FutureFraming: When Technology Plays Along

When the Room Begins to Listen 

The organ stands at the back, as it always has. It fills almost the entire wall, more like a part of the room than an instrument. And yet it doesn’t feel as still as it usually does. Perhaps it is waiting too? Someone coughs at the back. Someone leans forward. The room seems to gather itself. 

When the concert begins, it is clear this is not a traditional performance. The conductor stands at the centre, but her movements are small and focused.  Around her is an ensemble where the musicians play together, but also with what is happening around them. They listen to each other, and to how the room responds in return. 

Instruments That Talk Back 

The technology is present, but more as something the musicians use than something that controls them. It amplifies what they are already doing. When someone holds a note, it carries further. When someone changes their expression, new tonal possibilities open up. The instruments feel larger somehow, more responsive. You can see it in how they play. They experiment, they build on each other’s ideas, small smiles passing between them. There is a lightness to it. As if it has simply become more enjoyable. 

To the left of the stage, a drone hovers. It is small, almost like a bird. It moves slowly through the hall, adjusting light and sound in real time. It pauses above a violinist, as if listening more closely, and alters the soundscape so that the tones gain more depth. 

The organ plays its opening tones. The sound is not static. Wind pressure, registration and overtones adjust continuously. The sound engineer works alongside the intelligent system, listening to the room in real time. To the reverb that lingers a little longer than it should. To frequencies that slide into one another. To how the instruments interact. Together they shape how the organ responds. What is usually adjusted before a concert now happens in the moment, as part of the performance itself. 

A faint visualisation is projected above the orchestra. Not traditional notation, but structures, movements and patterns that follow what is happening in the music. A representation of the present moment, and yet you sense it is also part of what holds everything together. 

Where Tradition Meets Intelligent Systems 

The concert hall was designed to offer world-class acoustics, and the organ to enable encounters between tradition and innovation. When sensors and AI were integrated, its role changed. From an instrument that is played, to a system that also listens. Sensors throughout the room began measuring airflow, temperature, audience presence and acoustic conditions. AI models were trained on how different organists and conductors have shaped music over time. The systems learned not only to reproduce sound, but to adapt to context and interaction. 

But it is not the systems that create the music. The conductor sets the direction. She determines the tempo, phrasing and expression. The systems interpret and amplify, but they do not initiate. The organist works in dialogue with the instrument. When a register opens, a new timbre is introduced. It offers more possibilities, but the musician still decides what to focus on. The systems can suggest and balance, but they do not replace intention. The musicians no longer need to compensate for the room’s limitations or manage details that used to take their focus. Somewhere in this, there is something that makes everything hold together. The human can focus on expression. 

The Interplay That Shapes Industry’s Future 

In the industries of the future, systems and technology will work in much the same way as they do in this concert hall. Production systems and processes will listen, adapt and coordinate resources in real time. 

 But there is still a role like that of a conductor, where humans set goals, prioritise and decide what matters. Systems provide recommendations and keep things coherent, but humans retain control over the whole. 

What the concert hall makes clear is that technology has not made people less important. It has made them better at what they are genuinely good at. That creates the conditions for workplaces where people can focus on what is meaningful and rewarding. 

If we fail to build a functioning partnership between humans and technology, we risk systems that work but cannot be understood or influenced. But if we succeed, we can create environments like this concert hall in Piteå, where the human is the artist, where technology amplifies, and where the interplay makes both the individual and the whole perform at their best. 

AI and Intelligent Systems at RISE 

At RISE, we explore how humans, AI and intelligent systems can work together in the workplaces and industries of the future. Through research and innovation, we investigate how technology can enhance human capabilities, create sustainable working environments and contribute to more resilient organisations. 

Anna Sirkka works with questions around human collaboration with AI, organisational transformation and the future of work. Read more about her work here.