Games have taught many people to treat sound as information. A footstep behind the player, a change in reverberation or a distant mechanical hum can reveal direction, danger, scale and material before the source appears on screen.
This is a practical form of listening literacy. Players learn that a soundscape can be read, tested and acted upon. Those expectations now matter beyond games, especially in exhibitions and cultural spaces where sound can guide movement and make systems respond.
GAMES MAKE LISTENING ACTIVE
Everyday public environments are acoustically crowded. Traffic, conversation, music and announcements often overlap, so listeners learn to filter much of the sound out.
Games create a different condition. Their sound worlds are designed so that certain details have consequences. Players listen for a route, an approaching character, a change of state or the presence of something outside the visual frame. Attention is rewarded.
In INSIDE, Playdead's side-scrolling world uses footsteps, impacts, machinery and reverberation to give weight to a place with little dialogue or visible interface. The acoustic character of each environment helps the player understand what kind of space they have entered.
The Last of Us uses sound more directly as part of survival. Distant movement and changes in intensity help players locate threats before they appear. Atmosphere and information are not separate layers; the same sound can create tension and support a decision.
Both examples teach the listener to ask where a sound comes from and what it means for the next action.
SOUND CREATES SPACE AND RESPONSE
Games also make spatial listening familiar through ordinary stereo headphones. Differences in level, timing, filtering and reverberation can suggest whether a source is near or far, to the left or right, inside or outside a room.
Firewatch uses these cues with restraint. Gravel, pine needles, wind and radio voices establish terrain, weather and distance. The soundscape does not constantly direct the player. It makes the environment legible enough that listening becomes part of moving through it.
Star Wars Jedi Survivor combines atmosphere with clearer directional signals. Creatures, machinery and activity are often audible before they are visible. These sounds prepare the player and encourage exploration without requiring an arrow or a written instruction for every event.
The broader lesson is that sound can carry spatial information the image does not need to repeat.
Spatial cues are only one part of this learned attention. Games also change what is heard when the player acts: a surface produces a different footstep, entering a zone changes the ambience, and an action receives immediate feedback.
This responsiveness helps players understand the rules of a system. The timing of the response is crucial. If feedback arrives too late or feels disconnected from the action, the relationship becomes unclear. If every gesture produces an exaggerated effect, the system becomes tiring and predictable.
Interactive installations face the same problem. Sound should confirm or transform an action in a way that visitors can discover. The response can be subtle, but it must feel connected to the body, object or area where it occurs.
WHAT CULTURAL SPACES CAN LEARN
Museums and exhibitions can draw on the listening habits that games have made familiar without imitating game mechanics.
A localised voice can draw someone towards an object. A distant event can suggest that the route continues. Changes in ambience can mark a threshold. Interactive sound can show that a visitor's movement has affected the installation. Silence can signal that one chapter has ended before the next begins.
These cues work best when they support the content rather than compete with it. Visitors move at different speeds and may enter a room at any point, so the sound must remain understandable without assuming one fixed sequence.
A spatial score can coordinate these relationships across rooms and media. Sonic dramaturgy gives them a role within the visitor journey. Spatial audio and interactive sound provide the technical and compositional means to place, move and respond.
The connection between spatial cues and responsive feedback explains why games can teach complex acoustic rules through experience. Players listen for position, behaviour and change because those details matter to what happens next.
Exhibitions can build on that familiarity. When sound carries clear spatial information and responds with purpose, listening becomes part of how visitors explore, understand and remember a place.
We apply these principles to spatial and interactive sound for exhibitions and installations, making orientation, movement and participation audible where they support the visitor experience.
