Economic Structure Layer
Purpose
Provide explicit system primitives for economic participation, ownership, rights, value objects, transfer, settlement, operator commerce, and trust across QTM OS.
This layer answers:
- who is allowed to participate
- what they are allowed to use
- what they control
- how value changes hands
- how ownership and settlement affect future system state
- how operator execution can extend into governed commerce
Architectural role
The Economic Structure Layer surrounds the execution spine without replacing it.
Execution produces records. Records can define assets. Rights can attach to assets or participants. Transfer changes ownership or control. Settlement changes economic state. Updated state re-enters the system as new truth.
Settlement is separate from job and ServiceEvent completion. Commerce remains subordinate to operator identity, audience, records, fulfillment, assets.x1, and settlement logic.
Canonical economic stack
membership.x1
Role
Access and entitlement layer.
Responsibilities
- membership state
- participation tier
- access control
- entitlement gating
- network privileges
- feature and surface access
- future governance eligibility
- future partner or institutional participation classes
Architectural meaning
membership.x1 answers who is allowed to be what inside the ecosystem.
ip.x1
Role
Rights and knowledge-control layer.
Responsibilities
- IP registry
- licensing logic
- playbook and template rights
- usage permissions
- educational and knowledge access rights
- brand and method rights
- future royalty or rights-distribution logic
Architectural meaning
ip.x1 answers who owns knowledge and who is allowed to use it.
assets.x1
Role
Canonical asset and value-object layer.
Responsibilities
- asset registry
- value-object classification
- physical and digital asset representation
- ownership state
- record-linked assets
- operator-linked assets
- future collateral, treasury, or tokenized asset structures
Architectural meaning
assets.x1 answers what is valuable, what exists as an economic object, and who controls it.
acquisition.x1
Role
Transfer and expansion layer.
Responsibilities
- acquisition workflows
- transfer of ownership or control
- operator acquisition
- regional or territory expansion
- book-of-business transfer
- rights transfer
- asset transfer
- opportunity routing
Architectural meaning
acquisition.x1 answers how value, ownership, rights, and control move through the system.
Economic support stack
These are not the core four primitives, but they make the economic architecture concrete and enforceable.
- contract.x1 — agreement and obligation layer
- registrar.x1 — canonical registry and issuance authority layer
- register.x1 — registration-action layer
- titles.x1 — ownership-title layer
- deeds.x1 — assignment and deed layer
- escrow.xen — conditional transfer and release layer
- payments.xen — settlement rail layer
- credit.xen — credit and contribution accounting layer
- treasury.xen — treasury and reserve layer
- merchant.x1 — commercial payment-acceptance layer
- pos.x1 — point-of-sale and transaction-origin layer
- portfolio.xen — economic position and grouped-value layer
- audits.x1 — verification and integrity layer
- ratings.x1 — trust and performance signal layer
- status.x1 — state and standing layer
- shop.xen — operator commerce and merchandise layer
Canonical economic objects
QTM OS economic coordination should recognize the following canonical object classes.
Membership
Represents access state, participation class, and entitlement level.
Right
Represents permission to use, access, license, benefit from, or restrict a capability, method, or economic object.
Asset
Represents a unit of value, control, claim, or recognized economic relevance.
Opportunity
Represents a pending or potential economic action such as acquisition, assignment, licensing, or transfer.
Position
Represents a participant’s standing across access, rights, assets, transfers, and historical activity.
Ownership and control model
Each economic object should define, where applicable:
- owner
- controller
- beneficiary
- visibility scope
- transferability
- registration state
- settlement state where relevant
Ownership may be individual, organizational, shared, delegated, conditional, pending, or escrowed.
QTM OS should distinguish between:
- ownership
- control
- benefit
- visibility
- execution authority
These are not always the same.
Economic ServiceEvents
Economic coordination is expressed through ServiceEvents and related economic state transitions.
Economic event classes include:
Access events
- membership_granted
- membership_upgraded
- membership_revoked
- membership_suspended
Rights events
- right_granted
- right_revoked
- right_licensed
- right_expired
Asset events
- asset_created
- asset_registered
- asset_linked_to_record
- asset_updated
- asset_locked
- asset_released
Transfer events
- acquisition_initiated
- acquisition_reviewed
- acquisition_approved
- acquisition_rejected
- asset_transferred
- rights_transferred
- operator_transferred
- territory_transferred
Settlement events
- payment_authorized
- payment_captured
- payout_created
- payout_released
- escrow_funded
- escrow_released
- treasury_allocated
These events should be modeled as governed economic state transitions, not informal notes.
Record-linked asset rule
Assets should be linked to records whenever possible.
Examples:
- a completed job record may define a service-performance asset
- a route history may define an operational asset
- a customer history may define a relationship asset
- a licensed template may define a rights-bearing asset
- a body of governed execution may define an acquisition-relevant asset
This ensures that economic objects emerge from provable system history rather than unsupported claims.
QTM OS should prefer record-linked assets over abstract, ungrounded asset assertions.
Extended economic spine
The execution spine remains foundational:
```text Actor → Request → Job → ServiceEvent → Record ```
v0.04 extends that logic into economic coordination:
```text Actor → Request → Job → ServiceEvent → Record → Membership / Right / Asset State → Transfer / Settlement → Updated Record / Updated Position / Updated System State ```
This means:
- execution creates records
- records can define assets
- rights can attach to assets or participants
- transfer changes ownership or control
- settlement changes economic state
- updated state re-enters the system as new truth
This creates a closed-loop governed economic system rather than a one-time workflow engine.
shop.xen
Role
Operator commerce and merchandise layer.
Responsibilities
- operator-linked storefronts
- built-in merchandise and product sales
- audience monetization
- branded commerce attached to operator identity
- optional commerce modules embedded into surface and operator pages
- product, order, payment, and fulfillment coordination later
- future commerce participation tied to QTM OS records and settlement
Architectural meaning
shop.xen is a governed commerce layer that can operate in multiple modes:
- as a standalone storefront namespace
- as an operator-attached commerce module
- as a network-linked commerce surface across QTM OS
It extends operator execution into operator commerce while also supporting public-facing storefronts.
Standalone storefronts must remain compatible with operator identity, records, fulfillment, and settlement.
This prevents shop.xen from becoming a detached or ungoverned marketplace while still allowing it to function as a public commerce entry point.
Guardrails
- shop.xen should not replace core service execution
- operator commerce should remain subordinate to operator identity, audience, and fulfillment logic
- initial implementation should prefer embedded operator storefronts over a generalized open marketplace
What it governs
- Settlement records and economic state
- Membership and access relationships
- ip.x1, assets.x1, acquisition.x1, index.x1, credentials.x1, and related economic namespaces
- shop.xen commerce posture
- Record-linked asset and economic object rules
- Compatibility between commerce, records, fulfillment, and settlement
- Transfer, ownership, rights, asset, and position concepts
What it does not govern
- It does not replace core service execution.
- It does not make payment capture equal job completion.
- It does not make ServiceEvent completion equal settlement capture.
- It does not make settlement replace record truth.
- It does not turn QTM OS into a detached marketplace.
- It does not replace assets.x1 or imply assets.xen.
- It does not make economic namespaces fully active before registration, governance, and state integrity exist.
Relationships to other layers
The Economic Structure Layer integrates with the rest of QTM OS as follows:
- operator.x1 defines who participates as the canonical executable actor
- jobs.xen defines what live work is available, assigned, or claimable
- desk.x1 defines where work is performed
- workflow.x1 defines how work moves
- hiring.x1 defines how people enter the workforce
- talent.x1 defines what capability participants can demonstrate
- casting.x1 defines how participants are selected for specific roles
- hr.x1 defines how workforce state is governed internally
- governance.x1 defines rules and permissions
- credentials.x1 defines trust and capability proofs
- directory.x1 defines discoverability and participant listing
- registrar.x1 defines canonical registration and issuance
- audits.x1 defines integrity review
- agents.xen may participate only under governed boundaries
- omni.x1 may interpret, recommend, or assist, but does not override governance or ownership state
- os.x1 provides the parent system shell across these economic primitives
Economic coordination must remain subordinate to governance and runtime truth.
Current status
Partially implemented for settlement records in Planck; broader commerce and economic namespaces remain conceptual or assigned.
shop.xen, broader commerce modules, tokenized asset behavior, regulated payment rails, transfer capability, and expanded economic namespace behavior should not be described as live until implementation supports that claim.
Future direction
In the near term, this economic layer should guide:
- managed vs operator-owned payment logic
- rights and template access logic
- operator participation classes
- asset-linked service history
- transfer-aware growth paths
- future acquisition and expansion surfaces
- operator-linked commerce and merchandise modules
This layer should not delay current OS stabilization. It should clarify the architecture while implementation continues on auth, workflow integrity, operator flow, payment behavior, and runtime reliability.
Guardrails
- ServiceEvent completion ≠ settlement capture.
- Payment capture ≠ job completion.
- Settlement does not replace record truth.
- Use assets.x1; do not introduce assets.xen.
- shop.xen should not replace core service execution.
- Operator commerce should remain compatible with fulfillment, records, assets.x1, and settlement.
- Economic state must remain governed by the execution and record model, not by detached speculative abstractions.
- No economic object should be treated as fully active until it has the required registration, governance, and state integrity.