Real homes are messy, uneven, and unpredictable in ways a design studio never is. Rugs bunch up, cables trail across floors, and furniture gets rearranged without warning. A robot that only works in a clean, controlled showroom isn't actually solving the problem it was built for.

Designing for Chaos, Not Just Clean Demos

• Soft-touch materials that won't scuff furniture or floors

• Obstacle handling tested on real, lived-in floor plans

• A low, stable center of gravity for uneven surfaces

• Recovery behavior built in for when something unexpected blocks its path

• Quiet operation that doesn't disturb a household after hours

Every one of these choices came from watching robots fail in ordinary homes first, then redesigning around what actually broke.

Testing Beyond the Showroom

Every design decision we make gets tested in real apartments and family houses long before it reaches manufacturing. That means letting a robot loose in a home with a shedding dog, a toddler's scattered toys, and a floor plan that changes every time someone rearranges the living room.

Every one of these choices came from watching robots fail in ordinary homes first, then redesigning around what actually broke. It's a slower, more humbling process than testing in a lab, but it's the only way we've found to build something that genuinely holds up to daily life.