Making Music Festivals Accessible to Everyone: Second 'Route for Music' Pilot Project Opens Up Music Experiences for the Visually Impaired
SIGNING Inc. conducted the second pilot project of its 'Route for Music' initiative at the 'ACO CHiLL CAMP 2026' festival in May 2026. By using wearable devices to convert audience movements and tempo into real-time vibration patterns, the project enabled visually impaired participants to experience the energy and unity of the festival through their sense of touch.
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- 📰 Published: May 27, 2026 at 11:00
- 🔍 Collected: May 31, 2026 at 23:08 (108h 7m after Published)
- 🤖 AI Analyzed: June 2, 2026 at 01:28 (26h 20m after Collected)
SIGNING Inc. (Headquarters: Minato-ku, Tokyo; President: Takahiro Maki; hereinafter 'SIGNING') has conducted the second pilot project of 'Route for Music,' an initiative aimed at making music experiences more accessible to people with visual impairments. The project took place at the 'ACO CHiLL CAMP 2026' music festival, held at 'Fujisan Juku no Mori' in Gotemba City, Shizuoka Prefecture, on May 16-17, 2026, where visually impaired participants joined the festival.
On the day of the event, five participants and their accompanying family and friends experienced live music while walking through the festival grounds. This pilot was conducted with the cooperation of the 'ACO CHiLL CAMP 2026' secretariat.
■ Background and Purpose
For those with visual impairments, music is an important pleasure that can be enjoyed through hearing alone. However, live music events have historically been difficult environments for those who cannot see. Therefore, SIGNING launched a research project in 2025 to create environments and systems that allow more people to access music experiences, titled the 'Route for Music' project.
The first pilot was held at the indoor music festival 'GFEST.2025' in Takasaki City, Gunma Prefecture, on November 22-23, 2025, where the team challenged itself to create an accessible environment by combining navigation technology with human support.
For the second pilot, the theme was 'feeling the excitement of the venue in real-time despite visual impairment.' The team designed a new festival experience that converts audience movements—such as hands-up gestures, swaying, or rhythmic clapping—into vibrations. Positioned as an MVP (Minimum Viable Product) for future service development, the goal was to identify challenges and possibilities for social implementation through on-site verification. The team utilized existing wearable devices while applying unique vibration patterns.
Specifically, the device worn on the participant's arm received real-time data converted into vibration patterns based on the 'type' and 'tempo' of the audience's hand movements. This created a mechanism where participants could directly perceive the 'excitement of the moment' through their bodies without relying on sight. By synchronizing the energy of the artists and the audience through technology, the project explored the possibility of a viewing experience where visually impaired individuals can naturally join the sense of unity at the festival without feeling isolated.
■ Creating Unity through Real-Time Vibration Guides
As the artist's performance began, a staff member known as a 'Rhythm Jockey' operated an app in real-time to match the audience's hand movements, creating vibration signals. For swaying motions, the device produced long, rhythmic vibrations, while for forward-reaching hand movements, it switched to short, sharp pulses, intuitively delivering the venue's movements to the participants' wrists.
Participants immersed themselves in the atmosphere of the live performance while feeling the music and rhythm with their entire bodies. It was impressive to see them swaying their arms in sync with the vibrations when they wanted to join the crowd, or moving freely when they wanted to enjoy the music in their own way, sharing the groove with the audience.
■ Participant Feedback
'I enjoyed the sense of unity from being able to do the choreography together at the venue. Previously, I had to rely on my companions telling me "now it's vertical" or "now it's horizontal," or I would try to mimic the shadows of people nearby. It's great to be able to understand it myself through vibrations rather than having someone secretly tell me.'
'Since my vision is gradually deteriorating, I have memories of what music festivals were like when I could see. This not only allows me to imagine based on those memories, but also adds a new way to enjoy music by re-experiencing the atmosphere through vibrations.'
【Future Outlook】
This pilot was an attempt to convert the 'excitement' and 'unity' of a music festival, which could not be fully captured by hearing alone, into an experience that can be 'felt on the skin' through technology. It presented the possibility of a new viewing experience where visually impaired individuals can share the excitement of the venue based on their own senses, without needing to be told what to do or feeling anxious about whether they are moving correctly. Moving forward, the team will use the data obtained from this MVP pilot to update the experience and work toward social implementation.
On the day of the event, five participants and their accompanying family and friends experienced live music while walking through the festival grounds. This pilot was conducted with the cooperation of the 'ACO CHiLL CAMP 2026' secretariat.
■ Background and Purpose
For those with visual impairments, music is an important pleasure that can be enjoyed through hearing alone. However, live music events have historically been difficult environments for those who cannot see. Therefore, SIGNING launched a research project in 2025 to create environments and systems that allow more people to access music experiences, titled the 'Route for Music' project.
The first pilot was held at the indoor music festival 'GFEST.2025' in Takasaki City, Gunma Prefecture, on November 22-23, 2025, where the team challenged itself to create an accessible environment by combining navigation technology with human support.
For the second pilot, the theme was 'feeling the excitement of the venue in real-time despite visual impairment.' The team designed a new festival experience that converts audience movements—such as hands-up gestures, swaying, or rhythmic clapping—into vibrations. Positioned as an MVP (Minimum Viable Product) for future service development, the goal was to identify challenges and possibilities for social implementation through on-site verification. The team utilized existing wearable devices while applying unique vibration patterns.
Specifically, the device worn on the participant's arm received real-time data converted into vibration patterns based on the 'type' and 'tempo' of the audience's hand movements. This created a mechanism where participants could directly perceive the 'excitement of the moment' through their bodies without relying on sight. By synchronizing the energy of the artists and the audience through technology, the project explored the possibility of a viewing experience where visually impaired individuals can naturally join the sense of unity at the festival without feeling isolated.
■ Creating Unity through Real-Time Vibration Guides
As the artist's performance began, a staff member known as a 'Rhythm Jockey' operated an app in real-time to match the audience's hand movements, creating vibration signals. For swaying motions, the device produced long, rhythmic vibrations, while for forward-reaching hand movements, it switched to short, sharp pulses, intuitively delivering the venue's movements to the participants' wrists.
Participants immersed themselves in the atmosphere of the live performance while feeling the music and rhythm with their entire bodies. It was impressive to see them swaying their arms in sync with the vibrations when they wanted to join the crowd, or moving freely when they wanted to enjoy the music in their own way, sharing the groove with the audience.
■ Participant Feedback
'I enjoyed the sense of unity from being able to do the choreography together at the venue. Previously, I had to rely on my companions telling me "now it's vertical" or "now it's horizontal," or I would try to mimic the shadows of people nearby. It's great to be able to understand it myself through vibrations rather than having someone secretly tell me.'
'Since my vision is gradually deteriorating, I have memories of what music festivals were like when I could see. This not only allows me to imagine based on those memories, but also adds a new way to enjoy music by re-experiencing the atmosphere through vibrations.'
【Future Outlook】
This pilot was an attempt to convert the 'excitement' and 'unity' of a music festival, which could not be fully captured by hearing alone, into an experience that can be 'felt on the skin' through technology. It presented the possibility of a new viewing experience where visually impaired individuals can share the excitement of the venue based on their own senses, without needing to be told what to do or feeling anxious about whether they are moving correctly. Moving forward, the team will use the data obtained from this MVP pilot to update the experience and work toward social implementation.
FAQ
Is accessibility support for visually impaired people at music festivals common in Japan?
Companies like SIGNING are conducting pilot projects using wearable technology, indicating a growing trend toward inclusive event environments.