Living Light: Seoul’s smart city shelter
Imagine a new kind of shelter in your city: a structure which provides information as well as shade, which reflects changes in its environment and responds to interest from people near and far, a structure which is high tech but constructed as simply as possible.

People can send a text message with a zip code to the Living Light Hotline and receive a text message reply with the neighborhood’s current air quality. At the same time, the panel of the requested zip code blinks and the facade becomes a register of collective interest. | Photo by Living LIght
Artists David Benjamin and Soo-in Yang (aka “The Living“) have created a new kind of structure as a permanent outdoor pavilion in Peace Park, across from World Cup Stadium in Seoul, Korea.
Sure, Living Light does what a pavillion does best — it shelters you from the rain and gives people a place to meet — but this pavillion goes futher. Living Light is comprised of a smart facade which represents the changing air quality of the city’s neighbourhoods and which tracks public interest in the atmosphere of the city.
Every aspect of the design, construction and daily application of Living Light draws on technology in aid of a connected “smart” city.

The city has several existing interfaces to real-time air quality data, which are used by Living Light to track and present air quality in an innovative way. | Photo by Living LIght
To begin with, the pavilion is an abstracted map of Seoul, with the city’s 27 neighborhood (gu) boundaries re-drawn to be centred around the air quality sensors the Korean Ministry of Environment already have around the city. Most of our cities are already gathering this information, so in creating Living Light Benjamin and Yang draw upon existing technology and readings and use this data as the basis for a new kind of interface.
The shape this interface took was again determined by technology, with the goal being to create an effective, stable and striking structure with the most efficient use of materials.
An automated test produced 25,000 unique designs, many of which fall far from traditional ideas of shelters and pavillions, and the artists followed up this tech-led design with prototypes and testing to ensure the struture performed well under stress. This planning allowed the team to produce the elements to exact dimensions and simplified the assembly, allowing them to erect the pavillion in under a week.

Each night, the neighborhoods light up if their air quality is better today than last year. Every 15 minutes, the map goes dark and then the neighborhoods light up in order of best current air quality to worst. | Photo by Living Light
Once in place in the park, Living Light becomes an information source, lighting up in a sequence which reflects the air quality of each neighbourhood from best to worst, as compared to readings for that sector the same time last year.

The dynamic facade responds to real-time air quality data and to public interest in the environment. | Photo by Living Light
The interactivity of the structure begins when city residents check in on air quality online, or when they send a text message with their postcode to the Living Light Hotline. They receive a text message reply with the neighborhood’s current air quality, while on the strutcture their neighbourhood’s panel glows brighter, registering interest in the environment.
As the artists note on their site:
“This structure in a public park not only provides a canopy and a tactile enclosure, it also suggests that a building facade itself can become a new kind of public space. It can offer important real-time information about our shared resources and our collective concerns.”
The development and construction process has been well documented, and offers inspiration for anyone considering how we represent information about our environments, or interested in creating engaging interfaces for public spaces. View a video of Living Light below, or visit the website for more on this exceptional work which suggests a new way of communicating information in smart cities.




Have your say