The GIS application system must be designed and developed by SuperMap software, combining with mainstream IT technology to represent GIS value in various fields. The theme and topics are free. It will be an opportunity to show your ability of system design, software development, application innovation, as well as problem analysis and solving.
1. Works must be original and conform to the open source rules. The copyright always belongs to the original author while the Contest Committee has the right to make public.
2. All the participants should be responsible for the copyright. If works involve reference or quote, please indicate at the end of the reports. Otherwise, the Contest Committee will hold the right to cancel the awards and withdraw the bonuses and certificates of prizes due to infringement reasons.
All the works must be base on the SuperMap GIS Software below, with the version of 10i or above.
| SuperMap iServer | SuperMap iClient JavaScript |
| SuperMap iObjects Python | SuperMap iClient3D |
| SuperMap iObjects .NET | SuperMap iObjects Java |
| SuperMap iObjects for Spark | SuperMap iDesktopX |
| SuperMap iMobile | SuperMap iDesktop |
1. The data used in the entries can be the map data published by nations or relevant organizations, or the big data or other source data provided by Internet enterprises。
2. Please ensure the legitimacy of the data source and the right of using and releasing data.
3. The map content shall conform to the relevant policies and laws of each country, and shall fully represent the territory of each country.
| Item | Requirement |
| System Design (25) | Innovative topic selection: covers new industry applications or novel application points in traditional fields. |
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Distinctive functional design: strong industry relevance, tightly integrated with GIS, highlighting the core role of GIS technology.
Addresses real-world industry needs with potential for broader adoption.
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Advanced design approach: incorporates current mainstream IT and GIS technologies. The system is feature-rich and well-equipped. |
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| System Implementation (50) |
Well-designed system architecture The system structure is logically organized and scalable. Code follows best programming practices and conventions. |
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All modules are developed according to system design requirements. The system allows seamless feature transitions with no runtime errors. In-depth application of SuperMap GIS technologies, such as spatial big data, 3D GIS, AI GIS, AR GIS, etc. |
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Rich and well-designed data content Data is structured properly, visually appealing, and aligned with system application requirements. Optimized map/scene performance. Ensures smooth navigation without noticeable lag. |
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| User Experience (15) | The interface is well-designed, intuitive, and aligns with user habits. |
| System Presentation (10) |
All required documents are included, following standard formatting. Explanations are well-structured, with supporting charts and diagrams illustrating system functionality and implementation. |
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Comprehensive & norm-compliant content Effectively showcases the system’s innovative aspects. Provides a complete and accurate representation of all system functions. |
1. All the files required need to be submitted as compressed files in .ZIP format.
2. Structure of submission files (Items marked with * are optional for submission):
2.1. Project source code: include all project files, ensuring that multiple projects are stored in separate, clearly named folders. Remove unnecessary or duplicate files from the project directory. Provide an "Engineering Source Code Directory Description" Excel file within the source code folder, documenting the structure of the source files.
2.2. Data
2.2.1. Includes all necessary data for system operation, such as spatial data, file-based data sources, and workspace files. If the data is stored in a database, provide an importable database file.
2.2.2. Include a "Data Description Document" in Excel format, detailing the contents of the data folder.
2.2.3. If any sensitive data cannot be fully provided or is included but restricted from public access, clearly specify these limitations in the "Data Description Document". Submit a test dataset as a substitute for confidential data.
2.3. Installation Files
2.3.1. Provide the APK file or other executable files for Mobile/Server (M/S) applications. Specify the compatible testing device models and operating system versions. Ensure that the embedded license in the APK remains valid for at least two months after submission.
2.3.2. If the M/S application is published in an app marketplace, include a "Download Link.txt" file containing the app download link.
2.3.3. Provide the executable program or installation package for Client/Server (C/S) applications.
2.3.4. For the browser/Server (B/S) applications, if the system only requires deployment of the project source code, do not duplicate files in this folder.
2.3.5. If third-party plugins are used, provide their installation packages.
2.4. Project Documentation
2.4.1. System Overview: a DOC-format document covering system background, system requirements analysis, system design, system implementation and summary, and key technologies used.
2.4.2. System Installation & Deployment Guide: a DOC-format document detailing required software and hardware environment, and step-by-step deployment instructions.
2.5. Instructor's Evaluation Report*: a DOC-format document, concise and clear, with a length of 200-500 words.
2.6. Screen shots: Provide at least three high-quality screenshots highlighting key functionalities or system UI design.
2.7. Demonstration Video
2.7.1. Demonstration video: an MP4-format video that comprehensively showcases project significance, key features, core technologies used, and a complete and realistic demonstration of all system functions.
2.7.2. Presentation slides: the PPT file used in the demonstration video.
2.8. Additional Supplementary Files*
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