VR-Forces
The MAK ONE Multi-Domain Simulation Engine
Fill your synthetic environment with urban, battlefield, maritime, air, and space activity using this powerful and flexible computer-generated forces platform.
VR-Forces simulates the full range of domains that coexist as the whole earth - from the ocean floor to the elliptical orbits around our planet. Simulate your entities, their relationships to one another, the terrains they live on, the localized weather systems and the environmental effectors to meet your simulation needs.
Build complex scenarios, monitor and control multiple entities with ease.
Easily drag and drop your forces, create routes and waypoints and visually build entity or unit plans with a few clicks.
Then monitor and control multiple air, ground, maritime and space assets at the same time within highly complex operational environments.
MAK ONE Common Core Software
A modular architecture that provides a common simulation engine, data fabric, rendering engine, and terrain representation that fill all the key components of modern synthetic environments.
Proudly Built by Simulation Experts.
With a unique modular design like no other, the sim engine is a separate module from the interface! This unique approach gives agility and flexibility to each training system that joins the simulation environment.
Our customers gain superior flexibility to scale, customize, and build high performance, high efficiency entity or aggregate level systems.
Beautiful Realistic Synthetic Environments
Procedurally generated terrain on-the-fly from VR-TheWorld.
Pre-built terrain databases can be paged in or loaded from many industry standard formats.
MAK ONE is the synthetic environment platform of choice by governments and system integrators around the world as they join disparate simulations into a common virtual world.
Explore how VR-Forces fits into these systems by sliding through the illustrations below.
Key Features
Multi-Domain Simulation Engine
Model land, air, maritime, space, cyber, and electromagnetic spectrum operations in one integrated synthetic environment.
Scalable Entity- and Aggregate-Level Simulation
Simulate individual platforms, units, and large forces for applications ranging from gunnery training to corps-level exercises and wargaming.
Intuitive Scenario Creation and Execution
Rapidly build, edit, run, and assess complex scenarios using visual, collaborative tools.
Realistic, Doctrine-Based Behaviors
Represent command structures, tactical tasks, movement, sensing, engagement, logistics, and other operational behaviors.
High-Fidelity Platforms, Sensors, and Weapons
Configure physical characteristics, detection and tracking performance, weapon effects, and probability-of-hit/probability-of-kill models.
Open, Interoperable Architecture
Connect with HLA, DIS, C2 systems, external simulators, and operational data through open standards and published APIs and SDKs.
Whole-World Terrain and Environmental Effects
Operate anywhere in the world with shared terrain, weather, time of day, and environmental conditions.
Extensible and Customizable
Tailor models, behaviors, user interfaces, data, and integrations to meet mission-specific requirements.
