- In September 2024, Samsung introduced an advanced haptic feedback system tailored for its foldable smartphones, enhancing touch responsiveness and user interaction across flexible displays. This innovation addresses the unique mechanical and sensory challenges posed by foldable form factors, aiming to deliver more immersive tactile experiences that align with the dynamic nature of folding screens. By refining vibration precision and integrating adaptive feedback mechanisms, Samsung’s system improves usability in both folded and unfolded modes—especially for gaming, typing, and gesture-based controls.
- In June 2024, Italian tech firm Weart S.r.l. launched the TouchDIVER Pro, a cutting-edge haptic glove designed to elevate immersion in virtual and augmented reality. The glove features six actuation points across all fingers and the palm, delivering multimodal haptic feedback through three distinct sensations: Force Feedback for pressure simulation, Texture Rendering to mimic surface feel, and Thermal Cues that replicate temperature changes from 18°C to 42°C. With precise hand tracking, low-latency connectivity, and an intuitive SDK, TouchDIVER Pro supports XR training, prototyping, teleoperations, and immersive marketing
- In April 2024, Immersion Corporation, a pioneer in haptic feedback technology, partnered with a major gaming console manufacturer to integrate next-generation vibration systems into future gaming devices. This collaboration aims to deliver more immersive and realistic tactile experiences, synchronized with high-definition graphics and audio. The new TouchSense® technology offers a broader range of vibration effects—crisper, more nuanced, and responsive to in-game actions—without increasing power consumption or hardware footprint. It also supports motion control compatibility, wireless transmission, and developer-friendly authoring tools, setting a new benchmark for interactive gaming realism
- In February 2024, Apple secured a patent for an innovative haptic feedback system aimed at elevating tactile interactions in augmented and virtual reality (AR/VR) environments. The technology focuses on delivering precise, responsive vibrations that simulate real-world touch sensations, enhancing immersion and user engagement across Apple’s mixed-reality devices. This development underscores Apple’s strategic push to refine spatial computing experiences, particularly within its Vision Pro ecosystem. By integrating advanced haptics, Apple aims to create more intuitive and emotionally resonant digital interactions, reinforcing its leadership in the rapidly expanding AR/VR market
- In January 2023, OnePlus partnered with AAC Technologies to introduce a biometric haptic actuator in its flagship smartphones, notably the OnePlus 11. This advanced actuator merges acoustic, optical, and haptic technologies, delivering stronger, more refined vibrations that elevate the sensory experience for users. The system enhances feedback precision during interactions such as typing, gaming, and biometric authentication, offering a more immersive and tactile interface. This innovation reflects OnePlus’s commitment to pushing the boundaries of smartphone ergonomics and user engagement
