties. Encryption is used to convert plain text data into unintelligible or useless ciphertext, and is used by many big institutions such as the government and businesses. My references discuss about why it is important that we learn about how to use encryption effectively, and how we can learn from previous methods of encryption. I will highlight what and how encryption has historically been used. My goal of this essay is to prove why we need to continue developing stronger methods of encryption.

Encryption refers to a technique that facilitate the storage, transmission of information in a format that is unreadable to unintended audience. Unintended audience in this case may be hackers, sniffers, malwares e.t.c.the technique has been widely used to curb phishing in the current network security landscape.

Lastly, human-caused threats are another essential part to protect organizational interests. The understanding of trends used for proper access control and exploits needs to be implemented. It is important for industry leaders to become involved in legislation to guide judicial organizations in the prudent and informed establishment of

Lastly, human-caused threats are another essential part to protect organizational interests. The understanding of trends used for proper access control and exploits needs to be implemented. It is important for industry leaders to become involved in legislation to guide judicial organizations in the prudent and informed establishment of logic driven

Organizations use a set of rules to define the protocols to access to the information system. This list of protocols is known as security policies. Security consists of a group of standardized polices working together as one document creating the security policy. Researchers have stated the development of information security policies is the first step in the right direction toward preparing an organization to defend

Cryptography is the practice and study of techniques for secure communication in the presence of third parties called adversaries. More generally, cryptography is about constructing and analyzing protocols that prevent third parties or the public from reading private messages; various aspects in information security such as data confidentiality, data integrity, authentication, and non-repudiation are central to modern cryptography. Modern cryptography exists at the intersection of the disciplines of mathematics, computer science, and electrical engineering. Applications of cryptography include ATM cards, computer passwords, and electronic commerce.

The practice and study in securing communication between parties in presence of potential adversaries. A cryptographic algorithm or cipher is a mathematical function used in a plaintext in the encryption and decryption process. A cryptographic algorithm works in combination with a key (number, word, or phrase) to encrypt the plaintext. The

Since the beginning of civilization, humans have needed a way to communicate in secret. Whether it be a letter to a lover or a set of orders for an army, it would be paramount for these messages to arrive unknown and untouched. However at some point, a person could easily apprehend the message; perhaps a spy or the letter bearer, nevertheless the chance of the message being compromised would be quite high. Thus one would have to change the message to appear as meaningless nonsense to those others than the intended recipient. This idea formed the basis of cryptography, the backbone of digital security.

The term “Cryptography” was originated from Greek. In Greek “Crypto-” means hidden and “-grapy” means writing. Simply, cryptography means scrambling data so that it cannot be read or access by an unauthorized person. The ancient cryptographer Julius Caesar sent messages to his commanders by shifting each letter in his message to three places down in the alphabet. A was replaced by D, B was replaced by E and so on (Ciampa 186). This method of changing the original text into a secret message is called encryption and retrieving back to the original form is called decryption.

Cryptography is an indispensable tool of techniques for the secured communication between two parties in the presence of third party. A cryptographic algorithm is a mathematical function for encryption or decryption where encryption is the process of translating plain text/ data into a random and meaningless (cipher text) data and decryption is the process of converting cipher text back into plain text. In most of the cases, two functions are involved, one for encryption and the other for decryption. It is basically about constructing and analyzing protocols which prevents public from reading the private messages.

Cryptography is the practice and study of techniques for secure communication in the presence of third parties. The art of protecting information by transforming it (encrypting it) into an unreadable format is called cipher text.

Hashing - is one of the method that is used in encryption systems to create a "fingerprint" for a message. It creates a unique fixed-length signature for a message or data set. The reason is used this hashing is to prevent the message from being improperly accessed on its way to its destination. When the data is encrypted using hashing, it is very hard to be reversed or deciphered. Moreover, the common used hashing is one - way hash which is a mathematical

Cryptography is a method of storing and transmitting data in a particular form so that only those for whom it is intended can read and process it. (Rouse, Definition: Cryptography, 2016)