Providing Customer-Customized Location-Based Weather Data
Ultra-High-Resolution Weather Data Obtained Through AI and Big Data Can Be Utilized in Various Fields Such as Agriculture, Transportation, Energy, Construction, and Manufacturing.
Contact Us
HYPER-LOCAL WEATHER INFOMATION
Click on the location you're curious about on the map to check NanoWeather's ultra-high-resolution weather information. Check the date and select wind, temperature, and precipitation information!
NANO CLIMATE & WEATHER (Nano C&W)
Nano C&W provides high-resolution weather and/or climate information for specific areas of interest to general consumers and corporate customers.
High-Resolution Weather and Climate Data Worldwide
Detailed weather information at tens of meters scale for specific areas (town, neighborhood level)
Detailed Weather Information Service
Implementing digital twins that serve as navigation for unmanned vehicles using AI and 4D big data
Weather Consulting
Providing customized weather data to demand companies through "Wesolver"
NANO C&W SYSTEM
Nano C&W operates with excellent experts in the fields of science, technology, and management innovation as technical advisors and professional researchers for research projects.
AlphaMet(알파멧)
Nano Weather System that produces ultra-high-resolution 4D weather/climate big data needed in various industrial fields such as drones and unmanned vehicles
Wesolver(위솔버)
A user-customized weather solver that implements 4D ultra-high-resolution weather/climate big data produced by virtual sensor system and AlphaMet on the map
Technology Introduction
Step 1
알파멧 (AlphaMet)
Check the weather where you are right now.
Nano C&W connects past and future climate and weather worldwide with the AlphaMet solution, which is based on virtual sensor system technology.
Traditional weather information uses measurement data from weather stations as representative values for surrounding areas, but the AlphaMet solution realistically recreates weather information in the gaps between stations.
Base Technology
- Numerical Weather Prediction
- Diagnostic Analysis Model (AlphaMet-Q)
Related Patents and Papers
- Patent Registration 10-1791007: High-Resolution Precipitation Data Restoration System and Method
- Patent Registration 10-1926036: Quantitative Wind Information Restoration System and Method Using the Same
- Patent Registration 10-1817605: High-Resolution Temperature Data Restoration System and Method
- An Ultra-high Resolution Synthetic Precipitation Data for Ungauged Sites
(Kim etal., Asia-Prac. J. Atmos. Sci., 54(2), 215-223, 2018) - Study of Method for Synthetic Prediction Data for Ungauged Sites Using Quantitative Precipitation Model
(Bae and Oh, Asia-Pac. J. Atmos. Sci., 53(3), 403-410, 2017) - Research on Clothing Product Sales Prediction System Using Weather Information: Focusing on S/S Season Products (Jaeho Oh et al., Journal of the Korean Society of Clothing and Textiles, Vol. 19, No. 3, 2017)
Step 2
위솔버 (wesolver)
Check the weather where you are right now.
Nano C&W connects past and future weather worldwide with the AlphaMet solution.
Traditional weather information uses measurement data from weather stations as representative values for surrounding areas, but the AlphaMet solution realistically recreates weather information in the gaps between stations.
Business Areas
Step 3
Technology Application Cases
01
High-Precision Wind for Golf Courses
Delivering high-precision wind maps to golfers
02
Weather Control for Drones
& Unmanned Vehicles
& Unmanned Vehicles
Preventing accidents based on necessary weather information for driving
03
Weather-Based Fashion Coordinator
Providing fashion information based
on weather data using AI
on weather data using AI
04
Rail Temperature Prediction Service
Predicting rail temperatures at unobserved points
and providing safe operation information
and providing safe operation information
05
Weather Information for Hiking Trails
Providing user location-based
real-time mountain weather information for hikers
real-time mountain weather information for hikers
06
Power Infrastructure Management
Monitoring galloping phenomena due to weather disasters
in high-voltage transmission lines
in high-voltage transmission lines
07
Smart City
Weather station-based predictions of heavy rain and cold waves,
and urban fine dust data center
and urban fine dust data center
08
Virtual Farm
Providing basic data for crop models
and AI-based crop yield predictions
and AI-based crop yield predictions
Company Introduction
Nano C&W implements Hyper-local weather information services.
We provide customized weather information services for businesses.
Major Milestones
2023
Mar.
Moved Headquarters in March 2023 (LH Pangyo Enterprise Growth Center)
2022
Oct.
Acquired Inno-Biz Certification for Technological Innovation
May.
Launched WATCH Service
"Weather information Assisted Technology for Crop market Hedging system"
2021
Nov.
Conducted Smart City Next Innovative Technology Demonstration Project
Oct.
Registered WeSolver Trademark
May.
병역지정업체 선정
Feb.
Obtained Excellent Grade in Smart City Weather-Climate Convergence Service Development Project
2020
Oct.
Filed Trademark for Drone Guide (FM4D)
Aug.
Registered as Professional Research Business
Jun.
Carried Out Smart City Weather-Climate Convergence Service Development Project
Mar.
Moved into Pangyo Startup Zone
Feb.
Conducted Forest Science and Technology Commercialization Support R&D Project
Jan.
2019
Nov.
Delivered Rail Temperature Monitoring and Prediction System
Sep.
Registered AlphaMet Trademark, Completed Rainfall Prediction Technology Enhancement Service
Apr.
Conducted BM Development R&D Project in Connection with Demand Companies
2018
Jul.
Acquired Venture Business Certification, Established Corporate Research Institute
Jun.
Founded Nano C&W, Registered as Weather Business
2017
Jun.
Moved into Korea Meteorological Administration Growth Support Center (Pre-entrepreneur)
Directions
Address
본사: 경기 성남시 수정구 창업로 54, "LH판교제2테크노밸리 기업성장센터" 나동 323호
Office: #323, 54 Changeop-ro, Sujeong-gu, Seongnam-si, Gyeonggi-do,
Office: #323, 54 Changeop-ro, Sujeong-gu, Seongnam-si, Gyeonggi-do,
부설연구소: 부산시 남구 신선로 365 학생회관 308호
R&D Center: #308, Student Union Hall, 365 Sinseon-ro, Nam-gu, Busan,
R&D Center: #308, Student Union Hall, 365 Sinseon-ro, Nam-gu, Busan,
Visiting time
Mon - Fri 9:00 AM ~ 18:00 PM
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