Ami: A Holonomic AI Companion Rethinking Elderly Well-Being Through Design

Chronic loneliness increases the risk of early death by 45% and dementia by 64%. For elderly people living alone, the last eight hours of each day often pass without meaningful engagement, filled instead by passive television watching or aimless internet browsing. Ami proposes a different kind of intervention: a holonomic AI companion that moves independently through the home, emitting scents, sounds, and gentle prompts designed to stimulate memory, encourage movement, and reconnect seniors with distant family members.

Designed by Megan Kozaruk, Ami was shortlisted at the International Product Design Awards 2019. The project targets elderly individuals between 75 and 100 years old, many of whom live alone due to widowhood or divorce, physically distanced from the people who care about them most. Rather than treating loneliness as a byproduct of aging, Kozaruk treats it as a design problem, one that sits at the intersection of product design, architecture, and caregiving.

Anatomy of a Companion: Sensors, Scents, and a Charging Dock

The exploded diagram above reveals the hardware logic driving Ami. A holonomic drive system allows the device to move freely across the home without the user needing to carry or reposition it, a critical accessibility consideration for the target demographic. Motion sensors detect extended periods of inactivity, triggering gentle interventions. A scent emitter and speaker provide multi-sensory stimulation aimed at activating memory and mood, while an LED expression system gives Ami an emotive face, transforming it from a gadget into something closer to a presence. The charging station doubles as a purposeful dock that encourages the user to stand, walk, and interact with Ami's physical location in the home.

What makes the component breakdown compelling is how each element serves a psychological function, not just a technical one. The scent emitter is not ambient fragrance; it is a memory trigger. The LED expressions are not decoration; they create the illusion of companionship. Every feature maps directly to a specific dimension of cognitive or emotional decline associated with isolation.

Daily Rhythms: Designing Interaction Around the User's Routine

Kozaruk's sketches trace how Ami weaves itself into the fabric of a senior's day. The interaction sequence shows a smartphone interface prompting connectivity throughout different daily scenarios, from morning wake-up to evening wind-down. Interior scenes depict figures performing routine activities in bedroom and kitchen spaces, with Ami present as a quiet participant rather than a demanding device. The design resists the urge to over-engineer; nudges arrive as subtle reminders to move, connect, or recall a memory through scent or sound.

The user research behind these sequences is grounded in a clear demographic reality. Most people in the 75 to 100 age range spend the majority of their day at home, and their activities provide minimal cognitive stimulation. Ami does not attempt to replace human contact. Instead, it punctuates the hours with micro-interactions that accumulate into something meaningful: a sense of being noticed, of being part of a rhythm larger than one's own silence.

Bridging Distance: The Ami App and Family Integration

The concept sketch above illustrates the other half of Ami's ecosystem: a smartphone app that connects seniors to their children, grandchildren, and caregivers. Family members can send personalized uplifting notes and messages that Ami delivers through its speaker or displays on the paired device. The sequence of figures responding to motivational messages throughout the day shows how these small digital gestures translate into genuine emotional nourishment. The app reframes the family's role from occasional visitor to daily participant in the senior's well-being.

This family integration layer is where Ami moves beyond a standalone product and becomes something closer to a care infrastructure. It distributes the emotional labor of elder care across a network, reducing the burden on any single caregiver while keeping the senior at the center. The architecture of the home remains unchanged, but the experience of living in it shifts substantially.

Why This Project Matters

Traditional elderly care architecture focuses heavily on safety rails, accessible thresholds, and non-slip surfaces. These are necessary, but they address only the physical dimension of aging. Ami represents a growing recognition that the architecture of care must be holistic, extending beyond walls and floor plans to include the digital, sensory, and social layers that determine whether a person feels like they are living or merely surviving. Kozaruk's work treats loneliness not as an inevitable consequence of growing old, but as a solvable design problem.

For a shortlisted entry in an international product design competition, Ami demonstrates remarkable restraint. It does not propose a robot that replaces human interaction; it proposes a small, wheeled companion that gently insists the world has not forgotten you. That distinction matters. As designers increasingly turn their attention to aging populations, projects like Ami set a useful precedent: the most powerful interventions are often the quietest ones, layered into routine so seamlessly that they feel less like technology and more like care.

View the Full Project

About the Designers

Designer: Megan Kozaruk’s

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Project credits: Ami by Megan Kozaruk’s International Product Design Awards 2019 (uni.xyz).