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mago3D Product Introduction

Product Overview

mago3D is an open-source web platform designed for the efficient visualization and analysis of large-scale 3D spatial data.
It provides innovative solutions across various industries, including urban planning, facility management, marine, defense, and environmental sectors.

🚀 Next-Generation 3D Spatial Information Digital Twin Platform

    mago3D serves as a next-generation urban digital twin platform, simulating various phenomena that can occur in the real world within a virtual space.

💾 Lightweight Handling of Large-Scale 3D Data

    By applying state-of-the-art lightweight techniques, it visualizes large-scale 3D data in real-time on the web, helping to reduce costs and time, and facilitate efficient decision-making.

🌐 Web-Based Digital Twin Solution

    A convenient web-based solution that allows users to access and view simulation results via web browsers and mobile devices without the need for additional software installations.

🔗 Integration Across Various Fields and Data

    mago3D is a flexible digital twin platform that can integrate various industries and data, providing customized services to users.

🏆 Designated as an Innovative Product in R&D

    mago3D was designated as an excellent research and development innovative product in 2023, having passed the review by the Ministry of Land, Infrastructure and Transport and the Public Procurement Service.

🔒 Technical Capabilities and Certifications

    In 2019, it received GS certification from the Korea Information and Communication Technology Association (TTA) and holds 8 domestic and international patents related to 3D modeling lightweight techniques and web-based spatial information services.

🌐 Product Demo Site

    mago3d.io

Key Features

1. High-Performance 3D Visualization

  • Rapid rendering of large-scale 3D data in web browsers.
  • Offers texture mapping and high-resolution model rendering capabilities.
  • Fast data processing and visualization through advanced lightweight techniques.

2. Data Integration and Management

  • Efficiently manage integrated 2D and 3D data.
  • Supports various 3D file formats, including IFC, 3DS, OBJ, Collada, LAS, and GLTF.
  • Supports various 2D file formats such as Shapefile, GeoJSON, and GeoTiff.
  • Standardized interfaces for systematic data integration and management.

3. Seamless Integration of Indoor and Outdoor Spaces

  • Provides continuous 3D visualization of indoor and outdoor spaces.
  • Integrates building internal, underground, and above-ground spatial data seamlessly.

4. Support for OGC Standards and Various Formats

  • Compliance with OGC standards such as 3DTiles, WMS, WMTS, and WFS.
  • Guarantees high compatibility and interoperability.
  • Efficient data integration and management via standardized interfaces.

5. Scalability and Customization Support

  • Open-source foundation allows for free extension of functionalities.
  • Supports feature additions and custom development tailored to various user needs.

6. Flexible Infrastructure and Application Integration

  • Supports various infrastructures, including Docker, GeoServer, PostgreSQL, and OpenSearch.
  • Provides seamless integration and efficient data management with applications like Dataset, Layerset, Userset, and Search via GraphQL API.

Application Areas

🏙️ Urban Planning and Smart Cities

3D modeling of entire cities to address various urban issues, including infrastructure management, traffic simulation, and environmental monitoring.

🏗️ Facility Management and Maintenance

Effective facility management through 3D modeling of structures such as buildings, bridges, and tunnels, including maintenance, energy management, and safety inspections.

🌊 Marine and Port Management

Addresses various marine sector issues, including vessel management, marine environment monitoring, and port facility management.

🛡️ Defense and Security

Solves various defense-related problems through military facility modeling, training simulations, and military information visualization.

🌍 Environmental Monitoring

Visualizes environmental data such as air quality, water quality, and noise on a 3D map for monitoring and analysis.

Technical Specifications

Functional Specifications

  • Supported Protocols: Supports OGC standard protocols such as 3DTiles, WMS, WFS, WCS, WPS, WMTS, and TMS.

  • Conversion Modules: mago3DTiler, mago3DTerrainer, gdalConverter.

  • Frameworks: SpringBoot, React, CesiumJS.

  • Languages: Java, TypeScript, HTML5, CSS.

  • Supported API: GraphQL.

  • Infrastructure: Docker, PostgreSQL, PostGIS, OpenSearch, RabbitMQ, Storage(S3), KeyCloak, Fluentd, Prometheus, Grafana, GeoServer, Mapfish Print.

  • Platforms: Windows, Linux, Mac OS.

  • Compatibility: Supports major web browsers (Chrome, Firefox, Edge).

  • License: Apache License 2.0.

Conclusion

mago3D is a powerful tool that offers innovative solutions leveraging 3D data across various industries. With its open-source foundation, scalability, and real-time data processing capabilities, it provides users with the optimal environment for 3D visualization and analysis.

Contact Information
Official mago3D Website: www.mago3d.com
Customer Support Email: [email protected]