Resources — FAQs

Questions, answered plainly.

Where the project stands today, described without overclaiming.

What is BAID?

What is BAID?
BAID is an early-stage mechanical innovation startup rethinking how we sit. We are developing a mechanical system designed to introduce periodic changes in seated inclination, making sitting less static.
Where is BAID based?
BAID is based in Stockholm, Sweden.

How does BAID work?

How does the system work?
BAID is a device designed to be placed at the bottom of a chair leg. Four coordinated devices vary in height to create small periodic inclinations of the user's chair, encouraging the user to adapt to different seated positions.
Does it work with existing chairs?
The concept is built around chair-leg integration rather than replacing the chair. The specifics of compatibility are part of ongoing product development.

What problem is BAID addressing?

What problem is BAID addressing?
Modern life has made sitting increasingly static. BAID addresses the static nature of everyday sitting by introducing controlled variation into the seated position.

What makes BAID different?

How is this different from conventional ergonomics?
Conventional ergonomic approaches often focus on supporting the body in a particular position. BAID explores a different approach: introducing variation into the seated position itself.

Is BAID a medical device?

Is BAID a medical device?
No. BAID is not presented as a medical device and makes no claims to prevent, treat or diagnose any condition. BAID is a mechanical product-development project focused on postural variation in everyday sitting.

Is BAID available to buy?

Can I buy BAID today?
Not currently. BAID is an early-stage product-development project moving through research, simulation, prototyping and validation. Availability will be announced here when there is something to announce.

What research has BAID conducted?

What research underpins the project?
Our work so far combines literature research on prolonged sitting and postural variation with musculoskeletal simulation using OpenSim. This research informs the design of the system; it is not a claim of clinical outcomes.