Yes, it's. But it's still easy to break. no there is no different
For the verb "secure"- the opposite of secure (to fasten) is to release or detach- the opposite of secure (to obtain) is to lose or forfeitFor the adjective "secure" (safe, protected), the opposite in insecure, non-secure, unsafe, unprotected, or threatened.
The opposite could be trusting, or secure, or unconcerned, unworried.
The output from a hash function is referred to as the hash value, hash code, hash sum, checksum or just plain "hash" as in "the hash of the file is...". Generally a hash function is presumed to be secure or it wouldn't be used. If a hash is not secure it could be referred to as "worthless" or "false sense of security".
The most common application for encryption is in Internet browsing; whenever someone enters a "secure" website (indicated by shttp as the page protocol type) an encryption system is used to secure traffic between the user and the site.
Of the conman ones in use today MD5 is the least secure.
No, email is transmitted in plaintext. A secure solution would involve encrypting your email or using a more secure protocol (secure ftp, ssh, https, etc)
unconditional security no matter how much computer power or time is available, the cipher cannot be broken since the ciphertext provides insufficient information to uniquely determine the corresponding plaintext computational security given limited computing resources (eg time needed for calculations is greater than age of universe), the cipher cannot be broken
Encryption is a process of translating a message from the Plaintext, into an encoded message, called the Ciphertext. This is usually accomplished using a secret Encryption Key and a cryptographic Cipher. ss of translating a message, called the Plaintext, into an encoded message, called the Ciphertext. This is usually accomplished using a secret Encryption Key and a cryptographic Cipher.
Of course it COULD be. Even a simple substitution cipher could be used to generate the given ciphertext from the given plaintext since they both have the same number of characters. Whether or not it actually IS a valid ciphertext depends on the algorithm used to encrypt it.
SSL or Secure Sockets Layer
OTP
Data encryption the process of scrambling stored or transmitted information so that it is unintelligible until it is unscrambled by the intended recipient. Historically, data encryption has been used primarily to protect diplomatic and military secrets from foreign governments. It is also now used increasingly by the financial industry to protect money transfers, by merchants to protect credit-card information in electronic commerce, and by corporations to secure sensitive communications of proprietary information. All modern cryptography is based on the use of algorithms to scramble (encrypt) the original message, called plaintext, into unintelligible babble, called ciphertext. The operation of the algorithm requires the use of a key. Until 1976 the algorithms were symmetric, that is, the key used to encrypt the plaintext was the same as the key used to decrypt the ciphertext.
It stands for Secure Socket Layer - and is a method of encrypting information over the internet.
MD5 is one of the ways of encrypting passwords and making them secure than leaving them plain. MD5 is of bit 32.
By encrypting the information between a computer and the wireless access point. Several methods are available of which WPA and WPA2 are now the most common
ensure cipher lock only is engaged for secure room
ensure cipher lock only is engaged for secure room