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SMART SPACE SHOWCASE

Six Smart Space Showcases

Six smart space solutions based on Health, Environment, Social, and Governance principles

Explore AI-powered spaces built on ESG principles.

01

AI Answers Your Questions

Ask about any scenario, AI explains the technology and benefits in real time

02

AI-Guided Demos

Recommends the most relevant scenario demos based on your needs

03

AI-Assisted Setup

From demo to deployment, AI guides the complete setup process

AI Smart Assistant at Your Service

Not sure where to start? Ask AI directly for instant personalized answers

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ESG & Health Well-Being

Human-Centered Smart Space Philosophy

Health

Circadian lighting · Air quality monitoring · Sleep optimization

Environment

Auto energy saving · Precise climate control · Carbon reduction scheduling

Social

Elder care · One-touch scenes · Accessible controls

Governance

Data transparency · Automated rules · AI standardization

EXPLORE SPACES

Six Smart Scenarios

Each scenario has tailored AIoT solutions — scroll down to learn more

Scenario 01

Smart Restaurant

Integrating POS sales data, AI footfall analysis and demand forecasting, upgrading from kitchen to seating so every restaurant can operate precisely, reduce waste, and increase table turnover.

Core Technology Modules

POS Integration AI Demand Planning Footfall Counting Dynamic Pricing Food Safety Traceability Scheduling Optimization

AI Demand Forecasting

Combining historical sales, weather, and holiday data to forecast ingredient needs 3 days ahead, reducing waste and preventing shortages, cutting ingredient waste by approximately 30%.

Real-Time Footfall Heatmap

Camera + AI analyzes peak foot traffic by time period, automatically recommending seating arrangements and staff scheduling to improve table turnover.

Dynamic Pricing Recommendations

Automatically recommends promotional menus based on inventory, traffic, and time of day, combining POS data with real-time promotions to boost daily revenue.

Digital Food Safety Traceability

Complete tracking from ingredient procurement to serving, automatically recording temperature and expiration dates to ensure food safety compliance.

Future Vision

In the future, smart restaurants will integrate delivery platform AI to achieve a "zero-wait kitchen" — once an order comes in, prep workflows and chef tasks are automatically assigned, with meals ready by the time customers arrive.

Scenario 02

Smart Building

Integrating EMS energy management systems with BMS building facilities and AI predictive maintenance, transforming buildings from reactive to proactive optimization for truly sustainable smart buildings.

Core Technology Modules

EMS Energy BMS Facilities AI Predictive Maintenance ESG Reporting Carbon Footprint Tracking

EMS Whole-Building Energy Monitoring

Whole-building real-time power visualization, AI automatically identifies abnormal usage patterns, saving 15-25% on monthly electricity bills and producing monthly energy analysis reports.

AI Predictive Maintenance

Continuously analyzing vibration, temperature, and current data. Equipment failures trigger maintenance alerts 2-4 weeks in advance, significantly reducing emergency repair costs.

BMS Unified Management

HVAC, elevators, fire systems, and access control managed in one interface, supporting multi-building centralized monitoring and real-time anomaly alerts.

ESG Automated Reporting

Automatically generates monthly carbon emission, energy consumption, and water usage reports. Compliant with LEED and BREEAM green building certification requirements with one-click export.

Future Vision

In the future, smart buildings will become self-learning organisms — AI analyzes the building's energy consumption "breathing" patterns daily, automatically pre-cooling and pre-heating before peak rate periods, so the building knows what's needed before the occupants do.

Scenario 03

Smart Office

Maximizing space efficiency through sensor networks deployed across office spaces and AI analysis, while enhancing employee work experience and well-being.

Core Technology Modules

Space Sensing AI Space Analysis Smart Scheduling Air Quality Visitor Management

Eliminate Ghost Bookings

Occupancy sensors detect actual meeting room usage. Rooms vacant for over 10 minutes are automatically released, improving space utilization by 40%.

AI Space Heatmap

Analyzes weekly seat usage density, recommends office layout adjustments, and helps plan remote + office hybrid scheduling strategies.

Work Environment Optimization

Real-time CO2, temperature, and humidity monitoring. AI automatically adjusts HVAC and ventilation to maintain optimal work efficiency and enhance employee focus.

Smart Parking Management

License plate recognition combined with visitor booking systems, automatically assigning parking spots, eliminating manual guidance, and greatly enhancing visitor experience.

Future Vision

In the future, offices will transcend fixed seating — AI recommends optimal desks and meeting rooms based on daily attendance predictions and work types, even adjusting lighting and HVAC to personal preferences before you arrive.

Scenario 04

Smart Showroom

Upgrading traditional showrooms into digital interactive spaces, creating unforgettable immersive experiences for every visitor through AI tours, visitor behavior analysis, and environment control.

Core Technology Modules

Face Recognition Access AI Tour Interaction Environment Control Visitor Analytics Digital Business Cards

AI Robot-Guided Tours

AI customizes tour routes and narration based on visitor background and preferences, with instant multilingual switching to enhance satisfaction.

Visitor Behavior Heatmap

Camera analysis of visitor dwell time and interaction depth across exhibition zones, helping optimize exhibition flow and content strategy.

Immersive Environment Control

Automatically adjusting lighting, music, and temperature by exhibition zone theme to match optimal display conditions and strengthen brand impression.

Visitor Digital Business Cards

Scanning QR codes to automatically create visitor profiles, with post-exhibition automated push of customized product materials and follow-up tasks, doubling conversion rates.

Future Vision

In the future, showrooms will become "learning spaces" — AI analyzes monthly which exhibits attract which types of visitors, automatically recommending exhibit rotation strategies to keep the showroom fresh and continuously improve conversion rates.

Scenario 05

Smart Home Butler

With the AI butler at its core, integrating Home Assistant with whole-home IoT devices to create a truly intuitive smart home that cares for your quality of life from lighting to sleep.

Core Technology Modules

Whole-Home Scenes Voice Control AI Habit Learning ESG Energy Saving Health Monitoring

Smart Scene Modes

One-touch activation of home, away, dining, and sleep scenes. AI learns your habits and triggers automatically, no manual operation needed.

Whole-Home Voice Control

Natural language control of all home devices, supporting accent recognition, integrated with LLM for complex commands — just speak to control.

Sleep Quality Optimization

Detects sleep states to automatically adjust temperature, humidity, and dimming. Wakes you with gradual sunrise lighting in the morning, scientifically improving sleep scores.

ESG Home Report

Automatically generates monthly home energy reports, compares with similar households, and AI provides specific energy-saving advice — carbon reduction starts at home.

Future Vision

In the future, your smart home butler will become a "health coach" — combining wearable device data, AI automatically dims lights and plays relaxation music when you're stressed; when air quality drops, ventilation completes automatically before you wake up.

Scenario 06

Health & Green Building

Designed with human health at its core, using AI to monitor air, light, noise and other environmental factors while improving energy efficiency to achieve WELL healthy building and ESG sustainability goals.

Core Technology Modules

PM2.5 Monitoring CO2 Detection AI Energy Scheduling WELL Certification Daylight Optimization

Comprehensive Air Monitoring

Real-time monitoring of PM2.5, CO2, VOC, and humidity. Automatically activates air purifiers and ventilation when levels exceed thresholds, protecting respiratory health.

AI Daylight Optimization

Combining weather forecasts with indoor light sensors to automatically adjust blinds and LED lighting ratios, maintaining optimal illumination while saving energy.

AI Energy-Saving Scheduling

Analyzes peak power periods and automatically shifts deferrable loads to off-peak hours, achieving 20-35% annual energy savings and directly reducing costs.

WELL Metrics Auto-Tracking

Automatically collects WELL metrics including air, water quality, light, and noise. One-click generation of certification application reports, shortening review timelines.

Future Vision

In the future, green buildings will possess "environmental self-healing" — AI continuously learns optimal environmental parameters for every season and every day, adjusting spaces to their healthiest and most comfortable state before occupants enter, proactively safeguarding residents' physical and mental well-being.

CONTENT STRUCTURE

Three-Layer Architecture for Each Scenario

From "why" to "how" — the three-layer architecture helps you understand each smart scenario from scratch

Layer 1 | Scenario Introduction

Scientific principles, use cases, comparison tables, FAQs, and before/after comparisons — helping you fully understand "why you need it"

Layer 2 | System Configuration

Entity lists, integration components, scene settings, automation rules — plain language explanations of each setting's purpose and logic

Layer 3 | AI Prompts

7-step complete prompts, asking about each entity setting one by one — copy and paste to let AI help you build the complete system

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