Web pioneer proposes a new cryptographic system that relies on threshold key infrastructure to improve end-to-end encryption.
One of the main challenges posed by the internet has been the need to secure communications across a massive tangle of public and private networks. Security experts agree that end-to-end communication encryption is the best means of defending users against third-party interception or breaches that could expose the potentially sensitive content.
End-to-end encryption, however, has been more of a dream than a reality, particularly given the rise of “walled gardens” led by internet giants such as Google, Facebook and Amazon. Each always maintains some form of access to their users’ communications.
A new approach to end-to-end encryption called Mathematical Mesh was quietly introduced at this year’s HOPE (Hackers of Planet Earth) conference by esteemed cryptographer Phillip Hallam-Baker, who is currently a principal scientist at Comodo and was formerly a member of the CERN team that designed the World Wide Web, among many other accomplishments.[This article appeared in CSO Online. To read the rest of the article please visit here.]