Towards the Secure Storage of Images on Multi-Cloud System

Cloud computing is defined as a model to facilitate convenient on-demand network access to a sharable configurable computing resource pool that can be quickly provisioned and distributed with minimal administrative work or with service provider interaction It has been. However, due to problems with Internet connection and failure of localized components in the cloud computing environment, data loss and downtime may occur. In order to reduce the risk of service availability and data loss, cloud systems are used where data is replicated to multiple clouds provided by different cloud providers.

If storage systems are distributed, cloud component storage is classified as distributed, and cloud component storage becomes centralized when the storage systems are individually controlled. In the centralized type, the storage system is maintained by the cloud controller and operated by the central server in the cloud controller. Every host has only one storage system for storing images, files, and data. In a distributed version, for each cluster, the storage system uses a different set of clusters. Therefore, the host group in the cluster uses the storage system associated with that cluster, but it does not use other storage systems in other clusters. This provides a high level of scalability, redundancy, and durability for the distributed architecture.

Distributed storage clusters provide security through partitioning. Even if an attacker can intrude into an isolated storage array, it will not be able to start an unauthorized virtual machine without attacking the cloud computing component. In these architectures, the file is usually divided into segments of uniform size. Each segment or block has its own address, but there is no metadata providing information about it. Storage targets can be configured to replicate data between storage arrays or distributed file systems. The distributed computing component separates the resource scheduling from the control node. The cluster controller performs scheduling on each cluster. Even if the quarantined cluster controller is compromised or offline, the other cluster controller will function. With Internax's X cloud, you can distribute and copy files as well as end-to-end encryption. I am using the AES 256 CTR encryption protocol.

Due to security, performance, and affordability, BitClave has chosen to utilize Storj's distributed cloud storage platform. The Storj platform interferes with cloud storage by using a peer-to-peer cloud storage network. Storj is collaborating with individuals who share unused disk space in exchange for company ERC20 token STORJ. Later, the company leases this function to companies that need cloud storage. When a company saves data on the network, Storj encrypts the data and fragmentes the files stored on the network. The file owner has a secret key that others can not do, so you can download and decrypt the file at any time. With Storj's security and privacy program, you can build a privacy-conscious platform through design. Customers at BitClave can be relieved with confidence that the uploaded data is kept secret and safe.