Cases
We developed an AR activation for the anniversary pin in the form of a stamp. When a mobile device was pointed at the souvenir, it came to life: a highly accurate 3D Effie statuette appeared in augmented reality.
The technology was implemented via WebAR, which allowed the activation to be launched without additional applications — directly from the browser, ensuring simple and fast interaction.
We developed an urban 3D location with architecture, transportation, and groups of people, which served as the main stage for visual experiments. We recreated various weather scenarios: from sunny weather to rain, snowfall, and fog. Each transition was animated with an emphasis on realistic lighting, reflections, and particle movement.
The final project combined cinematic style with a high level of detail, allowing the video to be flexibly adapted to various formats, including presentations, commercials, and digital campaigns.
We created a script and developed a 3D location in Unreal Engine, where each element emphasized the key properties of the product. In Houdini, we modeled a race car and created an animation with water simulation on the body, which conveyed speed and power. The project was complemented by graphic design, sound design, and voice-over narration, which formed a complete audiovisual image. We adapted the final video to different formats and lengths for use on the website, social media, and presentations.
We used generative artificial intelligence tools to create visual images and animations, and combined them with our expertise in 3D and video production. The final video became an example of the synergy between creativity and technology.
Our team created an installation using AI that reproduced the image of Sonia Delaunay and her legendary scarves. On a large screen, the artist seemed to emerge from archival photographs and bring her original designs to life, creating a powerful visual effect.
In the brand zone, we integrated an interactive mirror with Visa payment technologies. Each visitor could activate a personal scenario by touching the card: the system generated a Delaunay-style fashion postcard in real time, which could be printed immediately and taken away.
By combining AI, interactive displays, touch technologies, and real-time content generation, we created a space that emphasized the brand’s innovation.
Our team developed an interactive screen window based on an iPad + Smart TV connection. We created an intuitive interface on the tablet that allows users to select a city from an interactive catalog and view its photo content. The selected image was synchronized with the large screen in real time, ensuring smooth interaction between devices.
Scripts were created and a full cycle of video production was implemented: filming, editing, post-production, and voice-over. A visual concept and design for digital channels and social networks were developed. Outdoor advertising layouts (citylights, billboards) were prepared for the national campaign. Booklets with step-by-step instructions on assistance mechanisms were designed and printed. A series of information materials for various formats (online and offline) was created, ensuring a consistent campaign style and clear presentation of complex information.
The “Book of Poetry of Financial Fashion” was developed – an interactive installation using artificial intelligence to reproduce the voices of the classics of Ukrainian literature. AI synthesis of the voices of Volodymyr Vynnychenko, Maksym Rylsky, Pavlo Tychyna, and Lesia Ukrainka was created with high accuracy of intonation reproduction. The integration of NFC technology allowed activating the content by attaching Visa cards from PrivatBank to readers located next to the writers’ portraits. Each writer received personalized content – unique poetry and author’s thoughts reproduced by a synthesized voice.
Creation and integration of a block programming language for the Arduino microcontroller, which allows students to easily learn the basics of coding and controlling devices. Developed training locations with realistic simulations where users can reproduce the operation of the microcontroller and robotic platforms in the format of interactive tasks and scenarios. Virtual reality support has been implemented on the Meta Quest platform, allowing users to interact with technology in a full-fledged VR environment.
Development of realistic motion animation that creates the effect of bringing the object to life. Video tracking and frame retouching for natural integration of visual effects. Detailed work with compositing, including color correction, adding light and shadow effects that enhance the realism of the scene.
