(주)펀잇
AI
One AI Vision. Two Worlds.
XR Simulation × Real-World Industry
FunIT’s AI Vision understands human motion, spatial context, and operational
behavior in real time—connecting immersive
What is FunIT AI Vision?
FunIT is a convergence AI company that bridges XR simulation and real-world
industry with a single AI Vision engine. Our technology analyzes human motion, spatial
structure, and operational behavior in real time to enable training, productivity, safety, and optimization.
Unified AI Vision Engine
One Engine for XR and Industry
FunIT’s AI Vision core integrates pose estimation, action recognition, object and
equipment detection, anomaly analysis, multi-camera fusion, and edge AI inference—powering
both XR simulations and real-world industrial environments with the same architecture.
XR & Simulation
AI That Understands Human Action in Virtual Environments
FunIT’s AI Vision analyzes motion accuracy, reaction time, stability, and tactical
behavior in real time across military training, sports performance, and educational XR
simulations.
XR & Simulation
AI That Understands Human Action in Virtual Environments
FunIT’s AI Vision analyzes motion accuracy, reaction time, stability, and tactical
behavior in real time across military training, sports performance, and educational XR
simulations.
Smart Industry
AI Vision for Smart Manufacturing
The same AI Vision engine extends into smart manufacturing—enabling defect
detection, worker safety monitoring, human–machine interaction analysis, and process optimization.
FunIT creates a bidirectional AI workflow that brings real-world industrial data into
XR and digital twins, then applies optimized training, process, and safety models back to
physical operations.
SXR ↔ Industry Convergence
Learning from Reality. Optimizing in XR. Applying Back to Reality.
Defense & Training
XR CQB simulation, AI-based tactical evaluation, automated AAR
Sports & Fitness
Punch classification, accuracy and form analysis, AI coaching
Smart Factory
Defect detection, PPE monitoring, risk behavior analysis, process optimization