Scale

Related to processes

Some processes are defined at a given scale. For example, a process can be defined at a project level, venture level, network level or ecosystem level.

Scale free processes

Are processes that look the same at different scales.

Scale dependency

About processes that are particular to a certain scale.

Moving through scale

• Scale up: Going vertically through other layers, covering more disparate domains, going macro.
• Scale out: Taking over a broader area of similar or adjacent processes.
• Scale deep: From where we are and going deeper, gaining more granularity, mode detail into the weeds of the activity.

Networks of networks

See more on networks of networks.

Multi-scale integration

Our [OVN designers and practitioners] mission continues to evolve around exploring economic networks that could enhance both individual sovereignty and collective empowerment through multi-scale integration. Our ongoing experiments investigate how local production, bioregional governance, and cosmo-local knowledge sharing might be integrated through distributed infrastructure and collaborative economic modeling. As we face mounting ecological and social challenges, Our journey since 2011 offers crucial insights into how economic systems can be designed for regeneration rather than extraction, resilience rather than brittleness, and abundance rather than scarcity.

Perhaps most importantly, OVNs’s multi-scale integration vision demonstrates how economic alternatives can be simultaneously local and global, addressing one of the fundamental challenges facing both bioregional movements and global sustainability efforts. Their framework for hyper-local production, bioregional governance, and cosmo-local knowledge sharing offers a practical alternative to the false choice between isolationist localism and extractive globalization.

The Technical Foundation for Multi-Scale Integration

OVN's technical infrastructure creates the foundation for economic organization that spans from household-scale production to global knowledge networks. For example, applications built on Holochain coordinate resource sharing between neighbors can scale up to coordinate between bioregions and eventually between continental networks. This technical scalability enables economic systems that gracefully handle lifecycle completion and regeneration. Because the infrastructure is distributed and resilient, economic processes can conclude without destroying the technical foundation that enables new processes to emerge. The technical architecture thus serves the deeper purpose of OVN’s mission: creating economic systems that mirror the regenerative patterns of natural ecosystems while leveraging the coordination capabilities that information technology makes possible.

Multi-Scale Integration - From Hyper-Local to Bioregional to Global

We’re exploring how regenerative economics might operate across multiple scales simultaneously, working toward integration between hyper-local production, bioregional governance, and global knowledge networks. This multi-scale approach represents one of our most innovative contributions: demonstrating how economic systems can be simultaneously local and global, autonomous and interconnected, diverse and coherent.

Hyper-Localism: The Foundation Layer

At its most basic level, OVN’s model begins with hyper-local production and decision-making - activities that occur at the household and immediate community scale. This includes local fabrication labs, community workshops, neighborhood resource sharing, and household-level production of food, crafts, and even services.

Hyper-localism provides the foundation for economic resilience because it creates local capacity to meet basic needs without depending on distant supply chains or global markets. When communities can produce food, tools, clothing, shelter, and energy locally, they gain significant autonomy from economic volatility and supply chain disruptions.

Our experimental approach to hyper-localism aims to differ from isolationist localism by exploring integration with larger scales. Local fabrication labs can access global design libraries through p2p/open networks, adapting global knowledge to local materials and preferences. Neighborhood resource sharing systems can coordinate with similar systems in other neighborhoods, creating resilient regional networks. - see Sensorica Montreal's lab.

The key innovation is that hyper-local systems maintain full autonomy over their production processes and resource allocation while being able to participate in broader networks when it benefits them. A community workshop that produces furniture using local wood can access global design innovations while maintaining control over their production methods, working conditions, and distribution networks.

Bioregionalism: Ecological Integration

The bioregional scale represents economic organization aligned with ecological boundaries rather than political ones. Bioregions are defined by watersheds, climate zones, ecosystems, and natural resource patterns rather than arbitrary political boundaries. This scale enables economic activity that works with ecological processes rather than against them.

OVNs explore how to integrate multiple hyper-local communities within ecological boundaries, enabling resource sharing and coordination that respects ecological carrying capacity. Different communities within a bioregional might specialize in different aspects of production - some focusing on agriculture, others on manufacturing, others on knowledge work - while sharing resources and coordinating to maintain ecological balance.

The technical infrastructure enables bioregional coordination without requiring centralized control. Communities can share information about resource availability, ecological conditions, production capacity, and needs through Holochain networks while maintaining local autonomy. When drought affects agricultural communities, manufacturing communities can redirect resources to support them. When manufacturing communities need raw materials, agricultural communities can provide them through transparent resource sharing rather than market transactions.

Bioregional governance operates through voluntary coordination rather than hierarchical authority. Communities participate in bioregional planning and resource allocation because it serves their interests, not because they’re compelled by higher authorities. This creates more resilient governance that adapts to changing conditions rather than imposing fixed structures.

More on Bbioregionalism.

Cosmo-Localism: Global Knowledge, Local Control

The cosmo-local scale enables global knowledge sharing while maintaining local control over implementation. This represents perhaps the most sophisticated aspect of OVN’s multi-scale vision: how to capture the benefits of global coordination and knowledge sharing without surrendering local sovereignty and ecological awareness.

Through p2p networks, design innovations, production techniques, governance experiments, and educational resources can be shared globally, making them available to any community that can benefit from them. However, the decision about whether and how to implement these innovations remains entirely local. Communities can adapt global knowledge to their specific ecological conditions, cultural values, and resource availability.

This creates what we calls fractal innovation - the same basic patterns and principles can be applied at different scales and in different contexts, but the specific implementation varies based on local conditions. A water purification technique developed in one bioregional can be adapted for different water sources, climates, and community sizes around the world, but each implementation reflects local knowledge and preferences.

Cosmo-localism also enables global coordination of resource flows and mutual aid without creating dependencies. When natural disasters or social conflicts affect one region, communities around the world can coordinate response and support through transparent networks rather than hierarchical aid organizations. Knowledge about what worked well in previous disaster responses can be shared globally while implementation remains under local control.

Integration Patterns: How Scales Reinforce Each Other

Our multi-scale experiments investigate how different scales might reinforce rather than compete with each other. Hyper-local resilience provides the foundation that enables communities to participate in bioregional and global networks as equals rather than dependents. Bioregional coordination provides the ecological awareness that keeps local production sustainable and enables resource sharing during crises. Global knowledge sharing provides innovations and techniques that enhance local and regional capacity.

This creates positive feedback loops between scales. Successful local innovations get shared globally, improving local capacity everywhere. Effective bioregional governance models get adapted in other bioregions, strengthening ecological economics worldwide. Global knowledge sharing enables more sophisticated local production, increasing local resilience and bioregional stability.

The integration is enabled by what we call fractal sovereignty - the same principles of transparent contribution tracking, fair benefit distribution, and collaborative decision-making apply at all scales, creating coherence without uniformity. Household workshops, community networks, bioregional coordination systems, and global knowledge commons all operate under similar principles while maintaining their distinct characteristics and functions.

Information Flows and Privacy

Managing information flows across multiple scales requires sophisticated privacy and sovereignty protections. Communities need to be able to share information that benefits broader networks while maintaining privacy over sensitive local information. OVN p2p infrastructure enables this through selective information sharing protocols.

Communities can choose to share production capacity information, resource availability, and innovation successes with bioregional and global networks while keeping sensitive information about internal conflicts, individual circumstances, or strategic plans private. This enables coordination benefits without sacrificing local autonomy or creating vulnerabilities to external manipulation.

The information flow patterns also create learning opportunities across scales. Local innovations can be documented and shared globally, bioregional governance experiments can inform similar efforts elsewhere, and global knowledge can be adapted and improved through local implementation. This creates continuous improvement cycles that benefit all participants.

Economic Flows Across Scales

While information flows globally and governance remains local, economic flows follow more complex patterns designed to strengthen local resilience while enabling mutual aid and resource sharing. Most production and capture occurs locally - communities that produce goods and services capture most of the benefits from their work. However, portion of flows “upward” to support shared infrastructure and “outward” to support other communities through mutual aid networks.

This flow pattern creates economic incentives for participation in broader networks while maintaining local economic sovereignty. Communities benefit from participating in bioregional and global networks through access to shared infrastructure, knowledge commons, and mutual aid systems, but they’re not dependent on these systems for basic survival and prosperity.

The flows can be managed through the ValueFlows ontology and transparent contribution tracking rather than market prices or bureaucratic allocation. Communities can see exactly how their contributions support broader networks and exactly what benefits they receive in return, creating trust and reciprocity rather than dependency relationships.

The Vision of Integrated Abundance

Our experiments with multi-scale integration explore possibilities for what we call integrated abundance - economic systems where local resilience, bioregional sustainability, and global knowledge sharing reinforce each other to create expanding possibilities for human flourishing within ecological limits.

In this vision, communities don’t have to choose between local resilience and global connection, between ecological sustainability and technological sophistication, between individual autonomy and collective coordination. Instead, these apparent contradictions are resolved through intelligent system design that aligns individual interests with collective flourishing at multiple scales simultaneously.

The result is economic organization that enhances both individual sovereignty and collective empowerment from household to global scales while remaining within ecological carrying capacity. This represents a genuine alternative to both capitalist globalization and isolationist localism, demonstrating how economic systems can be simultaneously rooted and cosmopolitan, diverse and coherent, autonomous and interconnected.