Google Drive and Dropbox are two of the leading cloud providers in the market today. While Google Drive is synced to all google applications, Dropbox serves as a simple alternative. Although both platforms offer the same service of storing data, they come with different features and appeal to different users.
For those who are not sure of which of these platforms to register with, we have written this guide for you. After reading this guide, you should be able to decide for yourself which of the two is perfect for you.
Although both services make use of advanced data encryption to protect your data. However, their mode of encryption defers. When it comes to encrypting your data, Google is known to be better while the data is still on their server. This is because Google offers two levels of encryption, unlike Dropbox with just one. To decrypt the data stored on the servers, a key is needed. With this key, users will be able to access their files when they want to. Google went a step further by also encrypting this key with the aid of a second rotating master key. Because of this measure in place, anyone looking to steal data from Google’s server will require two keys to be able to read your data however, they will require just one for Dropbox servers.
These two cloud services also use Perfect Secrecy. It is a concept that stops hackers from utilizing keys from old sessions to access stored files. Another extra step Google takes to secure data is by encrypting it while it is in transit between its servers. This serves as a precaution against NSA snooping. This is particularly perfect for emails. You can learn more about this by visiting servermania.com
Although Dropbox and Google Drive both encrypt their data, they have different specifications. Dropbox encryption protects files at rest with 256-bit AES keys while a 128-bit AES SSL/TLS encryption is used for those in motion. For Google Drive, files at rest are encrypted with 128-bit AES keys while those in motion are protected with a 256-bit SSL/TLS encryption.
Another step taken by Google to protect your data is the two-step verification. With this, an extra code is sent to the user’s phone before they can gain access to their account. There is also the one-tap sign-in on your phone and the authenticator app. This makes it hard for hackers to access your stored data. Dropbox on the other hand supports all these features mentioned except one-tap sign-in.
Both Dropbox and Google Drive have been in the market for a while now and have had their fair share of security exploits. They both use TLS and SSL encryption. To secure data while they are moving between the cloud and the users’ computer, these types of encryption are dependent on the individual servers.
As such, the encryption can be compromised by a server already tampered with by a hacker or one that lacks support for the latest encryption version. This potentially exposes you to the possibility of someone stealing your login information or your data. Another vulnerability in Google Drive’s security is that the 128-bit AES keys used for storing data, albeit good, is not as secure enough
Since Dropbox allows its users to share documents by creating shareable links, anyone with this link can view the file without needing any form of authentication.
This is problematic in the sense that advertisers might gain access to this file if the links are accessed through a search engine. Upon clicking an ad, the advertising server will receive the sharing link as part of the referring URL.
From the details provided above, it is quite clear that both platforms take data security seriously. However, Google Drive is better at storing sensitive data.
When it comes to data storage, it is advisable not to put all your eggs in one basket. This is because hackers are working tirelessly to exploit new vulnerabilities. So just because a platform is secured now, does not mean its vulnerability won’t be exploited later on. As a user, you must also do your part by adding an extra layer of protection to your data by enabling third-party client-side encryption.