The article covers the procedure of detecting malicious files from a packet which was responsible to make the system infected, this paper will highlight all the key elements that plays a pivotal role in detecting those files. The primary motivation behind this work is to provide information about those malware files and the detection of those files. This article also describes the use of perfect packet analysis software as well as its key features which can make our analysis simpler. Moreover, this article concludes with the author's perspective regarding the malware analysis.
A cloud computing model allows customers to use a pool of shared computer resources on-demand or pay-per-use basis. In terms of capital investment and operational cost reductions, cloud-based computing offers users and organizations many benefits. Despite these advantages, several challenges still limit the adoption of cloud computing. A crucial concern that is usually taken into account is security. Without this vital component, the computing model has a negative influence, which causes suffering on the human, ethical, and economic levels. This essay will look at the security issues that cloud entities must deal with. This group includes Cloud Service Provider, the Data Owner, and the Cloud User concentrating on the communication, computation, and service level agreements that make up the crypto-cloud. It will offer the required updates by evaluating the origins and consequences of different cyberattacks.
The article covers the procedure of detecting malicious files from a packet that was responsible to make the system infected, this paper will highlight all the key elements that play a pivotal role in detecting those files. The primary motivation behind this work is to provide information about those malware files and the detection of those files. This article also describes the use of perfect packet analysis software as well as its key features which can make our analysis simpler. Moreover, this article concludes with the author's perspective regarding malware analysis.
In this era, human activities have seen a shift and our majority activities including social, cultural,economic and even governmental and NGOs are being done in the cyberspace, especially during andafter the crisis of corona pandemic. Due to this shift in communication culture, many individuals andorganizations including governments have to face cyber-attacks. Due to heavy reliance ontechnology and little awareness, defending against cyber-attacks is very challenging. Cyber attacksare usually conducted with the goal of harming an organization or individual financially or theseattacks may also be motivated for political or military purposes. Viruses, malwares, ransomwares,denial-of-service and phishing attacks are some of the examples. To protect themselves,organizations employ variety of strategies to mitigate or prevent the threat of these attacks. Toprevent and mitigate cyber-attacks, researchers and professionals have devised a number oftechniques. This paper is written to thoroughly study and analyze these various approaches andproposed cybersecurity standards, and also to look into the problems, limitations and strengths ofthese techniques. Fundamental concepts of cyber-attacks and cyber security are discussed alongwith the current advancements and upcoming trends in security of cyber space. Such acomprehensive review paper would be highly beneficial.
In recent years, the importance of cyber security and personal privacy protection has increased significantly. To protect computer systems from attacks several solutions have been proposed by researchers and many cybersecurity tools have been developed. However, with the increase in the complexity of hacking attempts, the old traditional ways to counter malware cannot be relied upon. This paper introduces the need for the development of innovative cybersecurity skills and how many security systems like Intrusion Detection Systems (IDS) can be improved using Artificial Intelligence (AI). AI is used by nearly every company around the world to optimize and enhance their system's safety. In this paper, advanced cybersecurity solutions for intrusion detection systems enhanced with the use of artificial intelligence are discussed. The advantages and disadvantages of existing methods are explained and some promising future directions are also discussed.
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