Neural Hardware

Tensegrity

The body as a tension-compression architecture — fascia and connective tissue form a continuous global information network.

Tensegrity (tension + integrity) is an architectural principle where structures maintain stability through a balance of tension and compression. When applied to the body, fascia forms continuous "chains" — tension in one area transmits through the whole network.

Key Functions

  • Fascial continuity — connective tissue links every part of the body
  • Force transmission — movement distributes through the network
  • Information network — mechanoreceptors throughout fascia relay mechanical and energetic signals
  • Global — local restriction affects global function

In ONDA Life

Part 14 (I Channel) works with "Fascial Chains (Tensegrity)" — "connective tissue as the body's global information network." Fascial gliding improves "the transmission of mechanical and energetic information throughout the entire tensegrity framework."