Power Digital Transformation at the Edge
Zero-Touch Edge Computing for up to 10,000 I/Os in Pharma Manufacturing, Food & Beverage, Specialty Chemicals, Oil & Gas, and other industrial verticals
Key Benefits
- Greater efficiency: With built-in virtualization supporting Windows and Linux guest operating systems, industrial interoperability, and field serviceability, ztC Edge simplifies and shortens the time it takes to deploy, manage, and maintain your critical edge applications, saving you time and effort.
- More flexibility: ztC Edge’s rugged, compact, industrial form factor performs equally well in the control room, control panel, shop floor, or inside machines, giving customers more choice. Automated capabilities make it suitable for unmanned stations, or remote, decentralized locations with limited IT resources.
- Simplified security: With restricted USB ports, secure communication protocols, secure and trusted boot, role-based access controls, and easy-to-configure host-based firewall, you do not need to be a security expert to secure your ztC Edge platform.
- Less downtime: ztC Edge’s self-monitoring and self-protecting features help reduce unplanned downtime. And because its operating environment can be updated while it is still running (without requiring a system reboot), customers also experience less planned downtime
- Simplified management: RESTful API available in the ztC Edge offers interoperability with your preferred system management tools.
Enable High Availability or Fault Tolerance with Dual Node Deployment

Stratus ztC Edge Features
Stratus ztC Edge is a secure, rugged, highly automated computing platform that enables the rapid and efficient delivery of reliable business-critical applications in remote, understaffed locations at the edge of corporate networks. Features like its built-in virtualization, simplified security, industrial interoperability, OT manageability, rugged form factor, automated protection, field serviceability, and complementary services help companies increase productivity, while minimizing risk of downtime.
 
 



