Vol 9 Issue 3 July 2021-September 2021

Abstract: In general, Network computers to communicate with one another need to know their own   Internet Protocol (IP) address. More often, the initial node or the sender broadcasts the request for Ethernet address and eventually the target computer replies. Internet Protocol (IP) address is in particular is resolute by the Ethernet address and mapping the constraints are implemented through Address Resolution Protocol (ADDRESS RESOLUTION PROTOCOL (ARP)) which is the main focus of this paper. Conditioned through the usage of IP to the Ethernet address (IP, EAD) pairwise approach is utilized normally but this model suggests a novel approach, where a node can be determined true or false can be identified by sharing the union-catalogue content sharing occurs from the start node to the terminal node configured in the network. The IP to Ethernet address mapping would later be stored in an ADDRESS RESOLUTION PROTOCOL (ARP) Cache for some time duration, after which the process is repeated. Since ADDRESS RESOLUTION PROTOCOL (ARP) is susceptible to ADDRESS RESOLUTION PROTOCOL (ARP) poisoning attacks, initially the mechanism is unicasted initially and later on scalable to other nodes depending on the organizational needs. Pairwise deployment in the bandwidth enriches the packet detection approaches also when this model can be enhanced according to other user’s needs. This paper initially proposes the concept of Address Resolution Protocol (ADDRESS RESOLUTION PROTOCOL (ARP)) and Dynamic Host Configuration Protocols (DHCP), ADDRESS RESOLUTION PROTOCOL (ARP) slaughtering implementation where a node gets polluted is determined, and framing a data model to store the contents of various nodes. The research further includes the sample procedure to frame the constraints and concludes by providing a prodigious solution to identify the adversaries in a network and enriches the security need of user or any organizational support. 

Keywords: catalog, packet, address, host, media access control, address resolution, timing attack.

Title: UNION CATALOG PROTOCOL MODEL SUGGESTION TO DETERMINE ADVERSARIES AND SOLUTION DEPICTION FOR WIDE RANGE NETWORKS

Author: Dr.A.Senthil kumar

International Journal of Computer Science and Information Technology Research

ISSN 2348-1196 (print), ISSN 2348-120X (online)

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Abstract: CoAP (Constrained Application Protocol) is a lightweight web services-based protocol like HTTP for IoT devices. CoAP requires proxies or gateways for the deployment of a fully end-to-end paradigm between end-clients (Web-browsers) and end-nodes (Sensors/Actuators). A proxy acts as a CoAP endpoint to perform communication on behalf of the client with the existing Internet, where translation between the two protocol schemes i.e. HTTPs and CoAPs occurs. If CoAP Proxy is compromised, various attacks are possible which can lead to loss of Confidentiality and Integrity of the IoT system. To provide the customized security to CoAP Proxy, End-to-End Encryption between CoAPs client and HTTPs server is used. To enforce access control mechanism the server stores the access details of the clients during the installation itself. In the next step the server verifies the identity of the client and exchanges its public key to continue the session. Public Key Cryptography is used for encryption and the identifiers are provided through X.509 certificates. The implementation is resistant to various attacks like replay attacks, meet-in-the-middle attack, etc. For encryption, we use Elliptic Curve Cryptography (ECC), which provides a higher-level security compared to the existing encryption techniques like RSA, AES, etc. by using shorter key length and thus, resulting in less computational overhead. A Java-based system is developed to study and evaluate the proposed mechanism. It is also verified for various claims (attacks) using a popular security protocol verification tool, namely, Scyther.

Keywords:  CoAP, CoAP Proxy, ECC, Scyther.

Title: An End to End Lightweight Encryption Scheme at CoAP Proxy in an IoT Environment

Author: Swapnika Dulam, Ramanaiah O.B.V

International Journal of Computer Science and Information Technology Research

ISSN 2348-1196 (print), ISSN 2348-120X (online)

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Abstract: For decades, the technology is shaping from the first Mechanization and Steam Power to the second IR Mass Production and Assembly Line, evolving to the third IR Automation and Electronics reaching the 21th century fourth IR in Digitalization. So, what is the next big thing? Are we ready for the new technologies that next revolution brings? The future technologies are taking shape, and enterprises are preparing for the Fifth IR “Personalization” were man and machine co-operate the earth. Are we ready for such mass customization and personalization for customers, and putting human’s intelligence back in industrial production and robots in front? One particular technology that will help us achieve such revolution balance is Quantum Computing, this technology touch base on many applications like Optimization, Simulation, Sampling, Artificial Intelligence, Advance Machine Learning and more. this paper will explain many aspects of this technology and how governments and enterprises are strategically planning and spending on such technology and its threats.

Keywords: Quantum Computing, Qubits, classical computing, supercomputers, Quantum-safe cryptography, cryptographic, computing algorithms.

Title: QUANTUM COMPUTING The Fifth Industrial Revolution (5IR). Are We Ready?

Author: Abdullah S Alessa

International Journal of Computer Science and Information Technology Research

ISSN 2348-1196 (print), ISSN 2348-120X (online)

Research Publish Journals