A minimal device designed to reduce routine decisions and create a smoother, clearer way to order the things you already know you want
Service for effortless everyday orders
ROS
Early PCB layout. Battery, type-c and wireless module location
ROS is a compact device designed to make everyday decisions effortless
A tool for ordering the things we already know we love — groceries, services, simple routines — without the noise and friction of modern interfaces.
The project inherited a nearly finished prototype, so the task wasn't to redesign it from scratch, but to bring clarity, intention and character into something already formed.
The project inherited a nearly finished prototype, so the task wasn't to redesign it from scratch, but to bring clarity, intention and character into something already formed.
Every choice supports the same idea:
a device that blends into interiors, behaves predictably, and removes cognitive effort instead of adding it
a device that blends into interiors, behaves predictably, and removes cognitive effort instead of adding it
We refined proportions, interactions and the physical ergonomics: the narrowing silhouette, the soft edge running along the body, the tactile navigation ring with a matte, cement-like micro-texture — all calibrated to feel calm, intuitive and quietly expressive.
The internal structure was simplified to three key components.
The PCB becomes part of the structural logic, the frame locks into the body
and the display is reduced to a single-color LED — a deliberate contrast to overdesigned screens dominating today’s IoT.
The PCB becomes part of the structural logic, the frame locks into the body
and the display is reduced to a single-color LED — a deliberate contrast to overdesigned screens dominating today’s IoT.
ROS · 2019
Service for effortless everyday orders
Service for effortless everyday orders
Industrial designer: Albert Degin
Mechanical designer: Albert Degin
3D visualization designer: Albert Degin
Mechanical designer: Albert Degin
3D visualization designer: Albert Degin