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SENSE is a patented solution combining video, audio, olfactory, haptic, climate control effects and interactive technologies, harmonized by our software ecosystem.
HCOMM distinguishes itself through 10+ patented technologies developed since 2010. Its uniqueness lies in the strategic integration of various systems and technologies, meticulously designed to deliver effective results in any living spaces and activities.
Video
neurosensory technologies
Curved microLED Wall
Cutting-edge high-resolution microLED video technology featuring a 1mm pixel pitch, Chip on Board (COB) flip chip technology.
Through interventions at the construction level, we achieved remarkable characteristics:
- Surface temperature of approximately 25°C (for a pixel pitch 1.2 mm) at 500 Cd/m2, a significant accomplishment considering that even the top LED screen manufacturers worldwide struggle to attain temperatures below 40°C with the same level of resolution.
- Maintaining electromagnetic field intensity well below established safety parameters.
- Our microLED technology is certified by TÜV Rheinland as 'Low Blue Light' designed to prevent eye strain.
- It boasts resilience against water exposure and surface impacts
- High Brightness 0-1000 nits (we can simulate the sun light)
- High RefreshRate `>` 3840Hz
- Greyscale 16 bit
- Color Temperature 3000K-10000K
- Viewing angle 175°
- Average power consumption 160W/sqm
- Certificate CE FCC ROHS
Audio
neurosensory technologies
Bespoke Audio System
Our bespoke audio system is meticulously crafted and precisely calibrated to harmonize with its environment's unique shape and spatial dimensions. Harnessing the power of Ambisonics, a comprehensive surround sound format that transcends traditional horizontal planes, our system envelops listeners in a full sphere of sound, incorporating sources from above and below.
Unlike conventional multi-channel formats, Ambisonics doesn't relay signals specific to speakers; instead, it encapsulates a speaker-independent representation called B-format. This B-format is then decoded to synchronize with the listener's individual speaker setup, offering unparalleled flexibility in speaker configuration and placement.
This adaptability is especially evident in virtual reality (VR) applications, where the B-format scene dynamically adjusts to match the user's head orientation, enriching spatial audio experiences with immersive and responsive soundscapes.
Smell
neurosensory technologies
Exclusive Olfactory Symphony Technology
The impact of fragrances on human psychophysiological responses has long been acknowledged and is gaining increasing recognition in medicine, psychology, and wellness fields. Fragrances, consisting of volatile chemical compounds with a molecular weight below 300 Daltons (Da), are perceived through the olfactory system. Humans possess a specialized family of receptors dedicated to distinguishing thousands of unique fragrance molecules, characterized by diverse protein sequences.
The sense of smell significantly influences physiological aspects such as mood, stress levels, and work performance. Electrophysiological studies have revealed that fragrances can affect spontaneous brain activities and cognitive functions. The electroencephalogram (EEG) power spectrum, is segmented into delta (0.5-4 Hz), theta (4-8 Hz), alpha (8-13 Hz), beta (13-30 Hz), and gamma (30-50 Hz) frequency bands, reflects various brain states.
Our psycho-olfactory therapy team excels in creating a customized 'olfactory symphony' to recreate specific olfactory-cognitive sensations, ensuring a seamless alignment between visual experiences and the olfactory dimension. The technology behind this precise olfactory symphony is unique and exclusively developed by HCOMM.
Haptic Vibration
neurosensory technologies
Vibrational Technology
Haptic or vibrational technology is a system that uses vibrations to improve the user experience.
When we are outdoors, for example, our body perceives a slight vibration that our senses are used to perceiving the so-called Schumann resonance (it is equal to approximately 7.83 Hz, however it can vary due to various factors, such as disturbances of the ionosphere-induced by the Sun).
We use specialized actuators that generate precise vibrations on the floor to transmit specific desired studied frequencies to people. In certain contexts, the vibration of the floor can, in harmony with the audio vibration, improve the user's overall sensory experience.
Interaction
neurosensory technologies
Human-space Interactions
We have the capability to customize human-space interactions through a combination of gestures and voice commands. Each unique movement can be precisely defined as a gestural command, allowing us to seamlessly execute corresponding responses.
Our system is equipped to distinguish between discrete and continuous gestures. Discrete gestures capture specific poses, while continuous ones capture the entire sequence leading to a particular pose. Our gesture recognition system operates on a machine-learning model. It involves the collection of training data by recording the gesture multiple times, followed by the creation and storage of a machine-learning model. This model is subsequently utilized to execute the corresponding gestural commands.
Our team of technical experts specializes in tailoring the array of commands to align with your specific requirements, ensuring seamless automation through gestures and voice commands.
Climate
neurosensory technologies
Climate Control
We exercise comprehensive control over nearly every climatic element within spaces furnished with our cutting-edge technologies, including hot and cold winds, humidity, fog, and air ionization. The only exceptions are rain and snow, which could potentially jeopardize electrical equipment; however, our system seamlessly manages all other climatic factors.
We have the capability to meticulously plan and schedule climatic conditions within our immersive rooms, ensuring an immersive experience.
Through precise ionization techniques, we maintain a health-conscious environment, as supported by the attached Clinical Evaluation Report on Air Ionization, guaranteeing that users always breathe clean and healthy air.
Naturally, these climatic aspects can be perfectly synchronized with the simulated scenarios, a unique and exclusive feature of HCOMM Technology.
Lighting
neurosensory technologies
Light Transitions
Light plays a pivotal role in shaping sensory perception, and its application can substantially elevate the overall user experience within a given space.
HCOMM's lighting systems, integrated into our neurosensory rooms, harness the power of programmable light frequencies to exert a profound influence over the sensory perception of environments, the energy levels, and the psychophysical states of users. These lighting systems are indispensable in the replication of real or virtual scenarios, contributing to an enhanced sense of well-being.
Through a collaborative effort with Vita Clinic in Oslo, Norway, as detailed in the attached document highlighting the therapeutic effects of light frequencies, we've pioneered a system that elevates every visual encounter within our immersive rooms.
Using MicroLEDs with a dazzling brightness of up to 1000 nits, a high refresh rate exceeding 3840Hz, a 16-bit grayscale, and an adjustable color temperature ranging from 3000K to 10000K, we provide users with the ability to seamlessly transition from the sensation of a sunlit day to a tranquil, moonlit night with just a simple click.
Enter into the Future.
Contact us
If you would like to know more about our products and customization options, please fill out the form and we will get back to you as soon as possible.
Location
Dubai
Boulevard Crescent Retail 1
Sheik Mohammed bin Rashid Blvd
Boulevard Crescent Retail 1
Sheik Mohammed bin Rashid Blvd
Italy
Via Del Lavoro, n. 6/8 - 9
Monte Giberto (FM)
Via Del Lavoro, n. 6/8 - 9
Monte Giberto (FM)
Italy
Via clerici 5
Milano (MI)
Via clerici 5
Milano (MI)
contacts
+971 4458 0853
+971 5851 50393
+39 345 8517690
+39 0734 996170