Lan tỏa giá trị điện ảnh Việt bằng sức mạnh của truyền thông báo chí
Trong một thị trường điện ảnh cạnh tranh khốc liệt, một bộ phim muốn chạm đến trái tim khán giả không chỉ cần một kịch bản hay hay dàn diễn viên chất lượng, mà còn cần một chiến lược truyền thông đủ mạnh để câu chuyện của bộ phim được lan tỏa đúng người, đúng thời điểm. Đó cũng là lý do Beta Group đã lựa chọn LTT LABS VIETNAM đồng hành trong chiến dịch truyền thông báo chí dành cho bộ phim điện ảnh Mùi Phở - tác phẩm đánh dấu bước đi mới của Beta Productions khi khai thác những giá trị văn hóa Việt thông qua câu chuyện gia đình và món phở, biểu tượng của ẩm thực Việt Nam.
Project Overview
This project focused on redefining the virtual reality encounter to deliver a more immersive, emotionally engaging, and intuitive user experience. The objective was to craft a seamless blend of storytelling and interaction that would resonate deeply with users and push the boundaries of digital engagement. Collaborating closely with stakeholders, we identified key goals around immersion, accessibility, and performance optimization. From early concept sketches to high-fidelity prototypes, every phase was guided by a commitment to user-centric design and narrative cohesion. Our role was to bridge the gap between technology and emotion by designing a VR experience that was not only visually compelling but also intuitive and impactful. We initiated the process with in-depth discovery sessions and user flow mapping to define key interactions, understand user motivations, and ensure alignment with strategic objectives. This foundation shaped a compelling and cohesive experience from start to finish.
In an evolving landscape of immersive technology, the brand came to us with a clear vision — to reimagine their virtual reality encounter in a way that not only reflected their core identity but also laid the groundwork for future innovation. Their existing VR experience felt disjointed, lacked narrative cohesion, and struggled to fully engage users on an emotional or interactive level. The challenge was to transform this fragmented environment into a seamless, intuitive journey that could captivate audiences and scale with advancing technology.
Ensuring real-time environmental feedback was a core focus throughout the development of the virtual reality experience. In immersive spaces, users expect their actions—whether through gaze, gesture, or motion—to instantly influence their surroundings. To meet this expectation, we engineered responsive interaction loops that delivered immediate visual, auditory, and haptic feedback. Dynamic environmental cues—like lighting changes, object animations, and spatial audio—were triggered based on real-time input to reinforce user presence and immersion. We conducted extensive testing across multiple VR platforms and hardware configurations to validate latency, synchronization accuracy, and the consistency of user feedback. Performance optimizations such as lightweight shaders, level-of-detail adjustments, and input prediction algorithms helped maintain fluid responsiveness.
Real-Time Environmental Feedback
Ensuring real-time environmental feedback was a core focus throughout the development of the virtual reality experience. In immersive spaces, users expect their actions—whether through gaze, gesture, or motion—to instantly influence their surroundings. To meet this expectation, we engineered responsive interaction loops that delivered immediate visual, auditory, and haptic feedback. Dynamic environmental cues—like lighting changes, object animations, and spatial audio—were triggered based on real-time input to reinforce user presence and immersion. We conducted extensive testing across multiple VR platforms and hardware configurations to validate latency, synchronization accuracy, and the consistency of user feedback. Performance optimizations such as lightweight shaders, level-of-detail adjustments, and input prediction algorithms helped maintain fluid responsiveness.
