Institute of Research: Different Types of Encryption
Keeping data secure is of particular concern for healthcare organizations committed to patient research. Patients are often concerned about being forthcoming about their information because they fear it may be used against them when making occupationally-related decisions or setting health insurance premiums. Organizations must not simply be vigilant in ensuring that such information is protected; they must avoid the appearance of being careless. The creators of the ABC security system must be diligent in ensuring that there are a series of impenetrable controls to ensure that only authorized personnel have access to sensitive information. The most commonly-used method to protect electronic data is that of encryption. "Encryption uses mathematical formulas to scramble data, converting sensitive details coveted by intruders into gibberish" (Behrens 2015). Two techniques are available to protect data for the ABC Institute and its collaborator XYZ, that of "symmetric encryption (also called secret key encryption) and asymmetric encryption (also called public key encryption)" (Czagan 2013). This paper will provide a review of the strengths and weaknesses of both methods and suggest that...
This might be as simple as shifting each letter by a number of places in the alphabet. As long as both sender and recipient know the secret key, they can encrypt and decrypt all messages that use this key" ("Description," 2015). Symmetric encryption is the oldest form of the technique and has the advantage of being relatively fast and simple. The obvious advantage for ABC is that when dealing with large amounts of information, this method would be preferred in the interest of expediency. Changing the key is often used on a session-by-session basis to ensure that a hacker cannot figure out the code (Czagan 2013).
However, the disadvantage of symmetric encryption is that it is not always secure. "Anyone who knows the secret key can decrypt the message" ("Description," 2015). Storage is critical: those that need the information must have access to the key but the key must be protected from those that do not require it. "If you have to store the key on a disk or a device (e.g. In an app), or if you transmit it unprotected over a network, then once an attacker gains access to that key, your encryption is useless" (Behrens 2015). Since symmetric encryption is a one-step process, if the first and only layer of security is penetrated, information can be easily accessible to a hacker. Symmetric encryption is only really safe if there is a foolproof…
References
Alonso-Zaldivar, R. (2015). Lack of encryption standards raises health data privacy questions.
PBS. Retrieved from: http://www.pbs.org/newshour/rundown/lack-health-care-cyber-security-standards-raises-questions/
Behrens, M. (2014). Understanding the 3 main types of encryption. Atomic Object.
Retrieved from:
http://spin.atomicobject.com/2014/11/20/encryption-symmetric-asymmetric-hashing/
http://resources.infosecinstitute.com/symmetric-asymmetric-encryption/
https://support.microsoft.com/en-us/kb/246071
Why isn't everyone using encryption in healthcare? (2015). Virtu. Retrieved from https://www.virtru.com/blog/why-isnt-everyone-using-encryption-in-health-care/
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The other is a private key that you use to decrypt messages that you receive" (Pretty pp). PGP is such an effective encryption tool that the United States Government actually brought a lawsuit against Zimmerman for putting it in the public domain and therefore making it available to enemies of the United States, however, after a public outcry, the government's lawsuit was dropped, yet it is still illegal to use PGP
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This occurs when a server happens to receive more connection requests that are incomplete and that it cannot possibly handle. This kind of attack's source code were released in 2006 by 2600 and Phracks two well-known underground hacker magazines. The second threat is IP Spoofing which is an attack which involves the impersonation of a legitimate host user at the IP layer. The third one is sequence number attack.
