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Symbiosis

/ˌsɪm.baɪˈoʊ.sɪs/ Greek: symbíōsis "living together"
Definition Structural mutualism where value flows in multiple directions between organism and environment, differing fundamentally from parasitism or extraction. In Myceloom, it refers to digital systems where the health of the network is tied directly to the health of its participants.

Beyond Extraction

The dominant logic of Web 2.0 was extraction: platforms harvested user data like a strip mine, leaving depleted soil behind. Users were resources, not partners. Myceloom proposes a shift to symbiosis, where the platform (the mycelium) only thrives if the users (the forest) thrive.

This is not a moral preference but a structural one. Parasites eventually kill their hosts. Symbionts ensure their hosts' long-term survival to secure their own. Sustainable digital infrastructure must be symbiotic.

1 + 1 = 3

Biological symbiosis often creates emergent properties that neither organism possesses alone—like lichens, which are a composite of fungi and algae capable of surviving where neither could live in isolation.

In technological terms, this creates synergy. A symbiotic tool doesn't just automate a task; it expands the user's agency. It creates a "centaur" or "cyborg" capability where the human + machine is greater than the sum of its parts. This contrasts with tools that de-skill or replace the user.

Mutual Valorization

Symbiosis requires mutual valorization—value must be recognized and returned. If a user contributes data that improves a model, that value must return to them (as better service, ownership, or capability) rather than being siphoned off to a third party. The Wood-Wide Web trades sugar for minerals; it keeps a ledger of honest trade.