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_aJoash Gianne T. Paras and Mary Joise Ann Z. Caliwag.
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_aEnhancement of honey encryption algorithm applied in thinkgeek online shopping /
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_cJoash Gianne T. Paras and Mary Joise Ann Z. Caliwag.
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_cMarch 2019.46
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_a66 pp.
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_aunmediated
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_aUndergraduate Thesis: (BSCS major in Computer Science) -Pamantasan ng Lungsod ng Maynila, 2019.
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_aABSTARCT: This study is about the enhancement of Honey Encryption Algorithm. Honey Encryption is a new encryption algorithm that includes the element of deception, which offers an additional layer of protection, plausible, but real-looking data is served up in response to incorrect guesses of passwords or encryption keys. If a hacker does guesses correctly, he probably won't realize it, because the real data will be floating in a sea of spoof data that appears every bit as a real. However, the algorithm uses symmetric encryption which when decrypted the integrity of data is compromised and also the processing tie is higher. The algorithm's message and key are stored in one seed which leads to leakage of sensitive private data. Also, the algorithm cannot encrypt if the message is too high. Applying Caesar Cipher and binary number system conversion for both encryption and decryption. Mersenne Twister random number generator and shuffling for generating plausible texts. Also, simple string algorithm is used for compressing the message in the message space. Future Researchers can apply the enhanced Honey Encryption Algorithm on any-e-commerce to improve the security, confidentiality of data and to fool the attackers.
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