Get enterprise security at all points, as-standard.
Rayven has end-to-end encryption, user management + a host of other vendor and proprietary security measures that keep your data secure at all points - plus get disaster recovery (DR) in-built.
Rayven security features are robust without compromising usability.
With valuable data and insights being communicated from the cloud to the Edge, success depends on ensuring data integrity, confidentiality + mitigating cyber security risks - something the Rayven Platform has at its very core.
Security without usability would be useless, so we’ve been careful not to encumber end users, too. By leveraging data encryption and our own proprietary technologies, we guarantee a brilliant user experience and have made our platform the safest, most secure in the world.
Custom securityfor real-time data + AI: get technology that's fit-for-purpose.
High availability security architecture.
The Rayven Platform is designed to always provide a high-level of operational performance and uptime with no single point of failure. This achieved using the following:
All web servers + databases are mirrored across multiple virtual machines.
All databases + services are redundant.
Data is replicated across geographical zones.
Our system architecture allows us to add/change nodes, storage + services without downtime, so we can easily scale-up resources with no interruption to services.
Our systems run on Microsoft Azure infrastructure, which is a highly-resilient, enterprise-grade environment.
Rayven's basic device authentication model.
Rayven boasts an array security technologies to give fail-safe's fail-safes.
TLS Handshake Protocol: Client and server authenticates with each other and selects an encryption algorithm prior to sending data.
TLS Record Protocol:Works on top of the standard TCP protocol to ensure that created connections are secure and reliable. It also provides data encapsulation and data encryption services.
SSL:For encrypting data sent between user operated devices and the platform.
Certificate-based device authentication:Private and public key pair allows additional authentication at the physical layer. The private key is stored securely in the device and is not discoverable outside the device.
Security (bearer) tokens:To authenticate devices and services to avoid sending keys over the network.
Device authentication:Enables the client and server to authenticate each other by device ID.
