Tensegrity (Integrity Through Tension)

Tensegrity uses an interacting tension network with separated compression elements in a stable geometry. Organizational uses are analogies about interdependence, not evidence that networks outperform hierarchy.

Tensegrity structures maintain a stable configuration through a network of tension elements and separated compression members. Their geometry and prestress matter: simply adding cables or opposing forces does not ensure stability. Kenneth Snelson's structures and Buckminster Fuller's development and naming are central to the concept's history.

An organizational analogy can draw attention to interdependent commitments and how local changes affect the whole arrangement. It does not show that flat organizations are inherently more resilient than hierarchies. Physical tensegrity can also fail after a critical element is removed; distributed forces do not guarantee redundancy or easy repair.

When to use it

When learning about tension-compression structures or examining clearly specified interdependencies in a coordination system.

How it can help

Trace how commitments or structural members interact, and evaluate the effect of local changes and failures.