System Operational v3.0

Revolutionizing STEM with
AI & Spatial Computing

Immersive, gamified 3D learning environments powered by next-gen AI. Experience the future of education where textbooks come alive.

CAM_01 [REC]
FPS: 60 GPU: 14%
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// THE GAP DETECTED

Diagnostic Report: Traditional Methods Failing

Textbooks are flat.
Learning shouldn't be.

Traditional education methods are failing to engage the digital-native generation. Our diagnostics reveal critical engagement drop-offs in standard 2D curricula.

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Engagement Failure

70% drop in attention after 10 minutes of passive video.

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Retention Loss

2D diagrams fail to convey complex spatial relationships.

Engagement Retention

Comparative Analysis: 2D vs 3D

+240%

+High Velocity

0m 5m 10m 15m 20m
System Architecture

Core Modules

Our engine combines high-fidelity physics with adaptive AI to create personalized learning paths.

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Gamified Physics

Real-time Unity/Unreal integration allows students to manipulate variables in a risk-free environment. Gravity, friction, and velocity are all playground tools.

  • > RIGID_BODY_SIM
  • > COLLISION_DETECT
psychology

AI-Driven Adaptive

Our Neural Engine tracks user gaze, hesitation, and success rates to adjust difficulty in real-time. No student is left behind, no student is bored.

  • > NEURAL_NET_V4
  • > REALTIME_ANALYTICS
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Multi-Platform XR

Deploy once, run everywhere. Supports WebGL browsers, VR headsets, and AR tablets seamlessly. Spatial computing for the mass market.

  • > WEBXR_READY
  • > 6DOF_TRACKING

System Specifications

LIVE
user@deep-edtech:~/specs

// RENDERING ENGINE

Core WebGL 2.0 / WebGPU
Pipeline HDRP-Lite

// LATENCY SPECS

Cloud Render < 20ms
Sync Rate 60hz Tick

// COMPATIBILITY

LMS Canvas, Blackboard, Moodle
Auth SSO / SAML 2.0

// AI MODULES

NLP Model GPT-4 Turbo Optimized
Vision Pose Estimation v2
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