Companion-Robot Room-by-Room Checklist: Safety, Privacy and Docking becomes much easier to judge when the household writes down the job first and the technology second. This article focuses on the conditions that change the answer: who uses it, where it lives, how it fails, what must be maintained and which claims need current evidence.

Entry and hallway: prove the robot can yield

Narrow circulation routes magnify navigation errors. Check whether the robot can stop or reroute around people, walkers, pets, bags and partially open doors. A companion device should not become a moving obstacle in the route people rely on, especially at night.

Living room: map the microphone and camera field

The living room may be the most appropriate location for conversation, but it also captures guests and household activity. Identify camera field of view, microphone behavior, indicator lights, mute controls and what is sent to the cloud. Tell visitors when the device records or transmits information where appropriate.

Kitchen: keep a robot out of heat and spill zones

A mobile companion robot that is not designed for cooking should stay away from stove fronts, hot pans, wet floors and active food-prep paths. Do not assume obstacle avoidance understands every kitchen hazard. Set physical or software boundaries according to the product instructions.

Bedroom: raise the privacy threshold

A bedroom can contain conversations, changing clothes, sleep patterns and health-related routines. Ask whether the robot actually needs to enter. If it does, use the narrowest sensing and retention settings compatible with the purpose. Convenience is not a reason to normalize unnecessary continuous capture.

Bathroom: usually create a no-go zone

Water, privacy and floor conditions make bathrooms a poor default location for a general companion robot. Unless the device is explicitly designed and rated for the environment and the use case justifies it, create a no-go boundary. A remote check-in function can often be provided from outside the room instead.

Charging dock: treat it as permanent furniture

The dock needs stable power, manufacturer-required clearance and a route the robot can reach without crossing a high-traffic pinch point. Do not hide it behind a door that may close or place it where cords create a trip hazard. The best dock is boring: consistently reachable and easy to clean around.

Home office: separate work confidentiality from convenience

A robot with microphone, camera or screen can capture work calls, documents and customer information. Decide whether it should enter during work hours and whether mute indicators are sufficient for the household’s obligations. A consumer privacy setting does not automatically satisfy an employer or professional confidentiality requirement.

Test a slow person, a fast pet and an unexpected object

Navigation tests should include different kinds of motion. A slowly walking person, a pet cutting across the path and a bag left in a familiar corridor create different sensing problems. Run safe, supervised tests and watch whether the robot slows, stops, reroutes or repeatedly nudges into the same situation. The aim is not to certify collision avoidance. It is to identify where the home needs a permanent no-go zone, a furniture change or a simpler route so daily reliability does not depend on perfect perception.

Audit the soundscape as carefully as the floor plan

A companion robot can create beeps, speech, wheel noise, charging sounds and alert tones that affect bedrooms, work calls or people with sensory sensitivity. Walk room by room at the times the robot is most active. Decide which sounds are necessary state feedback and which are optional. If muting a sound also removes an important safety or privacy cue, look for another configuration rather than silencing everything. Noise is part of the robot’s footprint even when it occupies little physical space.

Working decision notebook

Hallway Yielding

Put hallway yielding on paper before changing anything in a home with cameras, microphones, movement and cloud services. Separate what the manual promises from what the household actually sees, especially where rooms, docking, updates and support life can change the result. Walk the physical route in order; problems often appear between devices rather than inside one device. Define a stop point so repeated trial and error does not turn a routine issue into a larger safety, privacy or access problem.

Living-Room Sensors

Use living-room sensors to challenge the comfortable assumption around privacy, navigation, account roles and human fallback. Observe one normal use, then one ordinary failure; note which part of privacy, navigation, account roles and human fallback becomes harder and who has to intervene. Walk the physical route in order; problems often appear between devices rather than inside one device. Keep the result with the model or setup notes so a future review of companion robots starts from evidence rather than memory.

Second-pass stress test

Hallway Yielding: retest

For hallway yielding, anchor the check in a home with cameras, microphones, movement and cloud services. Separate what the manual promises from what the household actually sees, especially where rooms, docking, updates and support life can change the result. Walk the physical route in order; problems often appear between devices rather than inside one device. Define a stop point so repeated trial and error does not turn a routine issue into a larger safety, privacy or access problem. Recheck the same point after a small household change; the difference between the two observations is often more informative than either snapshot alone.

Living-Room Sensors: retest

Treat living-room sensors as an operating question inside privacy, navigation, account roles and human fallback. Observe one normal use, then one ordinary failure; note which part of privacy, navigation, account roles and human fallback becomes harder and who has to intervene. Walk the physical route in order; problems often appear between devices rather than inside one device. Keep the result with the model or setup notes so a future review of companion robots starts from evidence rather than memory. Recheck the same point after a small household change; the difference between the two observations is often more informative than either snapshot alone.

Kitchen Exclusion: retest

Put kitchen exclusion on paper before changing anything in daily companionship without granting unsafe authority. Ask another household member to repeat the task without coaching and record where rooms, docking, updates and support life introduces hesitation, work or ambiguity. Walk the physical route in order; problems often appear between devices rather than inside one device. If the test cannot be repeated, the conclusion is too fragile to support a long-term companion robots decision. Recheck the same point after a small household change; the difference between the two observations is often more informative than either snapshot alone.

Bedroom Privacy: retest

Use bedroom privacy to challenge the comfortable assumption around rooms, docking, updates and support life. Write down the expected behavior, reproduce it once, and then remove one convenience so the dependency on privacy, navigation, account roles and human fallback becomes visible. Walk the physical route in order; problems often appear between devices rather than inside one device. A passing result should be explainable in plain language by somebody who did not configure the system. Recheck the same point after a small household change; the difference between the two observations is often more informative than either snapshot alone.

Questions before committing

What room should be tested first?

The highest-traffic shared room, because navigation and interaction problems appear quickly there.

Is a software no-go zone enough?

Use the manufacturer’s supported controls and consider physical layout; do not rely on one boundary method when failure has serious consequences.

Why treat the dock as furniture?

Because its location changes traffic, cords, cleaning and daily reliability for the life of the product.

Should the robot enter bedrooms?

Only when the purpose justifies the added privacy exposure and the household accepts the sensing behavior.

What changes after a furniture move?

Re-audit navigation, fall/trip risks, camera fields and no-go boundaries.

Boundary note

For Companion-Robot Room-by-Room Checklist: Safety, Privacy and Docking, this is consumer technology guidance, not medical, caregiving, emergency-response, legal or privacy advice and not an AI/product certification. Do not make a companion robot the sole path for high-consequence care or emergency help unless the exact service is designed and supported for that role. Review the provider’s current privacy, security, update and support terms; this 逐空间检查 keeps an independent human fallback as a hard boundary.

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