Real-Time Video and Information Broadcasting Solution

Immersive Content
Bridge of Love Propose Event Application
Year of Production
2024
Detailed Genre
Other

Summary

This solution allows users to easily broadcast videos, images, and text information from their personal mobile phones to a specific display device. Without the need to install any specific app or software, users can simply scan a QR code to access the web browser, then upload videos, images, and text stored on their phones by following a template-based format.

Currently, it is being successfully utilized for a popular proposal event at a designated location operated by a local government. As a P2P and C2B broadcasting content solution, it offers high cost-efficiency and can be adapted for various uses.

Company Profile

Broadcasting Immersive Content

MMP Co.,Ltd.

MMP Co., Ltd. possesses advanced capabilities in high-definition aerial photography, editing and processing of captured data, high-quality 3D modeling, and the implementation of Unity-based simulation functions. Through optimal creative content such as aerial views, VR images, videos, and cyber tours, as well as responsive content, we enable anyone to easily and conveniently experience and connect with specific locations using the universal language of visual information. Recognizing the importance of device compatibility, MMP has secured technological competitiveness by ensuring that most of the content we develop can be utilized across various platforms, including HMDs, PCs, kiosks, and broadcasting platforms. In addition to our production expertise, MMP also has extensive experience in content planning and development, and we remain committed to continuous interest and investment in these areas. We are currently focused on creating immersive content for virtual tours of specific tourist attractions, broadcasting VR content, and developing industrial metaverse and digital twin solutions. MMP is also actively participating in a Korean government-led project to develop real-time information and 3D simulations for urban air mobility operations in South Korea.

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