Regenerative Knowledge Commons

Description

Andrea Farias (case study):

"● Use Cases

Support self-organizing bioregions; enable knowledge commoning rooted in place; cultivate radically-participatory ecosystems.

● Knowledge & Ontologies

Built on a living systems view of knowledge. Key epistemic features include:

● Open modeling: knowledge structures unfold organically rather than being predened.

● Noetic twinning: knowledge is mirrored between actual and virtual environments.

● Radical participation: knowledge emerges through engagement, not consumption.

Current data structure includes:

● Individuals

● Collectives

● Geographic locations

● Communities of Place

● Communities of Practice

● Patterns

● Interventions

● Interaction Design

Strong focus on participation and relationality as part of the knowledge commons. It is intended to grow around a Community of Place or Community of Practice, although the system is still in prototype mode and hasn’t been adopted by any community yet. Usability centers around a wiki-style interface.

● Technical Architecture

The system uses MediaWiki as the core technical structure.

Key architectural goals include:

● Enabling nested, self-organizing structures

● Supporting decentralized participation

● Maintaining coherence across diverse inputs

● Governance & Sustainability

A prototype platform was developed through two EU-funded projects. As the project is not currently fully operational, long-term funding and organizational models are not fully dened.

Governance is grounded in the principle of minimal initial structure, maximal emergent order.

No centralized governance model is imposed; instead, the aim is to invoke self-organization through well-designed invitations and shared purpose."

(https://www.r3-0.org/wp-content/uploads/2025/05/Bioregional-Knowledge-Commons-A-Meta-Perspective.pdf)