PVEP Artifacts
1. Purpose
The PVEP Artifacts model defines the main artifacts that are created, rendered, referenced, exchanged, or carried through the ProductVerse Experience Plane (PVEP).
PVEP is not only a collection of screens or user journeys. It is an experience mediation plane that works with structured artifacts. These artifacts help consumers, agents, systems, marketplaces, governance services, and PDEP workflows understand intent, product selection, entitlement, trust, consumption, feedback, and governance context.
This document defines PVEP-facing artifacts such as:
- Consumption Intent Record,
- Consumption Feedback Record,
- Product Set Intent,
- Product Set,
- Product Selection Record,
- Marketplace Listing,
- Entitlement Record,
- Trust Signal,
- DPP Summary,
- Governance Explanation,
- Access Request,
- Product Suitability Assessment,
- PVEP-to-PDEP Handoff Package.
The key principle is:
PVEP artifacts make product experience state explicit, portable, inspectable, governable, and reusable across ProductVerse journeys.
2. What Is a PVEP Artifact?
A PVEP Artifact is a structured record, view, request, signal, summary, or package used by PVEP to mediate product discovery, evaluation, acquisition, consumption, selection, governance understanding, entitlement, feedback, or transition to another UPOS plane.
A PVEP artifact may be:
- created by a user,
- created by an agent,
- generated by PVEP,
- derived from the Governance Kernel,
- derived from Marketplace,
- derived from Product Registry,
- derived from Product Graph,
- derived from Product Fabric,
- passed to PDEP,
- stored for future use,
- rendered as an experience view,
- emitted as feedback or telemetry.
PVEP artifacts are usually not the authoritative source of product truth. They are experience-facing artifacts that reference or project authoritative state from other UPOS capabilities.
3. Artifact Boundary
PVEP artifacts should not be confused with PDEP product artifacts.
| Artifact category | Plane | Examples |
|---|---|---|
| PVEP-facing artifacts | PVEP | CIR, CFR, Product Set, Product Set Intent, Trust Signal view, Marketplace Listing view |
| Product-building artifacts | PDEP | Product descriptor, deployment descriptor, product version, output port definition, DPP generation package |
| Governance artifacts | Governance Kernel | Policy decision, entitlement decision, risk state, evidence state, trust state |
| Runtime artifacts | Product Fabric | access token, runtime policy enforcement record, invocation log |
| Registry artifacts | Product registries | product identity, product metadata, product relationship records |
PVEP may render, reference, or carry these artifacts, but it should not become the authority for all of them.
Boundary statement:
PVEP artifacts mediate experience.
PDEP artifacts define and realize products.
Governance Kernel artifacts compute governance state.
Product Fabric artifacts enforce runtime state.
4. Artifact Categories
PVEP artifacts can be grouped into several categories.
PVEP Artifacts
├─ Intent Artifacts
├─ Discovery & Marketplace Artifacts
├─ Selection & Assembly Artifacts
├─ Entitlement & Access Artifacts
├─ Trust & Governance Artifacts
├─ Consumption Artifacts
├─ Feedback & Observability Artifacts
├─ Agent-Mediated Artifacts
└─ Handoff Artifacts
Each category is described below.
5. Intent Artifacts
Intent artifacts capture what a consumer, agent, application, organization, or product-as-consumer is trying to do.
They help PVEP contextualize discovery, acquisition, consumption, selection, governance checks, and PDEP handoff.
Important intent artifacts include:
- Consumption Intent Record,
- Product Set Intent,
- Discovery Intent,
- Acquisition Intent,
- Governance Inspection Intent,
- PDEP Transition Intent.
6. Consumption Intent Record
6.1 Definition
A Consumption Intent Record, abbreviated CIR, is a structured artifact that captures a consumer’s intent to discover, evaluate, acquire, consume, or use one or more products for a stated purpose within a given context.
The CIR helps PVEP and the Governance Kernel answer:
Who wants to use what,
for what purpose,
through which experience or output port,
under what context,
with what constraints?
A CIR is especially useful when product consumption is more complex than simply opening a product page.
6.2 Purpose
The CIR supports:
- intent-aware product discovery,
- marketplace recommendation,
- entitlement evaluation,
- permitted-use evaluation,
- trust and risk evaluation,
- product suitability assessment,
- agent-mediated discovery,
- consumption journey setup,
- product set creation,
- PDEP transition decisioning.
6.3 CIR Scope
A CIR may describe intent for:
- a single product,
- multiple products,
- a product kind,
- a product set,
- a marketplace acquisition,
- an output port,
- a product graph exploration,
- an agent-mediated recommendation,
- a product-to-product consumption relationship.
6.4 CIR Example
consumptionIntentRecord:
id: cir-001
actor:
id: user-123
type: human-user
organization: org-456
intent:
type: consume-product
purpose: internal-risk-monitoring
description: Use risk indicators to support internal monitoring.
target:
productId: product-risk-indicators
outputPortType: dashboard
context:
environment: production
jurisdiction: EU
audience: internal
urgency: normal
constraints:
known:
- no-external-sharing
requested:
- dashboard-view
- api-access
governance:
entitlementCheckRequired: true
trustCheckRequired: true
riskCheckRequired: true
6.5 CIR Design Notes
A CIR should be:
- purpose-aware,
- actor-aware,
- product-aware,
- output-port-aware where relevant,
- context-aware,
- usable by agents,
- usable by Governance Kernel interfaces,
- reusable across PVEP journeys.
A CIR should not create product entitlement by itself. It expresses intent; governance services evaluate whether the intent is permitted.
7. Product Set Intent
7.1 Definition
A Product Set Intent is a structured artifact that captures why a consumer or agent is selecting a group of products.
It describes the purpose of the set, not merely the list of products.
Example questions:
- Why are these products being selected together?
- Is the set for comparison, consumption, acquisition, project planning, governance review, or PDEP handoff?
- Is the consumer intending direct use or product creation?
- What constraints or desired outcomes matter?
7.2 Product Set Intent Types
Common intent types include:
| Intent type | Meaning |
|---|---|
| Comparison | Compare candidate products. |
| Shortlist | Create a shortlist for future decision. |
| Consumption planning | Prepare to use selected products directly. |
| Acquisition planning | Prepare subscription, access, or licensing. |
| Governance review | Review trust, risk, entitlement, policy, evidence, or DPP state. |
| PDEP handoff | Prepare selected products for product creation or composition. |
| Portfolio curation | Organize products into a portfolio or project view. |
| Agent recommendation | Capture an agent-proposed product set. |
7.3 Product Set Intent Example
productSetIntent:
id: psi-001
name: Mars Habitat Safety Candidate Set
actor:
id: user-123
type: human-user
intentType: pdep-handoff
intendedOutcome: create-habitat-safety-monitoring-product
purpose:
code: habitat-safety-monitoring
description: Select products that may support safety monitoring for habitat operations.
expectedUse:
directConsumption: false
governedCreation: true
marketplaceAcquisition: false
evaluationCriteria:
- safety-certification
- evidence-current
- production-ready
- low-latency-output
- human-review-supported
7.4 Product Set Intent Boundary
A Product Set Intent may indicate that PDEP is likely needed, but it does not itself create a product.
Boundary statement:
Product Set Intent expresses why products are selected.
PDEP determines whether selected products become a governed product.
8. Product Set
8.1 Definition
A Product Set is a temporary, saved, shared, or structured collection of selected products organized around an intent.
A Product Set may support:
- comparison,
- acquisition,
- direct consumption,
- governance review,
- product graph exploration,
- agent recommendation,
- PDEP handoff.
A Product Set is not automatically a product.
8.2 Product Set Example
productSet:
id: set-001
name: Regulatory Reporting Candidate Products
intentRef: psi-001
selectedProducts:
- productId: transaction-data-product
version: 2.1
roleInSet: source-data
- productId: customer-reference-data-product
version: 4.0
roleInSet: reference-data
- productId: reporting-rules-product
version: 1.3
roleInSet: policy-logic
- productId: validation-evidence-product
version: 1.0
roleInSet: evidence
status: draft
8.3 Product Set States
A Product Set may have states such as:
- draft,
- saved,
- shared,
- under review,
- suitable,
- suitable with constraints,
- blocked,
- ready for acquisition,
- ready for consumption,
- ready for PDEP handoff,
- archived.
8.4 Product Set Boundary
A Product Set should not be treated as:
- a product descriptor,
- a new product version,
- a DPP-backed product,
- a marketplace listing,
- a governed bundle,
- a runtime product.
If the Product Set becomes a product, it must transition to PDEP.
9. Product Selection Record
9.1 Definition
A Product Selection Record captures why a specific product was added to a Product Set.
It records the selection rationale, source journey, actor, agent involvement, and known governance state at selection time.
9.2 Purpose
A Product Selection Record supports:
- explainable selection,
- agent recommendation trace,
- comparison history,
- governance review,
- PDEP handoff context,
- auditability where needed.
9.3 Example
productSelectionRecord:
id: psr-001
productSetId: set-001
productId: product-risk-indicators
selectedBy:
id: ai-agent-123
type: ai-agent
selectedFor:
purpose: internal-risk-monitoring
roleInSet: source-indicator-product
source:
zone: concierge-agent-mediated-discovery
reason: highest trust posture among matching products
governanceSnapshot:
entitlement: approval-required
trust: trusted-for-internal-use
risk: R2
dpp: valid
keyConstraints:
- no-external-sharing
10. Marketplace Listing
10.1 Definition
A Marketplace Listing is a PVEP-facing artifact that presents a product for discovery, evaluation, acquisition, subscription, licensing, onboarding, or access request.
A Marketplace Listing is not the product itself. It is an experience-facing projection of a product, enriched with market, governance, trust, pricing, and access information.
10.2 Marketplace Listing Contents
A listing may include:
- product identity,
- product name,
- product kind,
- description,
- provider,
- owner or steward,
- version,
- lifecycle state,
- output ports,
- pricing,
- licensing,
- subscription options,
- acquisition path,
- onboarding instructions,
- DPP summary,
- trust posture,
- risk posture,
- permitted uses,
- prohibited uses,
- entitlement requirements,
- approval requirements,
- support model,
- related products,
- substitutes,
- complements.
10.3 Marketplace Listing Example
marketplaceListing:
id: listing-001
productId: product-ai-risk-classifier
productVersion: 1.4
title: Risk Classifier AI Product
productKind: ai-product
provider: Example Provider
lifecycleState: published
offer:
pricingModel: subscription
trialAvailable: true
licenseRequired: true
governance:
dppState: valid
trustPosture: conditionally-trusted
riskTier: R3
permittedUses:
- advisory-risk-classification
prohibitedUses:
- autonomous-final-decisioning
approvalRequired:
- production-api-access
actions:
- view-dpp-summary
- request-trial
- request-api-access
- compare
- add-to-product-set
10.4 Marketplace Listing Boundary
Marketplace Listings display product and governance state. They do not independently compute trust, entitlement, risk, or policy.
Boundary statement:
Marketplace Listing renders product offer and governance summary.
Governance Kernel provides authoritative governance state.
Product Registry provides product identity and metadata.
Marketplace services provide offer and acquisition state.
11. Entitlement Record
11.1 Definition
An Entitlement Record is a structured artifact that represents a subject’s governed right to perform an action on a product, output port, product relationship, or lifecycle event within a defined context.
In PVEP, entitlement records may be rendered in portfolio, marketplace, consumption, agent, product-set, and governance views.
11.2 Entitlement Record Contents
An Entitlement Record may include:
- subject,
- product,
- product version,
- action,
- output port,
- purpose,
- environment,
- jurisdiction,
- source of entitlement,
- license or subscription reference,
- approval reference,
- delegation reference,
- validity period,
- constraints,
- obligations,
- status,
- explanation,
- audit reference.
11.3 Entitlement Record Example
entitlementRecord:
id: ent-001
subject:
id: user-123
type: human-user
object:
productId: product-risk-dashboard
productVersion: 2.1
outputPortId: dashboard-port
action: view
purpose: internal-risk-monitoring
source:
type: team-subscription
reference: subscription-456
status: active
validFrom: 2026-01-01
validUntil: 2026-12-31
constraints:
- internal-use-only
- no-export
obligations:
- audit-logging-required
explanation:
summary: User has dashboard access through team subscription.
11.4 Entitlement Record Boundary
The authoritative entitlement decision belongs to the Governance Kernel and entitlement systems. PVEP renders entitlement records and explanations.
An Entitlement Record should not imply that the product is trusted, safe, or permitted for all uses.
12. Trust Signal
12.1 Definition
A Trust Signal is a PVEP-facing representation of kernel-derived trust state.
It communicates whether a product, output port, relationship, product set, DPP, or claim is fit for reliance in a specific context.
A Trust Signal should be contextual and evidence-backed.
12.2 Trust Signal Examples
Examples include:
- trusted for internal analytics,
- conditionally trusted for regulatory reporting,
- not trusted for external sharing,
- DPP valid,
- evidence expired,
- claim unsupported,
- trust under review,
- trusted only with human review,
- trust downgraded,
- trust restored.
12.3 Trust Signal Example
trustSignal:
id: trust-signal-001
subject:
productId: product-risk-indicators
productVersion: 2.1
context:
purpose: internal-risk-monitoring
outputPort: dashboard
actorType: human-user
posture: trusted
reasonCodes:
- DPP_VALID
- QUALITY_EVIDENCE_CURRENT
- LINEAGE_COMPLETE
constraints:
- no-external-sharing
evidenceRefs:
- dpp-001
- quality-report-002
- lineage-record-003
validUntil: 2026-12-31
12.4 Trust Signal Boundary
A Trust Signal should not be a manually applied badge.
Boundary statement:
Trust Signal is rendered in PVEP.
Trust state is computed by the Governance Kernel.
Evidence supports the trust state.
13. DPP Summary
13.1 Definition
A DPP Summary is a PVEP-facing summary of a Digital Product Passport.
It presents product identity, trust, evidence, risk, permitted-use, lifecycle, and assurance information at the appropriate visibility level.
13.2 DPP Summary Example
dppSummary:
id: dpp-summary-001
dppId: dpp-001
productId: product-risk-indicators
productVersion: 2.1
status: valid
suitability:
internalUse: suitable
externalSharing: not-suitable
regulatoryReporting: conditionally-suitable
evidenceSummary:
quality: current
lineage: complete
rights: not-applicable
riskReview: current
permittedUses:
- internal-risk-monitoring
- internal-analytics
prohibitedUses:
- external-sharing
review:
nextReviewDue: 2026-12-31
13.3 DPP Summary Boundary
The DPP Summary is not the full DPP. It is an experience-facing projection.
DPP visibility must respect:
- consumer role,
- entitlement,
- evidence visibility,
- policy restrictions,
- confidentiality,
- regulatory access.
14. Governance Explanation
14.1 Definition
A Governance Explanation is a human- or machine-readable explanation of a governance state, decision, warning, restriction, trust posture, entitlement outcome, risk condition, evidence gap, DPP status, or lifecycle block.
PVEP uses Governance Explanations to turn governance into actionable experience.
14.2 Governance Explanation Example
governanceExplanation:
id: gex-001
target:
type: entitlement-decision
id: decision-001
audience: consumer
summary: >
You can view the dashboard because your team has an active subscription.
API access requires approval because this output port enables automated consumption.
reasonCodes:
- TEAM_SUBSCRIPTION_ACTIVE
- API_ACCESS_REQUIRES_APPROVAL
nextActions:
- open-dashboard
- request-api-access
14.3 Explanation Types
Governance Explanations may be tailored for:
- consumers,
- stewards,
- auditors,
- agents,
- developers,
- governance actors,
- marketplace operators.
15. Access Request
15.1 Definition
An Access Request is a PVEP-facing artifact that captures a request to obtain entitlement to a product, output port, evidence view, DPP detail, marketplace offer, or product relationship.
15.2 Access Request Example
accessRequest:
id: access-request-001
requester:
id: user-123
type: human-user
organization: org-456
requestedAccess:
productId: product-risk-indicators
outputPortId: api-port
action: invoke
purpose: internal-risk-monitoring
duration: P180D
justification: Required for internal risk monitoring workflow.
status: pending
submittedAt: 2026-05-19T10:00:00Z
15.3 Access Request Boundary
An Access Request is not an entitlement. It is a request for entitlement.
The Governance Kernel, entitlement workflow, steward, marketplace service, or policy process determines whether entitlement is granted.
16. Product Suitability Assessment
16.1 Definition
A Product Suitability Assessment is a PVEP-facing artifact that evaluates whether a product or Product Set is suitable for a specified intent and context.
Suitability may consider:
- purpose fit,
- entitlement,
- policy,
- trust,
- risk,
- evidence,
- DPP,
- licensing,
- output-port availability,
- lifecycle state,
- product relationship compatibility,
- PDEP readiness.
16.2 Suitability Assessment Example
productSuitabilityAssessment:
id: psa-001
target:
type: product-set
id: set-001
intent:
purpose: external-publication
expectedUse: marketplace-publication
outcome: unsuitable
reasons:
- selected-product-has-no-redistribution-rights
- dpp-evidence-missing
- pdep-required-for-new-product-creation
nextActions:
- remove-restricted-product
- request-rights-clearance
- transition-to-pdep
16.3 Suitability Outcomes
Possible outcomes include:
- suitable,
- suitable with constraints,
- partially suitable,
- unsuitable,
- review required,
- approval required,
- exception required,
- PDEP required,
- insufficient context.
17. Consumption Session Record
17.1 Definition
A Consumption Session Record is a PVEP-facing record of a consumer’s use of a product output port during a session.
It may be used for experience continuity, observability, governance review, and feedback.
17.2 Example
consumptionSessionRecord:
id: csr-001
actor:
id: user-123
type: human-user
product:
id: product-risk-dashboard
version: 2.1
outputPort:
id: dashboard-port
type: dashboard
purpose: internal-risk-monitoring
session:
startedAt: 2026-05-19T10:00:00Z
endedAt: 2026-05-19T10:45:00Z
governanceSnapshot:
entitlement: active
trust: trusted
risk: R1
constraints:
- no-export
17.3 Boundary
The Consumption Session Record is not the authoritative runtime enforcement log.
Product Fabric and runtime systems may hold enforcement and invocation logs.
PVEP may reference or summarize them where appropriate.
18. Consumption Feedback Record
18.1 Definition
A Consumption Feedback Record, abbreviated CFR, is a structured artifact that captures feedback from a consumer, agent, application, or product-as-consumer after discovering, evaluating, acquiring, consuming, or attempting to use a product.
CFRs support closed-loop improvement across the ProductVerse.
They may inform:
- producer improvement,
- marketplace ranking,
- trust signals,
- product quality,
- product usability,
- entitlement friction,
- governance clarity,
- product lifecycle decisions,
- product recommendation logic.
18.2 CFR Scope
A CFR may capture feedback about:
- product usefulness,
- product quality,
- output-port experience,
- documentation clarity,
- trust clarity,
- DPP usefulness,
- entitlement friction,
- access request difficulty,
- governance warning clarity,
- pricing suitability,
- onboarding experience,
- agent recommendation quality,
- product set suitability,
- consumption outcome.
18.3 CFR Example
consumptionFeedbackRecord:
id: cfr-001
actor:
id: user-123
type: human-user
product:
id: product-risk-dashboard
version: 2.1
context:
purpose: internal-risk-monitoring
outputPort: dashboard
feedback:
rating: 4
usefulness: high
qualityIssue: none
governanceClarity: medium
comments: >
The product was useful, but the API access restriction was not clear until launch.
signals:
shouldNotifySteward: true
shouldImproveListing: true
18.4 CFR Design Notes
A CFR should distinguish:
- product quality feedback,
- experience feedback,
- governance feedback,
- entitlement feedback,
- trust feedback,
- marketplace feedback,
- agent recommendation feedback.
CFRs should not automatically change trust state, but they may become input signals for review.
19. Agent Recommendation Record
19.1 Definition
An Agent Recommendation Record captures a recommendation produced by a human, machine, AI, or institutional agent during PVEP discovery, selection, comparison, or acquisition.
It records the recommendation rationale, authority scope, governance constraints, and recommended next action.
19.2 Example
agentRecommendationRecord:
id: arr-001
agent:
id: ai-agent-123
type: ai-agent
delegatedAuthority: recommendation-only
recommendation:
targetType: product
productId: product-risk-indicators
reason: Matches stated intent and has valid DPP.
constraints:
- recommendation-only
- no-acquisition-without-human-confirmation
governanceSnapshot:
entitlement: approval-required
trust: trusted-for-internal-use
risk: R2
dpp: valid
nextActions:
- compare
- request-access
- add-to-product-set
19.3 Boundary
An Agent Recommendation Record is not an approval, acquisition, entitlement, or product creation action.
Agents require explicit delegated authority for any action beyond recommendation.
20. PVEP-to-PDEP Handoff Package
20.1 Definition
A PVEP-to-PDEP Handoff Package is a structured artifact passed from PVEP to PDEP when a consumer’s intent shifts from product discovery, selection, or consumption toward governed product creation, composition, validation, versioning, or publication.
20.2 Handoff Package Example
pvepToPdepHandoffPackage:
id: handoff-001
source:
zone: product-select-assembly-zone
productSetId: set-001
actor:
id: user-123
type: human-user
intendedOutcome:
type: create-new-product
proposedProductKind: ai-enabled-analytics-product
description: Create a governed risk monitoring product.
selectedProducts:
- productId: product-risk-indicators
version: 2.1
intendedRole: source-data
- productId: product-risk-classifier
version: 1.4
intendedRole: ai-model
- productId: dashboard-template
version: 1.0
intendedRole: experience-template
governanceContext:
entitlement: partially-entitled
trust: conditionally-trusted
risk: R3
dppState: one-input-dpp-expired
inheritedRestrictions:
- no-external-sharing
- audit-logging-required
evidenceGaps:
- model-evaluation-evidence
- updated-dpp-for-source-product
recommendedNextActions:
- request-access-to-risk-classifier
- refresh-source-product-dpp
- initiate-composition-gate
20.3 Handoff Boundary
The handoff package initiates or informs a PDEP workflow.
It does not itself create:
- a new product,
- a product descriptor,
- a product version,
- a DPP,
- a marketplace listing,
- a runtime deployment.
Those belong to PDEP.
21. Product Graph View Artifact
21.1 Definition
A Product Graph View Artifact is a PVEP-facing projection of product graph relationships scoped to a user, intent, product, product set, agent, or governance context.
It may include:
- visible nodes,
- visible edges,
- hidden or restricted relationship indicators,
- relationship types,
- trust overlays,
- risk overlays,
- entitlement overlays,
- DPP and evidence edges,
- lifecycle overlays,
- selected path,
- graph exploration context.
21.2 Example
productGraphView:
id: graph-view-001
rootProduct: product-risk-dashboard
context:
actor: user-123
purpose: dependency-inspection
visibleNodes:
- product-risk-dashboard
- product-risk-indicators
- product-risk-classifier
visibleEdges:
- from: product-risk-dashboard
to: product-risk-indicators
type: consumes
governanceOverlay:
entitlement: valid
trust: trusted
- from: product-risk-dashboard
to: product-risk-classifier
type: invokes
governanceOverlay:
risk: R3
humanReviewRequired: true
restrictedEdges:
count: 1
reason: restricted-dependency-hidden
21.3 Boundary
A Product Graph View Artifact is a projection, not the authoritative graph itself.
The Product Graph and registries remain authoritative for graph relationships.
PVEP renders scoped views based on entitlement, governance, and visibility.
22. Governance Warning
22.1 Definition
A Governance Warning is a PVEP-facing artifact that presents an actionable warning derived from Governance Kernel state.
Warnings may concern:
- entitlement,
- trust,
- risk,
- evidence,
- DPP,
- policy,
- lifecycle,
- licensing,
- product relationship,
- agent authority,
- runtime restriction.
22.2 Example
governanceWarning:
id: warning-001
severity: warning
target:
productId: product-risk-classifier
productVersion: 1.4
type: evidence-expired
message: >
Model evaluation evidence has expired. Product trust is under review.
impact:
- production-api-access-restricted
- pdep-publication-blocked
nextActions:
- request-evidence-refresh
- select-substitute-product
22.3 Boundary
A Governance Warning should be derived from kernel state or governance signals.
PVEP should not invent warnings without authoritative backing.
23. Artifact Relationships
PVEP artifacts are connected.
Example relationships:
CIR
may create
Product Set Intent
Product Set Intent
organizes
Product Set
Product Set
contains
Product Selection Records
Product Selection Records
reference
Marketplace Listings / Product Registry Records
Product Set
may generate
Product Suitability Assessment
Product Suitability Assessment
may produce
Governance Warnings
Product Set
may become
PVEP-to-PDEP Handoff Package
Consumption
may generate
Consumption Session Record
Consumption Session Record
may lead to
Consumption Feedback Record
This artifact chain keeps experience state traceable.
24. Artifact Lifecycle
PVEP artifacts may have lifecycle states.
Example lifecycle states include:
- draft,
- active,
- submitted,
- pending,
- evaluated,
- saved,
- shared,
- accepted,
- rejected,
- superseded,
- archived,
- expired,
- revoked,
- handed off.
Different artifact types require different lifecycle semantics.
For example:
| Artifact | Lifecycle concern |
|---|---|
| CIR | intent may expire or be fulfilled. |
| Product Set | may be draft, saved, shared, handed off, or archived. |
| Access Request | may be pending, approved, denied, expired. |
| Entitlement Record | may be active, suspended, revoked, expired. |
| Trust Signal | may be current, superseded, expired. |
| DPP Summary | may become stale when DPP changes. |
| CFR | may be submitted, reviewed, acted upon, archived. |
25. Artifact Ownership and Authority
PVEP artifacts may have different authorities.
| Artifact | Typical authority |
|---|---|
| CIR | Consumer or agent expressing intent. |
| Product Set Intent | Consumer, team, agent, or organization. |
| Product Set | PVEP user workspace or team workspace. |
| Marketplace Listing | Marketplace service and Product Registry. |
| Entitlement Record | Governance Kernel / entitlement service. |
| Trust Signal | Governance Kernel. |
| DPP Summary | DPP service / Governance Kernel. |
| Governance Explanation | Governance Kernel, rendered by PVEP. |
| Access Request | PVEP captures request; entitlement workflow decides. |
| CFR | Consumer feedback; producer or platform may act on it. |
| PDEP Handoff Package | PVEP prepares; PDEP consumes. |
PVEP may render all of these, but it is not always the authority.
26. Artifact Visibility
PVEP artifacts may require visibility controls.
Examples:
- Product Sets may be private, team-shared, or organization-visible.
- Entitlement Records may expose only summaries to users.
- DPP Summaries may hide restricted evidence.
- Product Graph Views may hide restricted dependencies.
- Governance Warnings may reveal only audience-appropriate detail.
- Agent Recommendation Records may show authority scope but not hidden policy logic.
- CFRs may contain user comments and require privacy controls.
- PDEP Handoff Packages may contain sensitive governance context.
Visibility should be governed by entitlement, policy, confidentiality, privacy, and role.
27. Artifact Persistence
Not all PVEP artifacts need the same persistence.
| Artifact | Persistence guidance |
|---|---|
| CIR | May persist for active journey or audit if high-impact. |
| Product Set Intent | Persist if saved, shared, or handed off. |
| Product Set | Persist if saved, shared, or used for handoff. |
| Marketplace Listing | Persist as marketplace artifact, not only PVEP view. |
| Entitlement Record | Persist in authoritative entitlement system. |
| Trust Signal | Persist or cache according to governance freshness rules. |
| DPP Summary | Cache with signal-based invalidation. |
| Access Request | Persist until resolved and according to audit rules. |
| CFR | Persist as feedback artifact. |
| PDEP Handoff Package | Persist in PDEP workflow context. |
The design should avoid over-persisting transient exploration while preserving important governance context.
28. Artifact Versioning
Some PVEP artifacts should be versioned.
Versioning is important when artifacts affect governance, audit, or PDEP handoff.
Candidates for versioning include:
- Product Set,
- Product Set Intent,
- Product Suitability Assessment,
- PVEP-to-PDEP Handoff Package,
- Governance Explanation,
- Trust Signal,
- DPP Summary,
- Marketplace Listing.
Versioning helps answer:
What did the user see?
What governance state existed at that time?
What product versions were selected?
What evidence or DPP state was referenced?
What did PDEP receive?
29. Artifact Observability
PVEP artifacts can produce useful observability.
Examples:
- CIR created,
- Product Set saved,
- Product Set shared,
- Product added to set,
- Product removed from set,
- Suitability assessment run,
- Governance warning shown,
- Access request submitted,
- DPP summary viewed,
- Trust signal viewed,
- PDEP handoff initiated,
- CFR submitted,
- Agent recommendation accepted,
- Agent recommendation rejected.
These signals can help improve:
- product discovery,
- marketplace design,
- governance clarity,
- trust usability,
- entitlement friction,
- product quality,
- recommendation relevance,
- PDEP transition quality.
30. Artifact Security and Privacy
PVEP artifacts may contain sensitive information.
Sensitive contents may include:
- user intent,
- product selections,
- access requests,
- product dependencies,
- entitlement status,
- trust and risk state,
- DPP evidence summaries,
- governance warnings,
- agent recommendations,
- consumer feedback,
- PDEP handoff context.
Security considerations include:
- access control,
- sharing controls,
- privacy controls,
- retention rules,
- audit logging,
- data minimization,
- redaction,
- secure storage,
- secure transmission,
- agent access boundaries,
- prevention of inference leakage.
31. Design Guidance
31.1 Make Intent Explicit
CIR and Product Set Intent should capture why a product or set is being used.
31.2 Keep Product Sets Distinct from Products
A Product Set is not a governed product unless PDEP creates one.
31.3 Bind Trust to Context
Trust Signals should specify purpose, actor, product version, output port, and evidence where relevant.
31.4 Keep Entitlement Contextual
Entitlement Records should not collapse into a simple access flag.
31.5 Preserve Governance Provenance
Artifacts should reference Governance Kernel decisions, DPPs, evidence, policies, and risk state where relevant.
31.6 Support Agent Use
Artifacts should be structured enough for agents to read and act safely.
31.7 Support Human Understanding
Artifacts should also support clear rendering in PVEP.
31.8 Prepare Clean PDEP Handoff
Handoff packages should include product set, intent, and governance context.
31.9 Avoid Artifact Overload
Not every click needs to become a durable artifact. Persist what matters for continuity, governance, audit, or reuse.
32. Anti-Patterns
32.1 Product Set as Product
Treating a selected product set as a governed product bypasses PDEP.
32.2 Trust Signal as Manual Badge
Trust must be kernel-derived and evidence-backed.
32.3 Entitlement Record as Universal Permission
Entitlement is contextual and does not imply all uses are allowed.
32.4 CIR Without Purpose
A consumption intent without purpose is weak for governance and suitability assessment.
32.5 Marketplace Listing as Product Truth
Listings are projections. Product registries and descriptors provide product truth.
32.6 CFR as Trust Decision
Consumer feedback may inform trust review, but does not automatically change trust state.
32.7 Handoff Without Governance Context
PDEP handoff without entitlement, trust, risk, evidence, DPP, and policy context creates rework and risk.
32.8 Artifact Without Authority
PVEP should distinguish authored, derived, displayed, and authoritative artifacts.
32.9 Agent-Generated Artifact Without Authority Scope
Agent-created recommendations or product sets must carry authority and scope information.
33. Summary
PVEP artifacts make product experience state explicit and portable across ProductVerse journeys.
Key PVEP-facing artifacts include:
- CIR - captures consumption intent.
- CFR - captures consumption feedback.
- Product Set Intent - captures why products are selected together.
- Product Set - holds selected products for comparison, planning, acquisition, consumption, or PDEP handoff.
- Product Selection Record - records why a product was selected.
- Marketplace Listing - presents product offer and governance summary.
- Entitlement Record - represents contextual usage rights.
- Trust Signal - renders evidence-backed trust state.
- DPP Summary - presents a consumer-appropriate view of DPP state.
- Governance Explanation - explains governance decisions and warnings.
- Access Request - captures request for entitlement.
- Product Suitability Assessment - evaluates fit for purpose.
- PVEP-to-PDEP Handoff Package - carries selected products, intent, and governance context into PDEP.
The central boundary is:
PVEP artifacts mediate experience.
PDEP artifacts create and govern products.
Governance Kernel artifacts compute governance truth.
Product Fabric artifacts enforce runtime state.
In short:
PVEP artifacts turn product experience into structured, governable, reusable context without blurring the boundary between product experience and product creation.