SOLUTIONS
Network Automation
Fully programmable interconnections without additional network management layers
NO TRANSLATION REQUIRED
A Natively Programmable Platform for True Seamless Automation
Today, the typical way to network automation is to add additional layers of network management software to translate commands from proprietary operating systems into some form of a programmable interface.
The trouble with this approach is that the fine-grained intricacies that support your process can get lost in the translation between control languages which adds the risk of error and greatly increases the time needed to manage and troubleshoot. This added complexity defeats the intent of adding network programmability for your network automation project.
Instead of trying to teach proprietary systems a new language, what if you employed a networking system that spoke the language of programmability natively?
NO TRANSLATION REQUIRED
A Natively Programmable Platform for True Seamless Automation
Today, the typical way to network automation is to add additional layers of network management software to translate commands from proprietary operating systems into some form of a programmable interface.
The trouble with this approach is that the fine-grained intricacies that support your process can get lost in the translation between control languages which adds the risk of error and greatly increases the time needed to manage and troubleshoot. This added complexity defeats the intent of adding network programmability for your network automation project.
Instead of trying to teach proprietary systems a new language, what if you employed a networking system that spoke the language of programmability natively?
THE PROBLEM
Today's networking devices are designed to be controlled via a command-line interface (CLI).
To automate these devices, several additional control layers must be added to translate from CLI to an Application Programming Interface (API). This results in complexity and risk of 'lost in translation' errors increase.
The following limitations prevent true automation:
- Each vendors equipment uses a different proprietary operating system
- Networking systems are not designed for automation, often they include features that can not be controlled programmatically
- Third party network management systems introduce additional layers of complexity and do not address the root issue caused by proprietary systems
A NEW APPROACH
Instead of adding layers on top of poorly designed systems, install a platform that is natively programmable.
Luxon's fully software-defined interconnection system allows full end-to-end control of configuration, performance and fault management processes.
- Faster route to automation - less time spent working in each layer of programming or troubleshooting translation errors
- Easy to use, 100% API programmable - no limitations on features and functions
WHAT CAN YOU DO?
Automate Your Entire Network with One Platform
Automation using today’s networking devices is difficult and the complexity increases with each additional control layer added.
Instead of trying to program devices designed to be controlled by humans, use a software-defined interconnection platform that is designed for machines and/or humans to easily control and program.
FEATURES
100% API Programmable
All features and functions can be controlled via API
Standard, fully documented RestFul API
No hidden proprietary operating system
Cloud-Native Architecture
Cloud-native CI/CD- based software architecture allows for non-disruptive in operation upgrades
WHAT CAN YOU DO?
Automate Your Entire Network with One Platform
Automation using today’s networking devices is difficult and the complexity increases with each additional control layer added.
Instead of trying to program devices designed to be controlled by humans, use a software-defined interconnection platform that is designed for machines and/or humans to easily control and program.
FEATURES
100% API Programmable
All features and functions can be controlled via API
Standard, fully documented RESTful API
No hidden proprietary operating system
Cloud-Native Architecture
Cloud-native CI/CD-based software architecture allows for non-disruptive in operation upgrades
