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.