Many firms are seeing the benefits of moving to the cloud. For the sake of their customers' data, cloud service providers are required by law to maintain the highest levels of data security and privacy. Most cloud service providers employ a patchwork of security and privacy safeguards while industry standards are being created. The upshot is that customers of cloud services are unsure whether or not the security protections supplied by these services are enough to meet their specific security and compliance requirements. In this article, we have discussed the many threats cloud users face and emphasized the compliance frameworks and security processes that should be in place to minimize the risk. To categorize cloud security measures, risks, and compliance requirements, we developed an ontology. We needed to design software to identify the high-level policy rules that must be applied in response to each danger as part of this initiative. Additionally, the program provides a list of cloud service providers that now satisfy specific security requirements. Even if they aren't familiar with the underlying technology, cloud users may utilize our system to build up their security policy and identify compatible providers.

This study comprehensively explores the incorporation of virtual reality (VR) technology into the teaching and training realm. In general, the research investigates and presents the effectiveness of this modern technology in education in relation to the learning process. Besides presenting the multiple benefits of VR in education, the study also highlights the issues that the education department is experiencing while implementing VR as a modern tool of learning.  This study will surely help the scholars to get a better insight into different VR aspects in relation to education and will provide them with a future-thinking to resolve the issues to make it a better tool for the education and training sphere.

Artificial intelligence is changing each and every field of the modern world and livestock is not any exception. It is greatly expected that this modern technology has the potential to bring a breakthrough in the field of livestock through combining biological information with technological advancement. Modern farms with the implementation of AI techniques are showing exceptional growth as they have improved efficiency in terms of livestock production and minimized the physical labor as well as the labor cost. Thus this sector has become more significant in world GDP. The present study is intended to highlight the principal benefits provided by AI techniques including robots, drones, and 3D printing.  Through this research, readers can get a better idea about applications of AI, its benefits and disadvantages in the field of dairy farming and livestock. It will also encourage fellow researchers to conduct such research in the future.

Over the most recent couple of years, a modified programming engineering style has been created to plan new programming applications. This engineering style is especially appropriate for use cases in the avionic business, from an autonomously deployable programming administration. These administrations are worked around business and mission capacities and are freely deployable by completely computerized apparatus. With microservices, a few sorts of uses become simpler to construct and keep up with when they are separated into more modest, composable pieces that cooperate. This is rather than a conventional, "solid" application that is completely evolved in one piece. This paper will talk about, a few parts of microservices-based engineering, including a few potential use cases for the aeronautic trade. The qualities of microservice-based engineering like componentization, association, endpoints, and informing systems. The specialized execution of microservices by auditing containerization, administrations correspondence, and related design parts. Explicit open-source tasks and parts that can be used to fabricate the microservices-based design. An example set of utilization cases.

Zero-trust security models and architectures have recently increased in adoption due to several variables, such as the widespread use of off-premises cloud technologies, variety in IT devices, and diffusion in the Internet of Things (IoT). Users, devices, apps, and networks are all assumed to be untrustworthy in this approach, which is built on the idea of various tiers of Trust and authentication. Cybersecurity paradigms are developing, and the term "zero trust" describes the shift from static network perimeters to protecting people, things, and resources. Economic and enterprise architecture and processes can be designed using zero trust principles. In the idea of zero Trust, assets or user accounts are thought to have no implicit confidence because of their physical or network location (Internet vs local networks) or asset ownership (enterprise or personally owned). Authentication and authorization must be conducted before a connection to an organizational resource can be established. There are many different types of Cloud, including several public, private, hybrid, and on-premises. For data centers, a multi-cloud deployment strategy includes many different public cloud service providers instead of relying on a private cloud or on-premises architecture. Hybrid multi-cloud is a multi-cloud implementation that incorporates all public and private clouds and on-premises technology. This paper discusses the zero-trust security model for multi-cloud environments and applications and the obstacles to implementing it.