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History of encryption technology
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You have probably used ciphers when you were young with friends and did not even realize. Keeping secrets from people that wanted to know the secrets you had. Ciphers have been around for thousands of years. To cipher something is to hide the specific meaning of messages, but not the message existence. The need to hide messages has been with us ever since we moved out of caves way back then. Most of the earliest forms of ciphers we have records of have been mostly recovered from Egypt, Greece and Rome. There are several types of ciphers used in the world today in places such as a bank and even on computers. Ciphers are used to keep unwanted people or technology from seeing things you do not want others to see, such as personal information. Certain people can decipher these using a key or a serious of steps to bypass the cipher.
One of the oldest technical studies we can find records of is known as ciphers. There has been documented use of ciphers going back to Egypt 2000 B.C. Ciphers are also known as many other names such as the more commonly used word cryptography(cryp•tog•ra•phy), cryptography originates from the Greek words kryptos and graphein, meaning ‘hidden and writing, respectively’. Cipher are also none as encryption, or conceal. Ciphers is an ancient science art used to write in secret codes, some ancient ciphers are the hieroglyphics used to beautify the tombs of the rulers and kings that passed away. The hieroglyphics told the deceased life story. As time went by it became more difficult for people to decipher these hieroglyphics. These hieroglyphics would have probably not been deciphered until the computer age if the Rosetta Stone was not deciphered in the early nineteenth century.
Around 500 B.C. the Spartans creat...
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...ered messages of different nations. These cryptologists were known as the Black Chambers. Some of the most famous Black Chambers were the Austrain Geheime Kabinets-Kanzlei in Vienna, the French Cabinet Noir and later the British Room 40, infamous for their extraordinary aptitude in capturing and deciphering different sorts of military and political post.
Coming into the nineteen century, machines such as the Hebern rotor machine and The Engima machine were beginning to be built to create ciphers for military and other uses. The majority of the work on cryptography was for military purposes, typically used to conceal mystery military data. In any case, cryptography pulled in business consideration post-war, with organizations attempting to secure their information from rivals. Throughout and before World War II, the primary provisions of cryptography were military.
One of Great Britain’s most important naval developments was the founding of the top-secret Office of Naval Intelligence, better known as Room 40. Specializing in cryptography, “the science of writing in secret code” in order to hide sensitive information, Room 40’s cryptanalysts worked around the clock to break the secret code. Decryption is vital in secret transmissions concerning strategic war movements, as the enemy will be looking to intercept information concerning movements and positioning. Great Britain was aided in that the German Navy started the war with three primary codes, and within four months the British Admiralty possessed physical copies of all three of them.
Coding and encryption were two very important elements in the use of espionage. Enigmas were cipher machines that were based mainly on a wired code wheel. The wired code wheel, known more commonly as a rotor, would be shaped similar to a hockey puck made of non-conductive material, such as rubber, and have two sides, an input plate and an output plate and around the circumference are 26 evenly spaced electrical contacts. The 26 contacts on the input plate would be connected by wired through the body of the rotor to the 26 contacts on the output plate. An alphabet ring would then be placed around the rotors 26 contacts therefore creating a cipher alphabet.
Arguably one of the most important discoveries made regarding the historical and cultural study of ancient Egypt is the translation of the writing form known as hieroglyphics. This language, lost for thousands of years, formed a tantalizing challenge to a young Jean François who committed his life to its translation. Scholars such as Sylvestre de Sacy had attempted to translate the Rosetta Stone before Champollion, but after painstaking and unfruitful work, they abandoned it (Giblin 32). Champollion’s breakthrough with hieroglyphics on the Rosetta Stone opened up new possibilities to study and understand ancient Egypt like never before, and modern Egyptology was born.
What is encryption? Encryption is a technological technique that protects and secures the transfer of plain text information between two sources through the use of the internet. This is done by rearranging the text using a mathematical algorithm that renovates the message into an indecipherable form, which can only be unlocked and translated with a use of a key. The strength of the encryption key is measured by its length, which is determined by the number of bits and by the type of encryption program.
Arthur Scherbius invented the Enigma machine as a way to communicate in code. The Enigma machine has a board with 26 keys each containing a letter from the alphabet. It also has a following board with the same 26 letters but with a light under the board. Pressing the letter ‘A’ on the first board will light up a different letter ‘V’ on the second board, therefore scrambling the letters. In order to send and receive the same correct message the controls have to be set at the same setting or else the message would be ciphered incorrectly. In fact the Germans would switch up the settings every
In 1799, when Napoleon’s army was dismantling a wall in Rashid, Egypt, they discovered the Rosetta Stone. Little did they know that this 11-inch thick piece of rock would be one of the greatest discoveries in history! It contained Egyptian scripture, with Greek also on the stone. This was used to decode the once lost Egyptian writing system. Before the 1800’s, attempts at trying to uncover the secrets held by the ancient Egyptian hieroglyphics found on walls inside numerous tombs were useless. The pictures were falsely believed to be symbolic, representing some sort of object or idea. Something soon changed all of this misconception. 1799 was the year of a great breakthrough in Egyptology. French troops, under Napoleon’s command, were destroying a wall when they found a black, basalt stone. The stone was inscribed with three different forms of writing: Egyptian hieroglyphics, a shorthand form of hieroglyphs, and Greek written in 196 BC. The Rosetta Stone then became instrumental in decrypting the long forgotten Egyptian writing system. The stone was first discovered near Rosetta, Egypt, by one of Napoleon's soldiers, named variously as Bouchard, during his expedition to Egypt in August of 1799. In no time, this discovery was mentioned to all the top scholars who were immensely interested since there was no way to decode the hieroglyphs. In 1802, Johan David Akerblad was the first to break ground in identifying the first demotic symbols. He identified a few of the proper names in the demotic text, after comparing them with the same names found in the Greek text. (Ogg 78) Next on the scene was Thomas Young, an English physicist, who took an interest to the deciphering the Rosetta Stone as well. After much researching, Young was able to prove that the proper names in the hieroglyphics section of the stone did in fact have phonetic value, and were not made up of symbols. He then introduced the idea of the proper names being written with ovals around them, known as cartouches. In reality, the hieroglyphs only contained six. Of the phonetic values that he assigned to hieroglyphs, five were correct (p, t, i, n, and f). (Budge 54) In 1814, he revealed the way in which the hieroglyphic signs were to be read by studying the direction in which the birds and other animals were all facing. He also was able to correctly identify some single-consonant...
Have you ever heard about the Rosetta Stone? The Rosetta Stone is a stone that was discovered in 1799 with writing on it in two languages, these being Egyptian and Greek. The writing uses three scripts which are hieroglyphic, demotic and Greek. In the story From The Riddle of The Rosetta Stone Key to Ancient Egypt by James Cross Giblin, the author writes about a sequence of events that affected the discovery of the Rosetta stone. Figuring out the writing on the Rosetta Stone took many mistakes and clever minds, but eventually it was translated after many years and hard work.
Steganography is ‘‘covered writing’’. Steganography is the hiding of a secret message within an ordinary message and the extraction of it at its target. Steganography takes cryptography a step farther by hiding an encrypted message so that no one guess it exists. Ideally, anyone scanning your data will fail to know it contains encrypted data.
Hieroglyphics writing is consistences of writing with hieroglyphics. The Maya used hieroglyphics to record historical and relgious events ( Hopkins, Step 3, Source 1). It is amazing how the Maya civlization had devoloped there own way of
When World War II broke out in 1939 the United States was severely technologically disabled. There existed almost nothing in the way of mathematical innovations that had been integrated into military use. Therefore, the government placed great emphasis on the development of electronic technology that could be used in battle. Although it began as a simple computer that would aid the army in computing firing tables for artillery, what eventually was the result was the ENIAC (Electronic Numerical Integrator and Computer). Before the ENIAC it took over 20 hours for a skilled mathematician to complete a single computation for a firing situation. When the ENIAC was completed and unveiled to the public on Valentine’s Day in 1946 it could complete such a complex problem in 30 seconds. The ENIAC was used quite often by the military but never contributed any spectacular or necessary data. The main significance of the ENIAC was that it was an incredible achievement in the field of computer science and can be considered the first digital and per...
The culture of Ancient Egypt is identified and very well known for many aspects of their ways of life. Considering the time period, they were very technologically advanced. This can especially be seen through the great pyramids and hieroglyphs that elaborately decorate the walls of them. Pyramids were not small structures. In fact the largest one was over fifty stories high. In addition they were also built completely by manual labor. Labor consisted of moving limestone blocks that weighed on average 2.5 metric tons and could weigh up to 15 metric tons. In addition they had to form these blocks, move them, and sculpt them into the great structures known as the Pyramids. As you can imagine they took several decades of day in and day out work to complete these massive structures. The hieroglyphs were also an important part of not only the Ancient Egyptian culture but the pyramids especially. They provided pictorial descriptions for burial chambers, temples, jewelry, and important statues. Ways to decipher them were unknown until the discovery of what is known as the Rosetta Stone. It was a stone that showed the same text in three different languages. Then early in the 19th century a French scholar name Jean Francois Champollion was able to decipher it and later on aid in learning the language of the dead language of hieroglyphs. Hieroglyphs are still being deciphered to this day.
Codes have been around for centuries ranging from wax, invisible ink, Morse code, the Enigma used by the Germans during World War II and now steganographic. Steganography is the latest form to insidiously hide information over the Internet without a trace of a file being altered. You are able to hide messages within images, voice or music. Steganography is an ancient method of hiding messages. Today messages are hidden in images and music. Steganography can be traced back to the ancient Greek who would write messages on tablets and cover them in wax. This made the tablets look blank and unsuspicious (Kolata, F4). Citizens of ancient civilizations would tattoo messages on their shaved heads. They would then let their hair grown in and travel across enemy lines to deliver the message (Seper, G1). During World War II the Allies placed a ban on flower deliveries with dates, crossword puzzles and even report cards (Kolata, F4) for fear of a message being hidden with in. Steganographers first alter their data by using encryption and then place the image into a pre-select image. Steganographers look for a piece of code that would be the least significant and look the least altered to the human eye (Kolata, F4), being as inconspicuousness and random as possible. This makes the messages undetectable unless you knew that there is a message hidden and you were able to crack the code.
Cryptography was first used long before the invention of computers. One well-known system was attributed to the reign of Julius Caesar (Klein ix). Another example is the famous Zimmerman telegraph, which was sent from Germany to Mexico during World War I (ix). In a more modern setting, cryptology was mainly used by the government until the late 1970s (Simpson 1). This is largely due to the fact that computers were too expensive, so not many households or businesses had them (1). However, after the computer revolution, cryptology became more public, especially in the business industry where there was a greater need to secure things like transactions (1).
In this era when the Internet provides essential communication between tens of millions of people and is being increasingly used as a tool for security becomes a tremendously important issue to deal with, So it is important to deal with it. There are many aspects to security and many applications, ranging from secure commerce and payments to private communications and protecting passwords. One essential aspect for secure communications is that of cryptography. But it is important to note that while cryptography is necessary for secure communications, it is not by itself sufficient. Cryptography is the science of writing in secret code and is an ancient art; In the old age people use to send encoded message which can be understand by the receiver only who know the symbolic and relative meaning of that encoded message .The first documented use of cryptography in writing dates back to circa 1900 B.C. Egyptian scribe used non-standard hieroglyphs in an inscription. After writing was invented cryptography appeared spontaneously with applications ranging from diplomatic missives to war-time battle plans. It is no surprise, then, that new forms of cryptography came soon after the widespread development of computer communications. In telecommunications and data cryptography is necessary when communicating in any untrusted medium, which includes any network, particularly the Internet [1].Within the context of any application-to-application communication, there are some security requirements, including:
Hieroglyphics were a traditional form of writing used by the Egyptian people. These carvings are one of the earliest examples contributing to current knowledge of ancient Egyptian mathematics. Inscriptions of early hieroglyphic numerals can be found on temples, stone monuments and vases. Such carvings typically include groups of inscriptions. Although hieroglyphs indicate the use of mathematics in early Egyptian civilization, they shed little light on any ...