

Airple Research and Development Projects
At Airple, we are driven by innovation and a commitment to creating sustainable solutions for climate change and urban resilience. Our projects integrate cutting-edge technologies like IoT, AI, and smart infrastructure to address environmental challenges and improve the quality of life for communities worldwide. Explore our impactful initiatives that are paving the way for a greener and more sustainable future.

01
Reflective Coatings for Heat Mitigation
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Title: Analysis of Indoor Thermal Environment Improvement with Reflective Coatings
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Duration: 2024.06–2024.11
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Objective: Study the effectiveness of reflective paint in reducing indoor temperatures in aging apartment buildings.
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Client: Korea Environment Institute (KEI)
02
Cooling Solutions for Vulnerable Communities
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Title: Small Water Path Creation Project for Heatwave Relief
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Duration: 2023
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Objective: Develop and monitor cooling effects of water paths to support climate-vulnerable populations.
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Client: Korea Environment Institute (KEI)


03
Green Campus Initiative
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Title: Green Campus Project
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Duration: 2022
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Objective: Integrate green infrastructure to enhance sustainability at Seoul National University.
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Client: Seoul National University
04
IoT and AI Monitoring Systems
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Title: AI-Based Human State Monitoring System
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Duration: 2022
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Objective: Develop IoT-based big data solutions for monitoring human environments.
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Client: Data Industry Promotion Agency


05
Smart Parks and Urban Cooling
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Title: Smart Parks and Climate Adaptation Solutions
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Duration: 2021–2024
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Key Sites:
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Dongtan Yeoul Park (2024): Cooling solutions with floor fountains and mists.
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Chilrangi Valley, Yeongwol (2024): Green infrastructure monitoring.
06
Monitoring Children's Parks for Heatwave Response
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Title: Climate-Friendly Children’s Shelter Monitoring
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Duration: 2021
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Objective: Evaluate heat mitigation technologies like shading structures in parks.
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Client: Korea Environment Institute (KEI)


07
Winter Safety Solutions
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Title: Anti-Snow Solutions with Heat Coils
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Duration: 2024.06–2024.12
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Objective: Prevent icy conditions in sloped and pedestrian pathways for vulnerable groups.
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Client: Korea Environment Institute (KEI)
08
IoT-Based Urban Heat Island Monitoring
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Title: Mobile Climate Monitoring System for Urban Heat Islands
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Duration: Ongoing
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Objective: Assess urban microclimates using IoT-equipped mobile carts.


09
IoT Flood Prevention System
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Title: IoT Monitoring for Flood and Disaster Risk Management
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Duration: Development Phase
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Objective: Real-time monitoring of rural reservoirs for flood forecasting and disaster prevention.