Comparision Of AES 128, 192 And 256 Bit Algorithm For Encryption And Description File

Andriani, Ria Dewi; Wijayanti, Stevi Ema; Wibowo, Ferry Wahyu

doi:10.1109/icitisee.2018.8720983

Cited by 11 publications

(4 citation statements)

References 0 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…En cuanto al tiempo de procesamiento AES-128 tiene un tiempo de procesamiento relativamente más rápido en comparación con los otros dos algoritmos. En cuanto al uso del CPU utilizado para el proceso de cifrado y descifrado de archivos, AES de 192 bits utiliza menos CPU que los otros dos algoritmos (Andriani et al, 2018).…”

Section: Encriptación Aes (Advanced Encryption Standards)unclassified

Seguridad y componentes nativos en una aplicación híbrida

Albarran¹,

Torrealba²,

Oñate³

2023

RCUI

View full text Add to dashboard Cite

El uso de dispositivos inteligentes es cada día mayor, y, por tanto, el desarrollo de aplicaciones móviles se ha incrementado. Las empresas, conocedoras de esta realidad, están adaptando sus aplicaciones digitales para incorporar estas tecnologías. Este trabajo presenta el desarrollo de una aplicación híbrida que integra la aplicación móvil a un conjunto de funcionalidades de un módulo CRM previamente construido. La aplicación móvil contiene además un componente de seguridad de dos factores que combina una autenticación biométrica y una autenticación por conocimiento. Además, la aplicación móvil incluye funcionalidades de mensajería y comunicación con los usuarios haciendo uso del ecosistema de los teléfonos inteligentes. Para la gestión del proyecto se usó un método ágil. Se obtuvo una aplicación móvil en fase de operación que ya se encuentra en la Play Store de Google. Para validar la usabilidad de la aplicación, luego que esta fue utilizada por un periodo de tiempo, se realizó una encuesta a los usuarios, un 71% considera que la aplicación móvil es de fácil uso y que un 78% usa la aplicación para comunicarse con sus clientes.

show abstract

Section: Encriptación Aes (Advanced Encryption Standards)unclassified

Seguridad y componentes nativos en una aplicación híbrida

Albarran¹,

Torrealba²,

Oñate³

2023

RCUI

View full text Add to dashboard Cite

show abstract

“…This method will be symbolized in our research (AI AES OAMP) to be compared with a time (AES -192 bit) value mentioned in it. Ria Andriani, Stevi Ema Wijayanti, and Ferry Wahyu Wibowo [19] To determine how much time and CPU power is required to encrypt and decrypt a file, this search will compare the AES algorithm from AES-128 bit, AES-192 bit, and AES-256 bit. The study' s findings demonstrate that AES 128-bit processes information relatively more quickly than AES 192-bit and AES 256-bit.…”

Section: Related Workmentioning

confidence: 99%

Generation Initial Key of the AES Algorithm based on Randomized and Chaotic System

Mansoor Al-Amri,

Hamood,

Farhan

2022

AJEST

View full text Add to dashboard Cite

information security is a critical concern and a top priority for many communications networks. Cryptography is a suitable method of data security that can be used to maintain the secrecy and authenticity of information and can improve the privacy aspect of the data. The AES algorithm is one of the most important encryption algorithms and the best in protecting data. In this paper, a comparison was made between two different methods for the generation initial key of the key expansion of the AES-192 algorithm, in the first method, the initial key generated by the user (chose a random key by the user), and in the second method, the initial key generated by the chaotic system (which used the logistic function to generate the numbers chaotically). After testing the two methods, the second method that used a chaotic system is faster and more secure than the first method. Also, the encryption and decryption operations using the key generated by the chaotic system were faster when applying it to various sizes of text files and the plaintext is difficult to discover from the ciphertext. When comparing the proposed method to earlier experiments, it is both quicker and messier than earlier encryption techniques.

show abstract

“…The main objective of cryptography is to secure data communication from unauthorized access or data modification during the storage process (Vivi Wahdini et al, 2021). One proven effective cryptographic method is the Advanced Encryption Standard with a key length of 128 bits, commonly referred to as AES-128 (Andriani et al, 2018;M. Hidayat et al, 2023;Kaminsky et al, 2010).…”

Section: Introductionmentioning

confidence: 99%

Optimizing Attendance Data Security by Implementing Dynamic AES-128 Encryption

Nuzula,

Away,

Kahlil

et al. 2024

SinkrOn

View full text Add to dashboard Cite

The protection of data security is crucial, particularly when dealing with the transmission of sensitive information through communication networks. This article explores the Advanced Encryption Standard 128-bit (AES-128) algorithm as an effective and secure cryptographic solution. The paper proposes the dynamic development of the AES-128 cryptography method by implementing a dynamic key to enhance the security of employee attendance data. The dynamic key involves changing the encryption key every minute, providing an additional security layer and reducing the risk of decryption by unauthorized parties. Test results indicate that the dynamic AES-128 encryption algorithm demonstrates optimal performance. The consecutive encryption and decryption speeds for sending attendance data are 14656.78 bit/s and 21898.21 bit/s, respectively. The consistent duration of the encryption and decryption processes, at 6.66ms and 2.44ms, along with an Avalanche Effect rate of 50.73% and an Entropy of 6.67 bit/symbol, emphasizes the algorithm’s efficiency and stability. This research not only reinforces the desired level of security but also outperforms several previous studies. Analyzed performance data indicates that this method is not only efficient but also stable in maintaining data security, addressing significant variations in data length. Thus, the implementation of dynamic AES-128 cryptography in attendance systems provides a significant advantage in addressing information security challenges in the current digital era.

show abstract

Comparision Of AES 128, 192 And 256 Bit Algorithm For Encryption And Description File

Cited by 11 publications

References 0 publications

Seguridad y componentes nativos en una aplicación híbrida

Seguridad y componentes nativos en una aplicación híbrida

Generation Initial Key of the AES Algorithm based on Randomized and Chaotic System

Optimizing Attendance Data Security by Implementing Dynamic AES-128 Encryption

Contact Info

Product

Resources

About