Enhance defence training with AR, VR, and AI-powered solutions for equipment familiarisation, procedural learning, and mission-based simulations.
Explore Yeppar’s immersive training and simulation solutions for defence organisations, training institutions and approved programme requirements.
Deliver immersive learning experiences for equipment familiarisation, procedural practice, safety training and repeatable scenario-based learning. Training modules can be tailored to defined user roles, learning objectives and deployment requirements.
Create virtual training scenarios for approved exercises, mission rehearsal and decision-making practice. Scenarios should be designed around the intended training objectives and must not expose sensitive or classified operational details on public pages.
Use interactive 3D models and simulated interfaces to introduce personnel to selected equipment, components, controls and operating procedures before hands-on training.
Visualise components, inspection steps, maintenance sequences and safety procedures to help learners understand selected technical workflows in a repeatable digital environment.
TTMES is a dedicated armed-forces training platform combining VR simulations, training monitoring, analytics, and AI/ML-enabled features to support realistic and effective training.
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Where supported by the configured solution, training activity and assessment results can help instructors review progress, task completion and learning outcomes.
AR, VR, and AI support defence training through realistic simulations, interactive learning, and performance evaluation, based on project requirements and technical feasibility.
Where implemented, AI-enabled logic may vary selected scenario parameters or training difficulty based on defined rules and trainee progress. The behaviour should be transparent to instructors and validated for the intended training purpose.
Configured monitoring and analytics can help instructors review task completion, response patterns and assessment outcomes. The metrics available depend on the simulation, sensors, integrations and evaluation framework.
Digital Twin techniques can represent selected assets, systems or environments in a virtual training experience, subject to the availability and approval of suitable models and data.
Define training objectives, user roles, equipment, scenario boundaries, security needs and deployment constraints.
Plan the virtual environment, 3D assets, interactions, training flow and required monitoring or integration features.
Build the agreed experience and validate it with authorised stakeholders against the approved functional, technical and training requirements.
Deploy to the agreed devices and infrastructure, with support and updates as defined in the project agreement.
