Atlas of Value and Invariants by Sector

This atlas draws a simple bridge between three layers:

  • the human organism (core functions that keep us alive and adaptive),
  • meta-systems (archetypal roles that any complex system must fulfil),
  • today’s economic sectors.

Economies did not appear from nowhere. They emerged when communities started to specialise and distribute roles: some people grew food, some protected boundaries, some coordinated decisions, some cared for the sick. Modern sectors are a direct continuation of these functional roles, not a rupture. They remain anchored in the same underlying human architecture.

This atlas treats each sector as an extension of one or several human functions. It also positions sectors along a perceived value gradient: how much society currently tends to value, reward, and protect them – independently of how essential they may be for systemic survival.

Some sector rows are clickable: it leads to a dedicated spider chart showing its profile across invariants and degrees of freedom.

Value gradient (perceived, not moral)
Very low perceived value — necessary but taken for granted
Moderate perceived value — useful, visible, but negotiable
High perceived value — strongly protected and rewarded
Very high perceived value — treated as sacred, strategic, non-negotiable
Human Function Meta-System Sector Economic Sub-Sector
1. Motor Systems & Structural InfrastructureTransport & Logistics Transport & Logistics →
1. Motor Systems & Structural InfrastructureManufacturing Manufacturing (light/heavy)
1. Motor Systems & Structural InfrastructureConstruction & Real EstateConstruction
1. Motor Systems & Structural InfrastructureConstruction & Real EstateReal Estate & Property Management
2. Reproduction & System ContinuitySocial care & Human continuitySocial systems (care, childcare)
2. Reproduction & System ContinuityInstitutions & Demographic systemsPublic institutions & demographic services
3. Metabolic Throughput (Matter & Energy)Food & AgricultureFood & Agriculture
3. Metabolic Throughput (Matter & Energy)Water & WasteWater & Waste
3. Metabolic Throughput (Matter & Energy)Energy & Utilities Energy & Utilities →
4. Fast Signaling & Neural TransmissionInformation & ConnectivityTelecoms & Connectivity
4. Fast Signaling & Neural TransmissionInformation & ConnectivityIT Infrastructure & Cloud
4. Fast Signaling & Neural TransmissionInformation & ConnectivitySoftware & Platforms
5. Cognition & Adaptive PlasticityKnowledge & Interpretation SystemsEducation & Universities
5. Cognition & Adaptive PlasticityKnowledge & Interpretation SystemsMedia, Arts & Entertainment
5. Cognition & Adaptive PlasticityKnowledge & Interpretation SystemsResearch & R&D
5. Cognition & Adaptive PlasticityKnowledge & Interpretation SystemsConsulting & Knowledge services
6. Immunity & System IntegrityHealth & Integrity SystemsCybersecurity & Public safety
6. Immunity & System IntegrityHealth & Integrity SystemsHealthcare
6. Immunity & System IntegrityHealth & Integrity Systems Pharma & Biotech →
6. Immunity & System IntegrityHealth & Integrity SystemsLegal & Regulation
7. Homeostatic Regulation (Endocrine Control)Capital & Risk Regulation Finance & Capital markets →
7. Homeostatic Regulation (Endocrine Control)Capital & Risk RegulationInsurance & Risk markets
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