Mindful and Emotional Interfaces: Imagining a future of human-machine interactions

This speculative scenario explores the future of human-machine interactions in a world responding to climate change. This narrative-building approach helps envision a future where purposeful use of technology –like Brain-Computer Interfaces (BCIs) and specialised AI algorithms– anticipates human needs while prioritizing minimal energy use.

The approach highlights the potential of Design Fiction and Speculative Design in guiding UX, business and Tech strategies focused on innovation and sustainability. This iterative process implemented the use of AI tools (ChatGPT, Claude, and Midjourney) at some specific touchpoints.

World building

In the year 2045, brain-computer interfaces (BCIs) have become ubiquitous, fundamentally altering how we interact with computers and connected devices. A diverse array of interface technologies has emerged, ranging from invasive neural implants that require surgical insertion into the brain, to non-invasive devices that interpret muscular signals through skin contact.

The widespread adoption of BCIs has rendered traditional input devices like keyboards and mice largely obsolete, leading to the rapid decline of companies specializing in these technologies. However, Logitech has emerged as a notable exception, reinventing itself by pioneering an innovative fusion of non-invasive BCI technology, conventional mouse functionality, and highly specialised AI algorithms.

Logitech's flagship product—an intelligent, mind-responsive input device that serves as an extension of the user's cognitive processes—has revolutionized workflows across various professional domains. From esports competitors and visual effects artists to financial traders and beyond, this device has garnered recognition as one of the most transformative tools of its era.

The device's ergonomic and aesthetically pleasing design bears little resemblance to traditional computer mice. Users report an almost prescient level of responsiveness, with the device anticipating and executing commands almost instantaneously, often before the user has consciously formulated the intention. This capability eliminates the need for physical manipulation or clicking.

By redefining the spatial dynamics of human-computer interaction, this groundbreaking technology has ushered in a new paradigm of digital interfacing, profoundly impacting productivity and creative expression across industries.

Futures archetypes: Equiprobable objects

“Stories are prototypes of potential near futures, drawing likely connections between unevenly distributed weak signals.”

The Future Walks With Us

Stephanie woke just as the first light of dawn filtered through her window, the gentle pulse of her forearm device stirring her from sleep. She stretched and glanced at Lola, her golden retriever, who was already waiting patiently by the door. A soft blue glow appeared on Stephanie’s device, accompanied by a low hum—a sign from Lola’s collar-like device that she was ready for their morning walk. Stephanie knew why they had to go early; in 2045, the heat was unbearable for most of the year, and only the cooler morning hours were suitable for a walk.

After dressing quickly, she clipped Lola’s leash, though it was more a formality than necessity. They stepped outside into the crisp morning air, making their way down the quiet street. The city had changed so much over the years. Recently, giant shades made of organic fabrics had been stretched between buildings, shielding the streets below from the harsh sun. These canopies didn’t just protect the city from the heat; they also generated energy, using the very sunlight they blocked to power the homes and shops below. It was a perfect blend of necessity and innovation, aimed at minimizing the city’s carbon footprint while keeping people, animals, and plants safe.

As they walked under the shades, the air was noticeably cooler, and Stephanie breathed a little easier. The city felt serene in these early hours, with the soft rustle of the fabric above and the hum of a few early risers going about their day. The plant life along the streets was thriving, thanks to the combination of shade and careful urban planning. As they walked, Stephanie’s forearm device glowed with soft green pulses, syncing with Lola’s emotions—contentment, curiosity, and excitement when a squirrel darted out of a nearby bush. The technology quietly monitored their walk, never intrusive but always present.

While they walked, Stephanie’s thoughts shifted to her morning routine. She didn’t need to pause to think too hard, though; her sleeve-like device, a sleek, flexible extension of her arm, was already anticipating her needs. With just a few mental cues, she ordered her usual coffee from the local eco-friendly brewer, the system smartly balancing convenience with sustainability. The device barely registered her actions outwardly, only a soft flicker of light as it handled her order.

Once back home, Lola’s collar device shifted to a soothing blue, signalling contentment after her breakfast. While Lola settled down, Stephanie tidied the apartment, her intelligent mouse—another piece of seamless tech—working quietly in the background. Designed to read her intentions, it sorted through her morning emails and prepped files for an upcoming meeting, all without her lifting a finger. She loved how the technology in her life was designed for efficiency and restraint, only stepping in when needed.

The giant shades outside continued to protect the city as the sun rose higher, and by the time Stephanie’s coffee arrived via cargo-bike, the delivery person notifying her on her forearm device while the heat was already starting to build. She took a sip as she sat down at her desk, the cool interior of her apartment a stark contrast to the bright world outside. Her intelligent mouse, nestled by her laptop, seamlessly guided her through documents as she joined her first virtual meeting. It was like the device knew exactly where she needed to focus, zooming in on key sections as her team discussed them. The whole process felt effortless, like a natural extension of her thoughts.

In the background, Lola rested peacefully, her emotions and needs quietly monitored through the gentle signals from Stephanie’s device. The combination of high-tech and thoughtful, low-energy living shaped every part of her day, from the shaded streets to the understated tech that helped her navigate her life. For Stephanie, it was a future where balance mattered most—between nature and innovation, simplicity and technology, and the quiet, unspoken bond between her and Lola.

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