Using the SimBionic visual editor, you can specify decision-making logic with exceptional ease by drawing it as flowchart-like diagrams. This highly intuitive visual approach makes it possible for the less technical members of your team – whether they be content designers, managers, or subject matter experts – to fully participate in the AI development process.

 

The SimBionic runtime engine is a C++ or Java module that uses the AI behaviors you create in the visual editor to dynamically control characters, objects, or entities within your application. The runtime engine provides an API that is both lightweight, for rapid integration with your application, and flexible, allowing you to choose exactly when SimBionic will run and how it will allocate resources.

 

Finally, the SimBionic interactive debugger is a full-featured debugging environment that enables you to find and fix bugs in your behavior logic by peering inside a running copy of the SimBionic runtime engine. With the SimBionic debugger, you can walk through a behavior step by step, inspecting data values and setting breakpoints to help track down subtle mistakes.

 

 

 

SimBionic® is an AI tool for creating sophisticated logic for filtering, correlating, and interpreting event streams. Using Simbionic visual editor, you can literally “draw” your business rules instead of programming them in a scripting language. This intuitive visual approach helps your analysts and IT staff collaborates more easily, so they can develop and maintain event processing logic more effectively.

 

Once you have specified your data-processing logic in Simbionic editor, you can immediately run that logic in the SimBionic runtime engine. The runtime engine is a highly efficient C++ or Java component designed for rapid integration with your application or web server. SimBionic also includes an interactive debugger, a full-featured debugging environment designed to help you find and fix problems in the event processing logic. With the SimBionic debugger, you can walk through your logic diagrams step by step, inspecting data values and setting breakpoints to help track down subtle mistakes.