Private Cloud Storage Service Research Articles

Making your Own NAS

This project aims to deploy the personal NAS system for remote and centralized storage solutions for all types of handsets and systems. Modern network-attached storage architectures suffer from poor performance, resource management, and inflexibility. We examine the problems of current architectures and propose another format for doing network storage at the user level. Nowadays, we have multiple cloud service providers, so there will always be an issue with data protection and backups. So, to solve all these issues, we came up with the new pre-existing idea of NAS, to leverage the data storage over the network using a GUI or dedicated devices. NAS will act as a public or private cloud storage service, which can be accessed from anywhere on the globe through internet facilities.

Raspberry pi based secured cloud data

In the growing digital world, Cloud Storage plays a major role. Cloud Storage is preferred for storing enormous amounts of data that our system cannot hold. But the cost of using private Cloud Storage services will be costly and our data is under the control of others. The main objective of our idea is that our data will be within ourselves rather than sending the data to unknown Cloud Storage providers and which is also cost effective. We are using the hard disks as our own Cloud Storage which will be controlled by raspberry pi and it can be accessed from anywhere. It is also more secure of using the material cloud with ourselves rather than depending on a private Cloud Storage service which may or may not be secure but here our data is only with ourselves as we will implement our suitable security measures. The design of our project is also much compact and portable as it gives a major advantage, we can carry it anywhere. The main motto of our project is to give a user personal Cloud Storage of his own in a cost-efficient manner which will be much more reliable than any other material cloud services.

SISTEM LAYANAN HYBRID CLOUD STORAGE DENGAN OWNCLOUD PADA DEBIAN 9

Previous private cloud storage service systems were only limited to testing services from a simple design that could be run locally. Development from private to hybrid and linked to internet publishing to be used for public services. The purpose of this research is to develop servers and storage service systems based on online (cloud storage) and users who are private data and public data can take advantage of cloud storage services that can be accessed anywhere connected to the internet. The research method in this study used the Evaluative Research and Development (R&D) method. This research will be published by an accredited National Journal.

Greening Cloud-Enabled Big Data Storage Forensics: Syncany as a Case Study

The pervasive nature of cloud-enabled big data storage solutions introduces new challenges in the identification, collection, analysis, preservation and archiving of digital evidences. Investigation of such complex platforms to locate and recover traces of criminal activities is a time-consuming process. Hence, cyber forensics researchers are moving towards streamlining the investigation process by locating and documenting residual artefacts (evidences) of forensic value of users activities on cloud-enabled big data platforms in order to reduce the investigation time and resources involved in a real-world investigation. In this paper, we seek to determine the data remnants of forensic value from Syncany private cloud storage service, a popular storage engine for big data platforms. We demonstrate the types and the locations of the artefacts that can be forensically recovered. Findings from this research contribute to an in-depth understanding of cloud-enabled big data storage forensics, which can result in reduced time and resources spent in real-world investigations involving Syncany-based cloud platforms.

A file-deduplicated private cloud storage service with CDMI standard

The emergence of cloud environments makes users convenient to synchronize files across platform and devices. However, the data security and privacy are still critical issues in public cloud environments. In this paper, a private cloud storage service with the potential for security and performance concerns is proposed. A data deduplication scheme is designed in the proposed private cloud storage system to reduce cost and increase the storage efficiency. Moreover, the Cloud Data Management Interface (CDMI) standard is implemented in the proposed system to increase the interoperability. The proposed service provides an easy way to for user to establish the system and access data across devices conveniently. The experiment results also show the superiority of the proposed interoperable private cloud storage service in terms of data transmission and storage efficiency. By comparing with the existing system Gluster Swift, the proposed system is demonstrated much suitable for the service environment where most of the transmitted data are small files.