Steganography Using TCP / IP's Sequence Number

Kadhim, Jamal Mohamed; Abed, Abeer E.

doi:10.22401/jnus.20.4.16

Cited by 3 publications

(4 citation statements)

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“…Security is the most important factor to be considered in the design of information and networking systems that might be subjected to security attacks on WSNs, which are similar to wired networks [15]. WSNs are more susceptible to attacks due to the deployment of SNs in unprotected areas [2].…”

Section: Security Schemes For Wireless Sensor Networkmentioning

confidence: 99%

Security of Wireless Sensor Nodes

Msekh

Kadhim

2020

eijs

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Due to the large-scale development in satellite and network communication technologies, there is a significant demand for preserving the secure storage and transmission of the data over the internet and shared network environments. New challenges appeared that are related to the protection of critical and sensitive datafrom illegal usage and unauthorized access. In this paper, we address the issues described above and develop new techniques to eliminate the associated problems. To achieve this, we propose a design of a new sensor node for tracking the location of cars and collecting all information and all visited locations by cars, followed byencryption in a sensor node and saving in the database. A microcontroller of Arduino esp8266 Node MCU board and a GPS module are used. The cryptography uses the chaos-based symmetric-key encryption technique for data. This scheme utilizes a chaotic map (Hénon map) for robustness and security of data. The key sensitivity can be performed by statistical experiments to determine the safety, reliability, and speed of the algorithm. The proposed algorithm presents several exciting features, such as a high level of security, sufficient saving of the energy of the sensor network, and an acceptable encryption speed compared to Advanced Encryption Standard (AES) and Data Encryption Standard (DES).

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Section: Security Schemes For Wireless Sensor Networkmentioning

confidence: 99%

Security of Wireless Sensor Nodes

Msekh

Kadhim

2020

eijs

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“…Pengurangan ukuran paket juga dilakukan untuk mencegah kemacetan pengiriman dalam transmisi [7]. Pendekatan lain adalah menggunakan header dalam TCP/IP sebagai cover, namun hal ini hanya mampu menampung 4 karakter dalam setip pengiriman komunikasi [9]. Usulan lain adalah dengan melakukan proses streaming data yang dilakukan secara serial dengan menggunakan frameworkcrosslayer [11].…”

Section: Pembahasanunclassified

“…Pengamanan data dalam jalur komunikasi diperkirakan akan terus dilakukan. Hal ini beberapa usulan yang dilaporkan pada penelitian sebelumnya yaitu dengan melakukan penggabungan beberapa teknik kriptografi dan steganografi [4][8], modifikasi algoritma [11], modifikasi ukuran paket [1] [7], meyisipkandalam coverheader [9], penambahan digital signature [12] serta melakukan pengamatan pada lalu lintas data juga masih diperlukan untuk melihat anomali streaming data [13].…”

Section: Pembahasanunclassified

Review Perkembangan Teknik Steganografi Dalam Lapisan Jaringan Komputer

Ardhianto¹,

Handoko²,

Supriyanto³

2019

dinamik

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Proses kriptografi masih sering dikombinasikan dengan steganografi dalam mekanisme pengamanan data dan penyembunyian data. Pengamanan data ini tidak hanya dilakukan pada data yang bersifat berhenti dan tersimpan pada komputer. Perkembangan teknologi komunikasi dalam jaringan memberikan revolusi dalam mengamankan data berjalan melalui saluran transmisi. Dalam paper ini dilakukan sebuah systematic literatu rereview (SLR) yang membahas perkembangan teknik steganografi data berjalan serta memberikan gambaran pengembangan penelitian untuk meningkatkan kekuatan proses pengamanan data.

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“…The transmission control protocol (TCP) operations is conducted with the use of flags which are very important component of the TCP protocol that must be understood to perform transmission of data over a network and for the network to function properly . Those transmission flags are contained within the seventh field of the TCP header and can be set to either 0 or 1 depending on the situation, which they regulate and determine how connection states are managed as well as the manner in which packet transfers are carried out (Kadhim and Abed, 2017). It is also possible to use flags to control the establishment of connections as well as the closure and termination of connections; in other words, when a flag is turned on, it is referred to as being set; conversely, when a flag is turned off, it is referred to as being unset.…”

Section: Introductionmentioning

confidence: 99%

Network Transmission Flags Data Affinity-based Classification by K-Nearest Neighbor

Aljojo

2022

ARO

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Abstract—This research is concerned with the data generated during a network transmission session to understand how to extract value from the data generated and be able to conduct tasks. Instead of comparing all of the transmission flags for a transmission session at the same time to conduct any analysis, this paper conceptualized the influence of each transmission flag on network-aware applications by comparing the flags one by one on their impact to the application during the transmission session, rather than comparing all of the transmission flags at the same time. The K-nearest neighbor (KNN) type classification was used becauseit is a simple distance-based learning algorithm that remembers earlier training samples and is suitable for taking various flags withtheir effect on application protocols by comparing each new sample with the K-nearest points to make a decision. We used transmission session datasets received from Kaggle for IP flow with 87 features and 3.577.296 instances. We picked 13 features from the datasets and ran them through KNN. RapidMiner was used for the study, and the results of the experiments revealed that the KNN-based model was not only significantly more accurate in categorizing data, but it was also significantly more efficient due to the decreased processing costs.

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Steganography Using TCP / IP's Sequence Number

Cited by 3 publications

References 0 publications

Security of Wireless Sensor Nodes

Security of Wireless Sensor Nodes

Review Perkembangan Teknik Steganografi Dalam Lapisan Jaringan Komputer

Network Transmission Flags Data Affinity-based Classification by K-Nearest Neighbor

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