SimBiX is best way to create network topologytrain technicians in BCMmanage ports and cablesredundancy designvisualization of impacts and dependencies
High-quality, precise topology maps will help you maintain production operations, accelerate network troubleshooting, and save significant time and money for both you and your clients.
BCM testing
Strengthen your business continuity capabilities by managing and evaluating your technicians’ training through realistic test scenarios.
Measure their performance, identify gaps, and verify that critical issues can be resolved within defined time limits.
Effective response and well-prepared teams can help your organization avoid losses worth tens or even hundreds of thousands of dollars.
Simulation console
An administrator, cybersecurity manager, or business continuity manager creates simulations involving faults on the maps.
During the test, the technician has access to map and a simulation console containing commands to identify the root cause of the fault. The technician’s actions are recorded for the purpose of evaluating the exercise…
Discover what SimBiX does and how it works.
A tool for creating network topology maps, technician testing, simulating operational impacts, and testing redundancy functionality.
Creation of topological maps
Create maps and zones, assign escalation contacts, criticality, and security functions to network elements, search through elements, and much more.
Overview of ports and structured cabling
Keep track of the ports and structured cabling of your network elements and devices. Technicians can see what an element looks like even before repairing or replacing it.
Testing technicians in BCM simulations
Create simulations and test technical staff in the field of business continuity management. Develop various types of training and improve incident response to ensure operational continuity.
Designs element redundancy
Create redundancy designs for critical elements. Map out backup paths and verify the functionality of these redundancies in the event of a failure.
Visualization of impacts and dependencies
Simulate a network element failure — without it actually occurring — and view the impact of such a failure. Alternatively, view the dependencies of a specific element you are interested in.
Live component discovery
Future functionality ...
