ZATSim is where simulation meets intelligence. We develop AI-driven systems, immersive AR/VR experiences, training simulators, 3D environments, and CBT solutions for the world's most demanding industries. With a team that bridges technology and creativity, we deliver solutions that perform as well as they look.
We are able to detect these activities by using VLM model along with other deep neural models like Yolo, insightface to identify the patient in the given environment. We are also detecting the scene in the given frame after 120 frames. AI-powered system detecting the activities of elderly patients using camera only. The system monitors patient behavior and identifies specific activities in real-time. It provides continuous surveillance and alert generation for caregivers and medical staff.
ZATNav has developed advanced 6-DOF training simulator software (DITS) for Al Zarar, Al Zarar-1, Al Khalid, and Al-Khalid-1 platforms. Notably, we are the first to design and build simulator software specifically for Al-Khalid-1, setting a new benchmark in indigenous defense simulation.
The Virtual Training Dental Simulator is a computer-based dental training system currently under development for our client, designed for simulation, practice, and evaluation of dental procedures in a controlled virtual environment. The system will integrate simulation software, visual display, and haptic force-feedback hardware to replicate dental anatomy, instrument behavior, and material interaction.
An immersive VR-based DJI Drone Maintenance Simulator designed to train users in essential maintenance procedures within a fully interactive virtual environment. The system guides users through step-by-step tasks such as component handling, inspection, and replacement, with tools and parts highlighted in 3D. It enables hands-on practice in a risk-free setting while tracking user progress and skill development. Ideal for improving technical readiness before real-world operations.
An immersive VR-based Helicopter Maintenance Simulator designed to train users in essential maintenance procedures within a fully interactive virtual environment. The system guides users through step-by-step tasks such as component handling, inspection, and replacement, with tools and parts highlighted in 3D. It enables hands-on practice in a risk-free setting while tracking user progress and skill development. Ideal for improving technical readiness before real-world operations.
An immersive VR-based Helicopter Maintenance Simulator designed to train users in essential maintenance procedures within a fully interactive virtual environment. The system guides users through step-by-step tasks such as component handling, inspection, and replacement, with tools and parts highlighted in 3D. It enables hands-on practice in a risk-free setting while tracking user progress and skill development. Ideal for improving technical readiness before real-world operations.