Context
There's a lot of excitement about AI and robotics: back flips, kung fu moves, and more. But are these objects well designed, or technology demonstrators mistaken for products? Any other product category gets judged by market, user base, and product rationale. Robotics seem to be marching to a different tune, and it's not a likable one.
People are wired to read 'functional presence': what is this thing doing, is it dangerous, do I feel at ease with it? That first impression is ‘The Gestalt’ of the object, the immediate, visceral read of its purpose, relationship, and risk. It is the essence of the intelligent object: its Presence.
People are wired to read 'functional presence': what is this thing doing, is it dangerous, do I feel at ease with it? That first impression is ‘The Gestalt’ of the object, the immediate, visceral read of its purpose, relationship, and risk. It is the essence of the intelligent object: its Presence.
+
1. Interaction
If you don't understand the context the robot lives in and the gestalt effect it has on everyone around it, the robot fails. Full stop. For example, if the robot has a head, that's the first place people look for cues. A screen with animated eyes, or a solid color that shifts, changes how the whole machine reads. Small choices like these shape first impressions in ways most teams underestimate.
A robot interacts with more than people. It reads the built environment, navigating corridors and surfaces it was never programmed for. It coordinates with other robots in its fleet, sharing tasks and avoiding each other. It will increasingly need to interact with robots from different companies, different 'tribes' that speak different protocols and were never designed to coexist in the first place.
A robot interacts with more than people. It reads the built environment, navigating corridors and surfaces it was never programmed for. It coordinates with other robots in its fleet, sharing tasks and avoiding each other. It will increasingly need to interact with robots from different companies, different 'tribes' that speak different protocols and were never designed to coexist in the first place.
+
2. Form
The shape of a robot should be dictated by the job-to-be-done at hand. When the shape fits the task, people read it and trust it on sight.
Simplification is a big part of this. Complicated forms read as messy to the human eye, and messy reads as dangerous. Too many limbs, too many joints, too many ‘tentacles’, and nobody is at ease no matter how capable the machine is. A simple, likeable form is a design achievement, and it’s a situation where humanoids run into trouble currently. Close enough to read as a person, wrong enough to unsettle. Looking like us is assumed to be the goal, but form should follow the tasks a robot is meant to do.
Simplification is a big part of this. Complicated forms read as messy to the human eye, and messy reads as dangerous. Too many limbs, too many joints, too many ‘tentacles’, and nobody is at ease no matter how capable the machine is. A simple, likeable form is a design achievement, and it’s a situation where humanoids run into trouble currently. Close enough to read as a person, wrong enough to unsettle. Looking like us is assumed to be the goal, but form should follow the tasks a robot is meant to do.
+
3. Scale
Robots carry an inherent social role, and scale sets it before they move. Look up at one and it reads as authority. Meet it at eye level and it reads as a peer. Look down at it and it reads as a servant or a pet-like creature. Get the height wrong and people relate to it wrong, whatever it was built to do.
The humanoid idea gets scale wrong in a specific way. It assumes human-sized is the right answer because humans are human-sized. Scale depends on where the robot lives. Warehouses allow larger machines, sidewalks do not, and homes demand something you can move around, and that can move around you. The right form factor already fits its environment.
The humanoid idea gets scale wrong in a specific way. It assumes human-sized is the right answer because humans are human-sized. Scale depends on where the robot lives. Warehouses allow larger machines, sidewalks do not, and homes demand something you can move around, and that can move around you. The right form factor already fits its environment.
+
4. Materials
What a robot is made of tells people what it is for, and it subconsciously shapes the way people receive a robot before they are even aware of it. In design, we think about this as CMF: color, material, and finish. These three work together as a system. The material sets the physical and emotional baseline, like metal reading industrial, and soft materials reading domestic.
The finish determines whether that material feels raw, refined, technical, or approachable. And color carries its own psychology: white reads clinical, warm reads friendly, dark reads serious or threatening. These aren't cosmetic, they shape the machine's ‘gestalt’ before any interaction.
The finish determines whether that material feels raw, refined, technical, or approachable. And color carries its own psychology: white reads clinical, warm reads friendly, dark reads serious or threatening. These aren't cosmetic, they shape the machine's ‘gestalt’ before any interaction.
+
Design for Functional Presence
The robots that last will be the ones people accept, trust, and want in the room.
This takes a point of view on how a machine behaves, looks, and feels in every culture it enters. If you are building a robot and you care whether people welcome or tolerate it, we should talk.
If you suspect that the hardest problems on your roster are not the mechanical ones, we should talk.
This takes a point of view on how a machine behaves, looks, and feels in every culture it enters. If you are building a robot and you care whether people welcome or tolerate it, we should talk.
If you suspect that the hardest problems on your roster are not the mechanical ones, we should talk.
+