safe and clean town

[Smart Trash Can]

• Compression of garbage and immediate collection system by installing IoT-based smart trash bin
  – Immediate collection management when monitoring alarms occur to prevent aesthetic disturbances and odors
  – Promote collection efficiency by establishing a collection plan based on waste generation data
• Collection company collection route schedule and route management

[Recycling resource recovery robot]

• Points are provided by inserting beverage cans or plastic water bottles.
  – Form a virtuous cycle by purchasing eco-friendly products using points at the garbage mart
• Installation and operation of circulating resource recovery robots (3 locations)
  – Install a transaction system that measures the value and returns it in cash when a user puts volatile household waste into the input port
  – Recovered circulating resources are reprocessed in our own logistics hub and sold to material companies.

Creation of village base space

[Solar Energy System]

• Minimize the building energy load by maximizing the insulation performance (passive) and reduce energy and carbon emissions with renewable energy such as solar power
• Establishment of monitoring system for renewable energy production and use
• Efficient building energy management with BEMS
• Renewable Energy Optimization
  – Calculate the maximum solar PV installation capacity through site daylight review
  – Proposal of optimal system considering PV module and installation angle improvement

[Smart Power Monitoring]

• Remote monitoring and measurement of electricity consumption for each 200 households in old houses and air conditioning measurement (smart plug linkage) integrated web/app construction
• Target to reduce electricity consumption and reserve power by more than 12% (set targets according to research papers)

business recovery

[AI Smart Shop]

• Online shopping and delivery
  – Product information of the target mall is exposed on Naver Online Shopping Corner
  – Purchased products are delivered to users through eco-friendly shipping methods
• Product order guide AI chatbot development and construction
  – AI speakers are provided for each shopping mall and notified when product orders are placed
  – You can check the contents of product orders and statistics at any time through the AI ​​speaker
• Reduction of local carbon emissions

[e Mobility]

• 100 general bicycles, 50 electric bicycles, 50 kickboards
• Establishment of a last-mile mobility zone that connects metropolitan buses, Bundang Line subways, light rail stations, and nearby universities and tourist attractions
• 50% discount rate system applied when using within the centrally set area of ​​the regeneration area
• Minimize complaints due to neglected devices by subsidizing charging, collection, and operation costs on private platforms
• Spreading a resident-centered sharing culture, such as using additional repairs and utilization of idle bicycles
• Accumulation of base data for revitalization of local economy through collection and analysis of bicycle operation information such as movement route, distance, and speed

Parking Environment Improvement Project

[Parking sharing and AI parking guidance service]

• Display of available parking spaces and fare information in connection with apps, portal maps, navigation, etc.
• Information interworking between the parking sharing platform and the local shared parking lot parking management system
  – Share privately owned parking spaces such as houses, villas, and commercial parking lots to others in the app
• Participating parking lot sensor installation, parking line maintenance environment support, resident discount rate system, etc. applied
• Development of voice-based AI parking lot reservation and 24-hour reservation-related civil complaint service
  – Make it easy for people to use public/shared parking lot information through AI voice chatbot, Naver map, etc.
  – Operate an AI voice chatbot that can guide parking information and respond to parking inquiries even at night/holidays to extend parking lot operating hours

Community Care Mobile Service

[Drone regular patrol safety net]

• Tracing and diagnosis of problems with narrow alleyways and illegally parked and stopped vehicles
• 5G-based patrol activities for effective disaster response
• Establish a three-dimensional disaster response system by overcoming space constraints using drones
• Acquisition and sharing of real-time information for shortening the on-site arrival time (golden time) by 1 minute and effective response in case of a disaster
  – Acquisition of initial disaster information and situation information based on 5G/LTE-based invisible autonomous flying drones
  – Linked with Yongin city integrated platform to establish a cooperative system with related institutions
  – Low-area drone video control based on SRT (Secure Reliable Transport) protocol
  – Intelligent drone image analysis service
  – Drone-based disaster response standard operating procedure collection

[AI Singalcheon walking helper]

• By using a location-based solution that combines AI and IoT technology, the elderly (local residents) and trees (companions) can communicate with each other.
  A new type of eco-friendly health promotion service
  – Check health and psychological status through activity information of the elderly (based on activity amount, blood pressure, pulse, mood state measurement information, etc.)
  – Induce walking to improve health status, induce emotional sympathy with companion tree
• Expansion of smart service for walking assistants in connection with the previously promoted elderly customized care service
• Provides status monitoring and improvement guides for chronic diseases and mental health based on the health data of the elderly
• Expanding the green environment of Singalcheon through companion trees and revitalizing the area through shelter expansion

Infrastructure / Data

[Community (data service) platform]

• Smart Urban Regeneration Cloud Data Convergence Service Platform Architecture
• Integrated management of cloud-based public data and device data
  – Integrated data collection, storage, processing, analysis, and linkage
• Establishment of integrated monitoring system for smart urban regeneration service
  – Urban regeneration service control, infrastructure monitoring and security
• Revitalize the data economy by building a data sharing platform
  – Data sharing and combination and analysis with existing public data are used to support smart urban regeneration policies and to derive new services
  – Performs a linkage function between local startups and existing companies that want to sell or purchase smart urban regeneration-related analysis data, artificial intelligence datasets, and software

Reinforcement and operation of residents' capabilities

[Citizen Participation Living Lab]

• Smart city regeneration living lab with resident participation using urban regeneration calculation data
• Various citizen participation living labs for the successful implementation of smart urban regeneration projects
  – Living Lab to solve illegal parking in Singal Ogeori area
  – Creating a harmonious community between foreign residents and local residents Living Lab
  – E-Mobility Service Neighborhood Connection Plan and Demonstration Living Lab
  – Measures to create jobs for residents through smart urban regeneration service Living Lab
  – Deriving new/extended services with resident participation Living Lab
• Providing customized information for residents of the Singal Ogeori area and collecting requirements Libang Lab operation
• Training and workshops for capacity building necessary for Living Lab

[Business Planning and Coordination]

• Performs project planning, business management, and quality assurance functions that reflect smart city standards
• (Business planning and MP) Establishment of smart urban regeneration implementation plan and appointment and operation of MP (General Planning Manager)
• (Coordination) Execution of professional support necessary for successful execution of unit projects

 

[Smart Trash Can]

• Creating a clean alleyway environment by promptly handling civil complaints and improving the environment
• Reduced collection cost and reduced fire risk
• Establish the basis for data-based waste policy establishment and lay the foundation for expanding service areas

[Recycling resource recovery robot]

• Expected to increase the amount of recycling resources recovered in the city and reduce waste
• Improving the environment around waste discharge areas
• Expected to lay the foundation for Waste Management System service

[Solar Energy System]

• The control solution for renewable energy production and use is used for publicity through the dashboard,
• Establishment of eco-friendly and economical energy solutions by supply and demand through new and renewable energy
• Building energy wide area management expectation
• Efficient energy management and reduction through BEMS (building energy management)

[Smart Power Monitoring]

• Inducing power consumption-saving actions by power consumers by monitoring power usage and amount (using smartphones)

[AI Smart Store Service]

• (merchants) revitalize local commercial areas, (residents) promote convenience
• (Virtuous cycle) Use eco-friendly delivery means (idle bicycles) and practice the Green New Deal policy
• (virtuous cycle) job creation – residents who have idle time deliver directly using eco-friendly delivery methods to secure a certain amount of revenue from delivery fees

[e Mobility]

• Provide last-mile transportation to increase the convenience of short-distance movement for residents of regenerated areas
• Expect to commercialize mobility tourism and increase the influx of young people
• Introduced a sharing economy model that utilizes neglected and idle bicycles
• Utilization of usage status data by region and time zone based on operation information in various policy fields
• Laying the foundation for sustainable urban development and local green environment

[Parking sharing and AI parking guidance service]

• Resolving parking difficulties through the use of parking information (increase the number of available parking spaces)
• (Driver) Parking sharing mobile app, Kakao/Naver map can be used to check parking space in advance
• (Driver) Applying various village policies such as parking reservation, enhancement of convenience through payment, and resident discount
• (Sharer) Share the number of parking spaces during idle time, secure shared revenue, and discount parking tickets for free time

[Drone regular patrol safety net]

• Minimize casualties by shortening golden time by 1 minute through drone
• Efficiency of disaster response through connection with smart city integrated platform
• Establishment of a three-dimensional disaster response system that overcomes space constraints → Disaster response without blind spots

[AI Singalcheon walking helper]

• A location-based companion tree that combines AI and IoT technology to promote psychological and physical health of the elderly
  * Expand the green environment of Singalcheon through companion trees and revitalize the area through shelter expansion

[Community (data service) platform]

• Efficient collection of devices and public data and implementation of flexible management system
• Securing flexible resource acceptance for long-term projects such as rapid increase or decrease in demand
• S/W flexible sharing system such as smart urban regeneration analysis data or artificial intelligence dataset contributes to vitalization of local data economy such as local start-ups

[Citizen Participation Living Lab]

• Contribute to the creation of resident-led products, services, and businesses to vitalize sustainable smart urban regeneration
• Expect to revitalize the local community through creative idea sharing activities across generations

[Business Planning and Coordination]

• Seamless connection and synergy between urban regeneration revitalization projects and smart urban regeneration projects, improving the quality of smart urban regeneration projects

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