Agriculture - 5G&Me

Envoy and Razmus Media collaborated on the Agriculture project to develop an immersive and interactive farm simulation highlighting the transformative potential of T-Mobile's 5G technologies in agriculture. The simulation features a control mechanism where users can wave their hands near physical plants on the left or right of the screen, enabling them to interact with the virtual environment.

The simulation includes ground sensors embedded in the plants that monitor real-time metrics such as Ph balance and moisture. These metrics are then displayed within the Unreal Engine experience, providing users with valuable insights into the health and condition of the crops.

Advanced technologies are showcased within the simulation, including AI-driven drones for field monitoring, AI-driven apple picking and tree maintenance, livestock monitoring with real-time alerts, and an AI-driven tractor for field cultivation. These elements demonstrate how T-Mobile's 5G technologies can revolutionize farming practices and increase productivity.

To enhance the presentation, a content management system (CMS) is implemented, allowing for dynamic content customization tailored to the guests' specific needs. Additionally, multiple API integrations enable a personalized experience by allowing users to select their avatar, choose their food preferences, and even place a custom (virtual) food order with their name.

CREDITS

Creative Direction Production
ENVOY
Installation Design/Fabrication
Sparks
Unreal Engine/Gameplay Programming
Razmus Media
SFX/Audio Design
Waveplant

CLIENT

T-Mobile

Project Type

Real-Time / Unreal Engine

Agency

ENVOY

Partners

ENVOY

Services:

Unreal Engine Programming
Animations
UMG/UI Development
Lighting optimization
C++ & Blueprint
UDP integration

Revolutionizing Agriculture with T-Mobile's 5G: A Transformative Interactive Farm Simulation

Details

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Phase Breakdown

Discovery: Understanding the project requirements, objectives, and scope, as well as researching T-Mobile's 5G technologies and their applications in the agriculture industry.
‍Concept Development: Brainstorming and ideation sessions to design the interactive farm simulation, including the control mechanism and the various AI-driven technologies to be showcased.
Unreal Engine Development: Utilizing Unreal Engine to create a visually immersive and interactive environment, incorporating ground sensors, AI-driven drones, apple pickers and tree maintenance, livestock monitoring, and an AI-driven tractor. Integrating the control mechanism for user interaction.
Sensor Integration: Developing and integrating ground sensors to monitor real-time metrics, such as Ph balance and moisture, and displaying this information within the simulation.
Content Management System: Setting up a CMS for dynamic content customization, enabling personalized experiences for presentation guests.
API Integrations: Integrating multiple APIs to enable avatar selection, food preferences customization, and virtual food ordering with personalized names.

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Challenges

Overcoming these challenges created an immersive and interactive farm simulation that effectively showcases T-Mobile's 5G technologies and their potential impact on the agriculture industry.

Optimizing Performance: Ensuring the smooth performance of the simulation, especially with the inclusion of multiple AI-driven technologies and real-time monitoring systems, required careful optimization to maintain responsiveness and visual quality.
Real-time Data Integration: Integrating ground sensors to monitor real-time metrics and incorporating them into the simulation required seamless integration and synchronization to provide accurate and up-to-date information.
User Interaction: Designing and implementing the control mechanism using hand gestures near the physical plants presented a challenge regarding accuracy and responsiveness, requiring thorough testing and refinement.
AI-driven Technology Implementation: Developing and implementing AI-driven technologies, such as drones, apple pickers, tree maintenance, and an AI-driven tractor, required complex scripting and integration to ensure realistic behavior and functionality within the simulation.
Personalized Experience: Integrating multiple APIs and developing a content management system to enable personalized experiences for presentation guests introduced challenges in terms of data management, ensuring data privacy, and delivering a seamless and tailored experience for each user.

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