HLA RTI – Run Time Infrastructure – MÄK RTI
Performance by Design
The MÄK RTI (Run-Time Infrastructure) is the fastest way for High Level Architecture (HLA) compliant simulations to communicate. Efficient and easy to use, the MÄK RTI keeps CPU, bandwidth and memory requirements to an absolute minimum to maximize performance. The MÄK RTI implements the full HLA Interface Specification for HLA 1.3, HLA 1516, and HLA
Evolved and has been verified by DMSO as fully compliant with HLA 1.3 and HLA IEEE 1516.
- Easy to use
- Fast and efficient
- Fault tolerant
- Lightweight mode—no rtiexec required
- Configure connections without editing RID files
- Sender-side filtering for efficient WAN operation
- Support for modular FOMs
- Web-based RTIspy diagnostic GUI
- Plug-in API for user customization
- Fully HLA compliant (HLA 1.3, HLA 1516, and HLA Evolved) and verified by DMSO (HLA 1.3 and HLA1516)
Battle-tested
The MÄK RTI is a proven and battle-tested solution and has been used in a wide variety of programs and large exercises throughout the world. The MÄK RTI has been chosen for large and small federations alike because of its support for a wide variety of network topologies and architectures (including sender-side filtering for efficient WAN operation), graceful recovery when federates crash, ease of configuration, and range of supported platforms.

Ease of Use
With the MÄK RTI, connecting to an HLA federation is as intuitive as connecting your laptop to a WiFi network. An RTI configuration, GUI allows you to switch between Lightweight and Fully Compliant mode, choose from a list of rtiexecs running on your network, and even launch and configure a new rtiexec. No RID file editing is necessary to configure the most commonly used connection options. An RTI icon in the system tray allows you to access preferences, force a federate to resign, run a network latency test, or launch the web-based RTIspy Diagnostic GUI.

RTIspy® – A Window into the RTI
Gone are the days when an RTI was considered an opaque black box. RTIspy is a window into the RTI, shedding light on its inner workings. Through a flexible API and web-based diagnostic GUI, you can reach into the RTI and monitor or alter its functionality.
With RTIspy, the power to debug connectivity problems, monitor network messages, and customize behavior is in your hands. Once you’ve used an RTI that gives you this level of insight, you’ll wonder why all RTIs aren’t built this way.
* MÄK’s VR-Exchange product can be used to bridge heterogeneous RTIs
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