Immerz

For decades, digital worlds have focused on sight and sound. They show and tell everything, but neglect the physical senses that connect us to reality.

Immerz changes that by creating powerful tactile experiences, turning ordinary interactions with games, movies, music and devices into fully immersive moments. The company combines scientific rigor with an intuitive understanding of user experience, making technology that resonates with the mind and body. Users aren’t just observing. They are part of the digital story unfolding around them, experiencing each moment as if it were real.

“Visual displays have reached beyond-retinal resolutions where further improvements are negligible. Haptic technology hasn’t matched that progress, and our goal is to bring touch realism to all platforms. We believe our technology will usher in a new era of mobile media immersion,” says Shahriar Afshar, founder, president and CTO of Immerz, who is also the Principal Investigator of Afshar Labs at MIT's Engine Incubator, and Center for Nanoscale Systems (CNS) at Harvard University.

FROM DORM ROOM DISTRACTION TO DIGITAL IMMERSION

The story of Immerz began in a university dormitory in 2004 with a solution to a seemingly minor problem. Video games played by students caused vibrations that traveled through the building, disturbing everyone. What could have been a simple annoyance became the spark for a new line of thinking. Afshar, a physics professor grounded in neuroscience and world-famous for his experiments in quantum mechanics at Harvard University, began exploring how vibrations could be transformed from disruptive noise into something meaningful.

Early research focused on how the body perceives vibration through nerves connected to the limbic system, the center for self, emotions and behavior. Even subtle tactile signals could make users feel part of the action. The challenge was to develop technology that felt natural, precise and emotionally resonant, avoiding repetition or artificiality.
In initial experiments, existing vibration units failed because they lacked texture, complexity, and proper synchronization with audio. Small buzzes could distract rather than immerse, and repetitive effects quickly lost appeal. Afshar discovered that combining sound and touch with exact timing could evoke profound emotional responses. A virtual keystroke, drumbeat, a distant footstep, or an explosion could feel real.

These insights culminated in his creation of a new chapter in haptics, now called acousto-haptic technology. Every vibration, every subtle cue, every impact is timed with precision, giving users the sensation of being physically present within a scene. The technology turns touch into a core part of the experience, completing the story that began with dorm room vibrations and ended with a new way of feeling the digital world.

WHEN HAPTICS MEETS NEUROSCIENCE

Immerz relies on a deep understanding of neuroscience, physics, and human perception to deliver its technology. Traditional haptic systems use separate vibration tracks or simple monotone buzzers that operate independently from audio or visual content. This creates mismatched or delayed effects that can break immersion and frustrate users.

Immerz’s approach embeds haptic signals within the audio, ensuring vibrations align perfectly with what users hear. Even the slightest delay diminishes the experience, so synchronization is precise down to a millisecond.

The technology engages afferent nerves, which communicate directly with the brain’s limbic system. These nerves allow users to feel sensations subconsciously, creating the perception that external events are happening directly to them. Vibrations mimic natural patterns from the body and environment, producing subtle but meaningful cues that enhance attention and emotional engagement. Users can sense physical responses such as the recoil of a virtual object or footsteps approaching from a specific direction without large, clunky haptic devices. These sensations feel immediate, intuitive, and emotionally resonant, engaging spatial awareness and anticipation.

Hardware plays an equally critical role. High-definition, multi-frequency transducers replace traditional vibration units, producing nuanced tactile signals that ordinary buzzers cannot replicate. Each transducer converts embedded haptic data and produces a complex feedback that complements the audio. Sophisticated algorithms analyze audio content, extract haptic signals, and deliver them with precision.

Thousands of beta tests with hundreds of participants refined the system over the years. Subjective feedback and biophysical measurements, such as electromyogram readings, were used to perfect the experience. The founder often cites the “Immerzed Look,” a natural reaction induced by Immerz haptics, where users lean in, flinch, or display intense focus, as a hallmark of full engagement in reaction to events in a game or a movie. Each iteration improved the subtlety of cues, adjusting for cultural, physical, and perceptual differences to create a universally compelling experience.

TANGIBLE ADVANTAGES FOR DIGITAL AND PHYSICAL WORLDS

Users experience a transformation when interacting with devices powered by Immerz. Gaming becomes more intense, with footsteps, environmental effects, and subtle interactions conveyed through touch and sound. Explosions, gunfire, and rewards feel authentic. Music gains depth, with rhythm and bass vibrating naturally. Strumming a virtual guitar on the phone, feels like the real thing. Small interactions, such as tapping virtual buttons or receiving notifications, create satisfying feedback. Users instinctively lean, duck, or react as they are part of the content. These experiences produce stronger emotional connections and heightened engagement. Casual mobile interactions such as scrolling, swiping, rewards or alert notifications also gain a tactile dimension, creating a sense of continuity between physical and digital spaces.

Manufacturers benefit in several ways. Conventional haptic systems require expensive circuit board real estate, costly components, and extra assembly steps. Immerz greatly optimizes device architecture by embedding haptics into existing audio pipelines, removing the need for separate vibration units and chipset. This reduces costs, streamlines production, and saves valuable space. The technology scales across device tiers. Entry-level phones deliver core haptic effects, while premium models offer more layered, high-fidelity sensations. Automotive manufacturers can implement realistic tactile feedback for touchscreens and virtual buttons while minimizing production expenses. These advantages create a competitive edge for manufacturers and strengthen consumer loyalty. High-fidelity tactile experiences enhance brand differentiation, making devices stand out in increasingly crowded markets.

The emotional impact of Immerz technology cannot be understated. Subtle haptic cues provide directional awareness and enhance engagement, creating a sense of presence that visuals and sound alone cannot achieve. Users respond instinctively and naturally, producing genuine reactions and satisfaction. Devices become more than tools; they become platforms for immersive experiences that combine sensory, emotional, and cognitive engagement in previously impossible ways. Beyond entertainment, the technology enhances learning and training applications by providing physical simulation feedback, deepening understanding and retention. Most importantly for manufacturers, the consumer’s emotional attachment to the phone triggered by Immerz technology increases brand popularity, while cutting manufacturing cost.

BREAKTHROUGH: MAKING TOUCH THE NEXT FRONTIER

Immerz is shaping a new standard for immersive technology. Recognition from CES, E3, and CEA highlights innovation, but the real proof is how users respond physically and emotionally. Screens, speakers, and graphics are no longer the final frontier. Touch has become an essential dimension of digital interaction. The technology is expected to hit the market in late 2026, with widespread adoption expected by 2028. Early partnership discussions with major manufacturers confirm demand and validate Immerz’s approach. Consumers increasingly expect devices that deliver full sensory experiences, and Immerz is positioned to set the benchmark for haptic innovation across mobile phones, tablets, gaming consoles, and automotive interfaces.

Automotive applications are poised to expand. Drivers can now experience realistic feedback when interacting with virtual buttons or touchscreens, increasing usability, comfort, reliability and safety. Immerz technology reduces the need for physical components, simplifying manufacturing while enhancing user experience. In addition, virtual reality, home electronics, and other interactive environments may soon adopt similar haptic standards, creating a unified approach to immersive touch. These advancements suggest a future where tactile interaction becomes as fundamental as sight and sound in digital spaces, without which the experience would feel outdated.

Immerz’s journey from a dorm room experiment to a globally recognized technology innovator illustrates the power of combining scientific insight with a practical understanding of human behavior. Afshar’s vision was never to create vibrations for technology's sake, but to enhance human experience, translating subconscious perception into tangible feedback. The result is an elegant, efficient, and profoundly human system. Users feel more, react naturally, and engage with content more deeply. Manufacturers reduce costs while offering products that stand out in a crowded market. The company is not simply advancing devices; it is redefining how humans interact with technology.