Chorus ensures data security from acquisition to delivery to end-users via state-of-the-art encryption and transport security processes.
Encryption at device level
Communication between devices and the platform is encrypted end-2-end by 256-bit AES symmetric key to prevent man-in-the middle attacks and backdoors.
Encryption of travelling data
Messages are always encrypted and authenticated by Transport Layer Security (TLS) – including data transferred from the vyzVoice data stores back to the user’s browser.
Encryption at rest
vyzVoice encrypts customer data stored at rest by default, using 256-bit AES encryption, one of the strongest block ciphers available.
vyzVoice communication protocol does not rely on a direct communication between devices and the platform, but uses a secure message broker system.
Through the gateway dispatcher, customers can define which datapoints and registers are exposed and ensure that data can only leave the premises if they have granted consent.
The vyzVoice communication protocol accepts only a pre-defined set of authorized commands to prevent it from exposing features of the underlying protocols.
Private Cloud instance
Without losing the scalability and flexibility of the cloud, Chorus can be deployed in a dedicated cloud instance, with a site-2-site VPN restricting the access to your data to within your premises.