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Valentine Ignatov
Valentine Ignatov

Latest Trends In Secure Data Storage Using Cloud Computing \/\/FREE\\\\

AIAI amplifies the ability of a data security system because it can process large amounts of data. Cognitive Computing, a subset of AI, performs the same tasks as other AI systems but it does so by simulating human thought processes. In data security, this allows for rapid decision-making in times of critical need.Learn more about AI for cybersecurity Multicloud securityThe definition of data security has expanded as cloud capabilities grow. Now organizations need more complex solutions as they seek protection for not only data, but applications and proprietary business processes that run across public and private clouds.Learn more about cloud securityQuantumA revolutionary technology, quantum promises to upend many traditional technologies exponentially. Encryption algorithms will become much more faceted, increasingly complex and much more secure.

Latest Trends in Secure Data Storage Using Cloud Computing

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Using AWS, you will gain the control and confidence you need to securely run your business with the most flexible and secure cloud computing environment available today. As an AWS customer, you will benefit from AWS data centers and a network architected to protect your information, identities, applications, and devices. With AWS, you can improve your ability to meet core security and compliance requirements, such as data locality, protection, and confidentiality with our comprehensive services and features.

AWS is vigilant about your privacy. Because our customers care deeply about data security, we have a world-class team of security experts monitoring our systems 24x7 to protect your content. With AWS you can build on the most secure global infrastructure, knowing you always own your data, including the ability to encrypt it, move it, and manage retention. All data flowing across the AWS global network that interconnects our datacenters and regions is automatically encrypted at the physical layer before it leaves our secured facilities. Additional encryption layers exist as well; for example, all VPC cross-region peering traffic, and customer or service-to-service TLS connections. We provide tools that allow you to easily encrypt your data in transit and at rest to help ensure that only authorized users can access it, using keys managed by our AWS Key Management System (KMS) or managing your own encryption keys with CloudHSM using FIPS 140-2 Level 3 validated HSMs. We also give you the control and visibility you need to help demonstrate that you comply with regional and local data privacy laws and regulations. The design of our global infrastructure allows you to retain complete control over the regions in which your data is physically located, helping you meet data residency requirements.

Extend the benefits of AWS by using security technology and consulting services from familiar solution providers you already know and trust. We have carefully selected providers with deep expertise and proven success securing every stage of cloud adoption, from initial migration through ongoing day to day management. Choose from our AWS Partner Network (APN), a global program of Technology and Consulting Partners many of whom specialize in delivering security-focused solutions and services for your specific workloads and use cases. APN Partner solutions enable automation and agility and scaling with your workloads. Easily find, buy, deploy, and manage these cloud-ready software solutions, including software as a service (SaaS) products, in a matter of minutes from AWS Marketplace. These solutions work together to help secure your data in ways not possible on-premises, with solutions available for a wide range of workloads and use cases.

In this self-paced course, you will learn fundamental AWS cloud security concepts, including AWS access control, data encryption methods, and how network access to your AWS infrastructure can be secured. We will address your security responsibility in the AWS Cloud and the different security-oriented services available.

Cloud computing operates on a similar principle as web-based email clients, allowing users to access all of the features and files of the system without having to keep the bulk of that system on their own computers. In fact, most people already use a variety of cloud computing services without even realizing it. Gmail, Google Drive, TurboTax, and even Facebook and Instagram are all cloud-based applications. For all of these services, users are sending their personal data to a cloud-hosted server that stores the information for later access. And as useful as these applications are for personal use, they're even more valuable for businesses that need to be able to access large amounts of data over a secure, online network connection.

Public clouds are owned and operated by third-party service providers and are the most common. This includes cloud storage providers like and pCloud, as well as large platforms like Microsoft Azure. The advantages of using a public cloud include lower costs, no need for maintenance, high reliability and almost unlimited scalability.28

In the same year, the total global data storage will exceed 200 zettabytes of data, meaning that around half of it will be stored in the cloud. By comparison, only 25 percent of all the computing data was stored this way in 2015.

Enterprises face many challenges, but three of the most prevalent issues include security (83 percent), managing cloud computing spending (82 percent) and governance (79 percent). Business owners lament the fact that around 30 percent of their cloud budget goes to waste. However, cloud computing makes data governance much easier, with tools such as the excellent EFSS, Egnyte.12

According to cybersecurity experts, the most pressing cloud security challenges are misconfiguration of the cloud infrastructure (68 percent); unauthorized access (58 percent); insecure API (52 percent); accounts, services or traffic hijacking (50 percent) and external data sharing (43 percent).8

These 26 cloud computing statistics are great indicators where the cloud service market is headed. Due to recent events, cloud adoption rates and IT spending are on the rise and are likely to remain that way in the foreseeable future. Consequently, several noteworthy cloud computing trends have emerged, so let us take a look at their impact and development.

The driving factors behind this increase can be attributed to a greater generation of large data sets, which in turn necessitates more file storage. Therefore, storage services with unlimited cloud storage are a perfect solution for this problem.

Furthermore, using the cloud in electronic health records enables patients to easily and widely access their health information. Cloud computing changes how nurses, doctors, hospitals, and clinics deliver quality and profitable services to the patients. The challenges in the healthcare field include operational and infrastructure costs, security concerns to real-time information sharing, and robust backup.

The present study indicates that the most vital challenge in cloud computing technology is maintaining data security. Malicious or negligent individuals may threaten data security. Several solutions provide data security, the most important of which is data encryption [20, 25, 29]. Data encryption is an essential line of protection in cybersecurity architecture. Encryption makes interrupted data use as difficult as possible [27, 28, 32]. Furthermore, data encryption is used to develop an encryption scheme that hypothetically can merely be broken with large amounts of computing potency [41, 42, 44, 49]. Kaur et al. [49] and Dorairaj et al. [57] have stated data encryption as a strategy to protect data against security threats. The results of the current research further show data encryption as the best solution to provide data security.

Many methods have been proposed for data encryption. A four-image encryption scheme has been proposed by Yu et al. based on the computer-generated hologram, quaternion fresnel transforms (QFST), and two-dimensional (2D) logistic-adjusted-sine map (LASM). This innovative technology considerably decreases the key data sent to the receiver for decryption, making it more promising to be stored and transmitted [72]. In order to secure cloud data storage and its delivery to authorized users, a hierarchal identity-based cryptography method has been proposed by Kaushik et al. to assure that a malicious attacker or CSP does not change for its benefit [73].

According to the present research results, confidentiality is the second most important challenge in cloud technology. It refers to the protection of data from being obtained by unauthorized individuals; in other words, sensitive information is only accessible by authorized persons [75]. Cloud data control can result in an increased risk of data compromise. To ensure that the patient-doctor relationship runs smoothly, patients must have faith in the healthcare system to keep their data private [17]. Studies have shown that confidentiality may be achieved by access control [52, 62] and authentication [45, 76]. A Mutual Authentication and Secret Key (MASK) establishment protocol has been presented by Masud et al. in the field of the Internet of Medical Things (IoMT) in COVID-19 patients. The proposed protocol uses Physical Unclonable Functions (PUF) to enable the network devices to validate the doctor legitimacy (user) and sensor node before establishing a session key. Therefore, it addresses the confidentiality, authentication, and integrity problems and secures the sensitive health information of the patients [77].

It is evident that the cloud is expanding. Since we live in a digital age, where data discovery and big data simply surpass the traditional storage and manual implementation and manipulation of business information, companies are searching for the best possible solution for handling data. Traditional spreadsheets no longer serve their purpose, there is just too much data to store, manage and analyze. Be it in the form of online BI tools, or an online data visualization system, a company must address where and how to store its data. Even the most traditional sectors have to adjust: 041b061a72


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