TotemXR

GeoThermal VR

Learning about Geothermal energy on VR!

• Client: Technological Node SDE
• Category: Virtual Reality Educative Application

GeoVR is an educational VR application developed in Unreal Engine that takes the user on a journey to explore geothermal energy. Through a 3D model of the earth, at body scale, the user is guided by the moon to discover the different layers of the planet and their composition, with audio descriptions provided at each stage.

The GeoThermalVR app was built using the latest technologies to deliver a seamless and immersive experience. We utilized Unreal Engine 5 for the development of the app, which allowed us to create realistic and high-quality 3D models. The app was designed to run on the Meta Quest 2, a powerful VR headset that offers a comfortable and responsive experience. Additionally, we used Blender to create and manipulate 3D assets, ensuring that the final product was visually stunning and engaging.

By partnering with our studio to develop a VR app showcasing the geothermal energy project, we were able to increase public awareness and understanding of the project's benefits. The app provided an immersive and educational experience for users, allowing them to explore the project in a visually compelling way. By leveraging cutting-edge technology, we were able to engage and educate a wider audience about the benefits of geothermal energy, while promoting the construction of the future power plant. The app also served as a valuable tool for training and education within our organization.

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VR RaceXperience

A customized racing VR simulator, with 3degrees of freedom movement and propietary track.

• Client: Automotive Mouseum of Santiago del Estero
• Category: VR simulation / Electronics

VR RaceXperience is an immersive racing simulator that offers an exciting and authentic driving experience. The technology behind the project includes a custom mod for the Assetto Corsa racing game, which allows players to race on the Autodromo de Termas de Rio Hondo track in VR. In addition, a 3DOF moving platform was designed and built using motors and an Arduino controller, which connects to the game and replicates the motion and orientation of the car in real-time.

The VR race simulator was built using a combination of technologies including electronics, Arduino, Python, the Assetto Corsa track editor, and Blender. The mod we created for the Assetto Corsa game added the Autodromo de Termas de Rio Hondo race track to the game and allowed it to be played on VR. We then connected the game to a 3DOF moving platform built with motors and an Arduino controller. The platform received inclination and orientation data from the game and replicated it in the real world. The simulation's realistic motion combined with the immersive VR experience creates a thrilling racing experience.

The VR race simulator developed for the race track museum has brought numerous benefits to the client. Firstly, the addition of this exciting attraction has successfully attracted more clients to the museum, increasing foot traffic and creating a buzz around the establishment. Secondly, the ability to sell tickets for the VR race simulator experience has generated an additional stream of revenue for the client. Moreover, this unique and immersive experience has provided a new and exciting way for visitors to engage with and learn about the history and culture of motorsports, enhancing the overall museum experience.

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SandBoxAR

An augmented reality sandbox to play and learn.

• Client: Secretary of Science and Technology
• Category: Augmented Reality Application

SandBoxAR is an augmented reality table designed to teach users about topography and height maps in a fun and engaging way. The table consists of a large sandbox placed on top of it, which is equipped with an Xbox Kinect and a projector. As users play around with the sand in real-time, the Kinect measures the height of each point and the device paints different colors on the sand based on the height at that point. This allows users to visually see the different elevations and contours of the terrain.

SandBoxAR was developed using Python, which is used to control the Xbox Kinect and measure the height of each point on the sand in real-time. As users play around with the sand, the Kinect measures the height of each point and the device paints different colors on the sand based on the height at that point. This allows users to visually see the different elevations and contours of the terrain.

By using SandBoxAR, the school can provide its students with an innovative and engaging way to learn about topography and height maps. With its use of augmented reality technology and real-time measurements from the Xbox Kinect, SandBoxAR offers a hands-on approach to learning that can help students better understand complex concepts. Additionally, the use of Python for controlling the Kinect offers a customizable and flexible platform for the school to build upon and expand as their needs change. The combination of these technologies makes SandBoxAR an ideal tool for schools looking to introduce their students to the latest advancements in technology while also providing a fun and interactive learning experience.

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Inner Space VR

A journey inside the human body! Learning about treating Leukemia.

• Client: Baxter Oncaraspina
• Category: Virtual Reality animated video

InnerSpace is a 3-minute VR animation created for Baxter Oncaraspina, showcasing their innovative new drug and how it works within the human body. Users are transported inside the body, moving through the tissue and into the bone marrow where they can see the inner workings of cells and the production of different proteins. The animation explains how this process is disrupted by leukemia and how Baxter Oncaraspina's new drug is designed to combat it. Users can see the drug in action, encapsulating cancerous cells and preventing their spread, ultimately helping to treat leukemia. This immersive experience provides a unique and engaging way for Baxter Oncaraspina to showcase their new product, helping to educate medical professionals and the wider public about the importance of their work in fighting cancer.

InnerSpace was created using a range of powerful tools and technologies to deliver a seamless and engaging VR experience. The project was built using Unreal Engine, which provided advanced rendering capabilities and allowed for smooth interaction within the virtual environment. The animation was created using Unreal Engine's cinematic tools, which helped to bring the story to life with high-quality graphics and animations. The 3D models used in the project were created using Blender, a popular open-source 3D modeling software. Finally, the video was edited using Adobe Premiere, a professional video editing tool that helped to bring all the elements together and create a final polished product. These tools, combined with the team's expertise and creativity, allowed for the creation of a powerful and impactful VR experience that effectively showcased Baxter Oncaraspina's groundbreaking new drug.

The InnerSpace VR experience created for Baxter Oncaraspina provides an innovative and engaging way to showcase their new drug to medical service providers and potential customers. By immersing the user in a virtual environment that accurately represents the complex processes happening inside the body, the experience helps to educate and inform audiences about the drug's mechanisms of action in a way that traditional methods simply can't match. This can lead to increased awareness and sales for the product, as well as greater confidence and trust in the Baxter Oncaraspina brand. Overall, the InnerSpace VR experience is a powerful tool that helps Baxter Oncaraspina to stay ahead of the competition and effectively communicate the value of their groundbreaking new drug.

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Walkby with AR

Augmented reality for the Mouseum and walkby.

TermasWalkAR is an augmented reality experience designed to enhance the touristic walkway leading to a new Mouseum in Argentina. The project features more than 15 distinct triggers, including signs, statues, and monuments, that can be activated by pointing a mobile device at them.

• Client: International Mouseum of Termas de Rio Hondo
• Category: Augmented Reality Application

WalkBy with AR was developed using Unity engine, which allowed for easy integration of both ARCore and ARKit for platform handling. This allowed the app to be compatible with both Android and iOS devices. For the videos, the team used Adobe Premiere, a popular video editing software, to create and edit high-quality video content that could be displayed on the app. In addition, they used Adobe After Effects for creating custom animations that could be triggered by specific triggers. By combining these powerful tools, the DiegoAR team was able to create an immersive and engaging experience that seamlessly blended augmented reality, video content, and animations to create a truly unique and exciting touristic experience.

The platform provides numerous benefits for the government of the province that built the new Mouseum. By using this app, they have enhanced the entire touristic experience for visitors to the area. By providing additional context and information about the city and the surrounding area, they have created a more immersive and engaging experience that visitors will remember long after their visit. Additionally, we have created a new and impactful attraction for the province, which can help to increase tourism and drive economic growth. By investing in innovative and cutting-edge technologies like augmented reality, the government of the province has shown its commitment to providing the best possible experience for its visitors and residents, and has cemented its position as a leader in the tourism industry.

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Santiago VR

Experience Tourism in a new way! VR interactive application.

The Virtual Tour of Santiago del Estero is an immersive VR experience that showcases the beauty and diversity of our province's natural wonders, cities, museums, and other attractions. With a 3D map of the terrain, users can navigate through different destinations and select areas of interest. Our app features stunning VR videos, filmed and edited by our team, that transport users to their chosen destination, providing an unforgettable experience of what our province has to offer. Presented at an international tourism fair, our Virtual Tour was met with great enthusiasm from the public, making it an excellent tool for promoting tourism and attracting visitors to our province.

• Client: Tourism Secretary SDE
• Category: Virtual Reality interactive aplication with inmersive videos

The tourism VR app was built using Unreal Engine 4 for the development of the 3D terrain map and interactive elements. The VR videos were created using in-house 360-degree cameras and edited using Adobe Premiere Pro and After Effects. Blender was used for 3D modeling of the different landmarks and attractions. Additionally, the app utilized immersive video technology to transport users to different destinations within the province, providing an engaging and immersive experience. The seamless integration of these technologies resulted in an innovative and informative VR app that captivated audiences and showcased the beauty of the province.

Our VR tourism app allowed our client to showcase the natural beauty, cultural landmarks and local attractions of the province in an engaging and immersive way. By utilizing 3D mapping and VR video technology, the app enabled users to experience these destinations firsthand, helping to increase awareness and promote tourism. Furthermore, the app provided a cost-effective solution for promoting tourism, as it eliminated the need for expensive travel and accommodation for potential visitors. Ultimately, the app helped to increase foot traffic and revenue for local businesses, while also providing a positive image of the province to potential visitors around the world.

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