Wednesday, June 3, 2015

Facebook and OpenPGP


With millions of users all around the world, social networks are tasked with protecting a massive amount of information. Facebook notification encryption is the latest tool that will help with this endeavor, adding private keys to communications.

Facebook Notification Encryption Uses OpenPGP to Protect Users


Sometimes social networks seem like a place where everything becomes public sooner or later, but a recently introduced Facebook notification encryption feature may provide an unusually high level of security to certain kinds of communication.
In a public note available to all its users, the company described Facebook notification encryption as an experiment of sorts that will roll out gradually, beginning on the desktop and later expanding to mobile. It involves OpenPGP, through which consumers would generate a private key only they know and a public key that would be affiliated with their Facebook account. Adding an OpenPGP to a profile by visiting the “Account” section on a profile and then editing the “Contact and Basic Info” area would mean any notifications sent to that account holder would be impossible to read without the private key.
As PC World noted, average consumers may not feel they need Facebook notification encryption for the kind of messages they get from friends and family. In some scenarios, though, the feature could help prevent hackers from taking over accounts by attempting to generate password resets. No wonder other online services such as Google’s Gmail are expected to be adding OpenPGP as a part of their security measures in the near future.
This isn’t the only area where the social network is trying to reassure consumers that it’s a service they can trust. BetaNewspointed out that besides Facebook notification encryption, the company has also recently leveraged Tor for those worried about connecting via HTTPS, along with a tool — not yet available to all users — that will periodically assess an account’s degree of vulnerability.
According to Ars Technica, Facebook notification encryption builds extra security by using not only a consumer’s private key, but adding its own on outgoing messages. For example, if a cybercriminal were to attempt a phishing scheme by impersonating the company and asking a user for credentials, it would be fairly easy to spot thanks to the lack of outbound encryption key. Overall, the move could be influential enough that OpenPGP becomes more of a standard across a range of online services that everyday people use — the kind of best practice that makes Facebook the security industry’s best friend.
This article was brought to you by SecurityIntelligence.com. The views and opinions expressed by the author do not reflect the position of IBM

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