Companies need to continue to focus on the corporate network border and internal network security, but when your security is breached – what then? Your data is totally exposed - especially data that is in use. Alexander Mueller, the CEO and Founder of Capnion, who also holds a Phd. in Mathematics, speaks to Don Witt of The Channel Daily News, a TR publication about data security.
Alexander Mueller
Capnion allows corporate entities to totally secure their data via encryption. So, what’s new? With their Ghost PII, personally identifiable information can be shared and acted on with external companies while encrypted. Permission can then be provided to the external company so they can access only certain data while it is still encrypted. This allows pharmaceuticals to access insurance information without actually seeing the data. This is a real breakthrough!
The Capnion goal is to allow you to exchange data with your partners (almost) as you would before, and to grant you an added ability to use cryptography to exercise fine control over what is revealed in that data. They accomplish this in a way that is
More secure,
More powerful,
More flexible
than comparable existing technologies. Their approach is to assist you encrypting your data in a special way before you exchange it, and then granting access to special “Answer” keys that allow you to compute the answers to certain questions but not decrypt. The Capnion API is, in fact, a key hosting and generation service, and they provide client-side software for interacting with it efficiently. They accomplish what follows WITHOUT...
seeing or holding your data, encrypted or not, at any time
requiring you to change your process for transmitting data
permitting either side to see more than agreed.
The Capnion approach is symmetric, with both parties running the same algorithm on the same encrypted dataset. The results on each side differ only in the part of the dataset they are able to decrypt and interpret in the real world.
For more information, go to: https://www.capnion.com/