FutureXi Media - Health Tech Conversations

Smart Mobility Is About More Than Getting From One Place to Another

By Chris Lah, FutureXi Media, September 26, 2026

Mobility shapes nearly every part of life: work, relationships, shopping, appointments, recreation, and the ability to make spontaneous choices.

Looking back at CES 2026, smart mobility products showed how technology is beginning to address the practical obstacles that wheelchair users and people with limited mobility encounter every day. Strutt’s ev¹ smart mobility chair uses sensors and voice interaction to support navigation. WheelMove demonstrated a portable attachment intended to turn a standard wheelchair into a remotely controlled electric chair. ATDev showed early work on robotic mobility platforms designed to help users navigate environments and perform tasks.

The technology is interesting. The human goal is more important.

A mobility device should not merely move someone through a space. It should help them move through the world with confidence and control. That means navigating narrow hallways, uneven sidewalks, crowded public places, ramps, doorways, and the countless small barriers that planners and product designers often overlook.

Smart features can help, but only if they preserve user agency. Automation should assist a person’s decisions, not take them over. Products also need to be durable, repairable, serviceable, and affordable enough to reach people outside the technology-show ecosystem.

The best mobility technology does not ask, “Can this chair drive itself?” It asks, “What does this person want to do today, and what is making that harder than it should be?”

Consumer Robots Need a Human Purpose

By Chris Lah, FutureXi Media, October 1, 2026

Robots are no longer confined to factories, warehouses, and science-fiction movies. They are beginning to show up in homes, care environments, rehabilitation programs, and personal mobility systems.

CES 2026 underscored the momentum: the Consumer Technology Association reported that robotics submissions to its Innovation Awards program grew 32% from the prior year.

But more robots do not automatically mean better lives.

The useful question is not whether a robot is impressive. It is whether it solves a meaningful problem. Can it help someone practice rehabilitation exercises safely at home? Can it offer comfort to a person who cannot care for a live pet? Can it support mobility without compromising independence? Can it reduce repetitive work for care teams without reducing the human connection people need?

Tombot’s Jennie, a realistic robotic Labrador Retriever, brought this question into focus. For a person living with loneliness, dementia, or housing restrictions that make a live pet impractical, a responsive companion animal may offer comfort and engagement. But it should never be seen as a replacement for family, staff, friendship, or community.

The future of consumer robotics should be judged by human outcomes. Does it give people more time, more confidence, more mobility, or more connection? If it does, the technology may have a meaningful role to play.

Designing for Cognitive Accessibility Is the Next Consumer-Tech Challenge

By Chris Lah, FutureXi Media, October 9, 2026

When people hear “accessibility,” they may first think about ramps, captions, screen readers, or mobility devices. Those are essential. But accessibility also includes how people process information, remember tasks, manage attention, and navigate complicated systems.

Cognitive accessibility is becoming more important as consumer electronics become more powerful, and more complex.

A confusing setup process, an app filled with unexplained icons, a stream of alerts, or a voice assistant that misunderstands a request can be frustrating for anyone. For a person living with dementia, a brain injury, ADHD, anxiety, low digital literacy, or other cognitive differences, these barriers can determine whether technology is usable at all.

The solution is not to make products simplistic. It is to make them understandable.

That can mean clear language, predictable navigation, meaningful reminders, adjustable notification settings, simple ways to undo an action, and interfaces that do not punish people for making mistakes. It can mean building products with the people most likely to be excluded by them.

Health technology has a particular responsibility here. A medication reminder only works if a person can understand and respond to it. A safety alert only helps if it does not create confusion or alarm. A digital care platform only supports independence if it gives users control rather than overwhelming them.

The next accessibility breakthrough may not be a new device. It may be a more thoughtful interface.