Fortified File Transfer Framework - A TranSecure Model

N. Chidambaram, K. Vineela, Matthew J Jebin, J. Balaji, P. Raj
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Abstract

In this era of silicon age, the internet services have become an indispensable part of human life. People moving fast towards the digitized world and sending an information have never been much easier from the onset of file transfer applications, cloud-based applications, messengers and email services. Big companies and startups prefer cloud-based software solutions due to its accessibility, security and easy sharing features. Unfortunately, “Where there are rivers, there are potholes”. Crackers and unethical hackers exist in the environment, who make this digitization a ‘nightmare’ for newcomers and existing users. Millions of security breaches have occurred in decades in which few of them are highly severe. The hackers stole highly sensitive information such as personal and official. And this incident left with millions of information at risk of spamming, phishing attacks and etc. The proposed approach focuses the transferring file securely (TranSecure) from the authenticated user. Therefore there requires features for encrypting the data such that even if it is stolen it will be indecipherable. Thus the user's privacy is still satisfied. This demand brings out the idea of the approach which securely transmits data between users along with first in class encryption and compression for security and storage space conservation respectively.
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强化文件传输框架-一个transsecure模型
在这个硅时代,互联网服务已经成为人类生活中不可或缺的一部分。随着文件传输应用程序、基于云的应用程序、信使和电子邮件服务的出现,人们迅速向数字化世界迈进,发送信息从未像现在这样容易。大公司和初创公司更喜欢基于云的软件解决方案,因为它的可访问性、安全性和易于共享的特性。不幸的是,“哪里有河流,哪里就有坑洼”。环境中存在着黑客和不道德的黑客,他们使数字化成为新手和现有用户的“噩梦”。几十年来发生了数以百万计的安全漏洞,其中很少有非常严重的。黑客窃取了个人和官方等高度敏感的信息。这一事件导致数百万信息面临垃圾邮件、网络钓鱼攻击等风险。提出的方法侧重于从经过身份验证的用户安全地传输文件(TranSecure)。因此,需要对数据进行加密的功能,这样即使数据被盗,也无法破译。因此,用户的隐私仍然得到了满足。这种需求引出了在用户之间安全传输数据的方法的思想,并分别采用了一流的安全性加密和压缩,以节省存储空间。
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