neom_vr 1.2.0

Neom VR Experimental for Open Neom.

neom_vr

An experimental Virtual Reality module for Flutter applications, part of the Open Neom ecosystem. Focused on democratizing VR for smartphone users without expensive equipment.

Current Version: 1.2.0

Philosophy

VR must be accessible to everyone. We believe immersive experiences shouldn't require expensive headsets. neom_vr explores novel ways to deliver VR using readily available mobile devices.

Features

Current Capabilities (v1.2.0)

• Custom Painter Engine: Native VR rendering without external library dependencies
• Sensor-Based Navigation: Uses device sensors (accelerometer, gyroscope) for head tracking
• 360 Spatial Viewer: Immersive panoramic content viewing
• Stereo VR Mode: Split-screen for Google Cardboard-style headsets
• Fullscreen Experience: Optimized immersive viewing

Installation

dependencies:
  neom_vr:
    git:
      url: [e-mail]:Cyberneom/neom_vr.git

Usage

import 'package:neom_vr/vr_routes.dart';

// Navigate to 360 spatial viewer
Navigator.pushNamed(context, VrRoutes.spatial360);

// Navigate to stereo VR mode
Navigator.pushNamed(context, VrRoutes.vrStereo);

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ROADMAP 2026: Accessible VR Platform

Our vision is to create a world-class mobile VR platform that makes immersive experiences accessible to everyone with a smartphone.

Q1 2026: Core Engine Enhancement

Rendering Engine

• ❌ GPU-Accelerated Rendering - Custom shader-based 360 projection
• ❌ Optimized Painter Engine - 60 FPS on mid-range devices
• ❌ LOD System - Level of detail for performance scaling
• ❌ Texture Streaming - Progressive loading for large panoramas
• ❌ Anti-Aliasing - MSAA/FXAA for smoother edges

Sensor Fusion

• ❌ Advanced IMU Processing - Kalman filter for smooth tracking
• ❌ Magnetic Calibration - Compass integration for absolute orientation
• ❌ Drift Correction - Long-session stability
• ❌ Low-Latency Pipeline - <20ms motion-to-photon
• ❌ Prediction Algorithm - Compensate for rendering latency

Q2 2026: Content & Formats

Media Support

• ❌ 360 Video Playback - Equirectangular and cubemap formats
• ❌ 8K Support - High-resolution panoramic videos
• ❌ Spatial Audio - 3D positional audio tied to head tracking
• ❌ Live Streaming - Real-time 360 content
• ❌ Offline Caching - Download VR content for offline viewing

Content Types

• ❌ Photo Spheres - High-resolution panoramic images
• ❌ Virtual Tours - Multi-room navigation with hotspots
• ❌ 360 Stories - Interactive narrative experiences
• ❌ VR Galleries - Art and photography exhibitions

Q3 2026: Interactive Experiences

User Interaction

• ❌ Gaze-Based Selection - Look-to-select UI
• ❌ Cardboard Button Support - Physical trigger input
• ❌ Voice Commands - Hands-free navigation
• ❌ Gesture Recognition - Camera-based hand tracking (experimental)

Guided Experiences

• ❌ VR Meditation - Immersive mindfulness environments
• ❌ Breathing Exercises - Visual breath guides in VR
• ❌ Nature Escapes - Calming virtual environments
• ❌ Focus Spaces - Distraction-free work environments

Q4 2026: Advanced Features & AI

Biofeedback Integration

• ❌ Heart Rate Visualization - Real-time HRV display in VR
• ❌ EEG Integration - Brainwave visualization (with compatible devices)
• ❌ Stress Response - Environment adapts to user state
• ❌ Session Analytics - Track relaxation progress over time

AI-Powered Features

• ❌ Auto-Generated Environments - AI creates calming scenes
• ❌ Personalized Experiences - Content adapts to preferences
• ❌ Smart Recommendations - Suggest VR content based on mood
• ❌ Voice-Guided Sessions - AI narration for meditation

Social VR (Experimental)

• ❌ Shared Viewing - Watch 360 content together
• ❌ Virtual Rooms - Basic avatar presence
• ❌ Group Meditation - Synchronized guided sessions

Technical Architecture Goals

lib/
├── core/
│   ├── engine/
│   │   ├── vr_painter_engine.dart     # Custom 360 rendering
│   │   ├── projection_math.dart       # Equirectangular/cubemap math
│   │   ├── shader_programs.dart       # GPU shaders
│   │   └── texture_manager.dart       # Efficient texture handling
│   ├── sensors/
│   │   ├── imu_processor.dart         # Accelerometer + Gyroscope
│   │   ├── sensor_fusion.dart         # Kalman filter implementation
│   │   └── drift_correction.dart      # Long-session stability
│   └── audio/
│       ├── spatial_audio.dart         # 3D positional audio
│       └── ambisonic_decoder.dart     # Surround sound support
├── features/
│   ├── viewer_360/                    # Panoramic viewer
│   ├── video_360/                     # 360 video player
│   ├── stereo_vr/                     # Cardboard-style split view
│   ├── interactive/                   # Gaze selection, hotspots
│   ├── meditation/                    # Guided VR experiences
│   └── biofeedback/                   # Health data visualization
└── ui/
    ├── vr_scaffold.dart               # Base VR page structure
    ├── gaze_pointer.dart              # Look-to-select cursor
    └── vr_controls.dart               # In-VR UI elements

Performance Targets

• Frame Rate: 60 FPS sustained on mid-range devices
• Motion-to-Photon: <20ms latency
• Memory Usage: <300MB for 4K content
• Battery Impact: <15% per hour of use
• Startup Time: <2s to immersive view
• Thermal: No throttling for 30min sessions

Device Compatibility Goals

Tier	Devices	Features
High	Flagship (2024+)	Full 8K, spatial audio, all effects
Medium	Mid-range (2022+)	4K content, basic audio, core effects
Low	Budget (2020+)	2K content, mono audio, essential VR

Competitive Positioning

Feature	neom_vr (2026)	YouTube VR	Google Cardboard	Within
Custom Engine	Yes	No	No	No
Meditation Focus	Yes	No	No	Yes
Biofeedback	Yes	No	No	No
Offline Mode	Yes	Limited	Yes	Yes
Open Source	Yes	No	Partial	No
No Ads	Yes	No	N/A	Freemium

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Dependencies

• neom_core - Core services and configuration
• neom_commons - Shared UI components
• sensors_plus - Device sensor access

License

Apache License 2.0 - see LICENSE for details.

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Open Neom - Democratizing VR for conscious digital experiences.