OFM owner intelligence and platform domain

Status: OFM-OWNER-DEEP complete; urgent map delivered; inherited draft independently audited; deep sourcing and proof plan complete. The inherited 122-line draft was input, not evidence. Date: 2026-08-29

Independent audit receipt for the inherited draft

The draft's direction survives, but several implementation claims needed tightening before research continued:

• [OBSERVED, fresh read] The owner dashboard is a creator-count view: Dashboard.tsx

renders stats/distribution/activity, useDashboardData.tsx calls dashboard.stats, and convex/dashboard.ts collects active creators and returns team/gender counts. It is not an exception-first control plane (src/pages/Dashboard.tsx:9-51, src/hooks/useDashboardData.tsx:42-48, convex/dashboard.ts:3-41).

• [OBSERVED, fresh read] The activity surface is localStorage-backed fallback state

with a subscription to an activities table; it is not a durable audit/event stream (src/context/ActivityContext.tsx:21-69,71-103). Notifications are a static empty dropdown (src/components/notifications/NotificationsDropdown.tsx:12-49).

• [OBSERVED, fresh read] The credential backend is convex/socialMediaLogins.ts,

whose query formats stored username/password fields for the caller; there is no convex/secureLogins.ts. The secure-area query also returns the active password hash (convex/socialMediaLogins.ts:20-54, convex/schema.ts:497-507, convex/secureArea.ts:6-15). This is a security-control priority, not a reason to design a second credential store in the owner UI.

• [OBSERVED, fresh read] The clone has 36 Convex modules, 56 schema tables, 221

exported public Convex functions, zero ctx.auth/getUserIdentity matches, zero Buzz source matches, and zero tracked test-like files in the bounded probes run on 2026-08-29. These counts are a local snapshot, not a claim about Camron's live deployment.

• [UNVERIFIED] A complete dedicated model-facing app was not located in the bounded

route/source pass. HALO visibly has tokenized onboarding, contract signing, a simple creator upload page, internal profile/data pages, and creator analytics/invoice routes; the claim of a separate/full model app remains an explicit discovery question.

The resulting recommendation is an inference/proposal from those observations and the campaign brief: establish one server-authorized event/action/audit read model, then make a thin owner command surface consume it. Do not create a replacement ledger, role system, credential vault, or second collaboration history.

Executive decision (initial)

HALO needs an exception-first owner control plane, not another dashboard and not a generic CRM replacement. The owner must be able to answer, with evidence: what changed, what is blocked, who owns the next action, what money/content/access risk exists, which creator or team is affected, and whether the decision was approved and completed. Buzz is the fixed collaboration and agent plane. HALO/domain services remain authoritative for creators, fine-grained authorization, consent/contracts, credentials, Drive/content provenance, attribution, money, and audit.

The owner platform should therefore be a thin HALO command surface over canonical domain events and records. It should promote messages and meetings into owned actions, make exceptions explainable, and route approved work to domain-specific services. It must not become a second ledger, a second role system, or an ungoverned AI operator.

Persona and authority matrix

Authority rule: every read and write resolves tenant, actor, role, resource ownership, purpose, and audit requirement on the server. Buzz’s coarse role model is a routing hint, not an authorization decision.

End-to-end owner intelligence journey

1. Ingest [source remains authoritative]: receive versioned events and snapshots from creator lifecycle, Buzz, content/Drive, chatter/revenue, training/game, money/payouts, and security/integration services.
2. Normalize [owner read model only]: attach tenant ID, stable entity IDs, source, occurred-at time, event ID, schema version, actor/service, and evidence links. Preserve source payloads or hashes where lawful and necessary; do not silently replace the domain record.
3. Build context [linked, least-copy]: join the event to creator, chatter, campaign, content, invoice, shift, contract, incident, and prior decision timelines without copying sensitive source-of-truth fields into an owner cache unnecessarily.
4. Detect and rank [explainable proposal]: generate exceptions for late handoffs, unowned promises, stuck approvals, content-rights expiry, reconciliation deltas, access anomalies, training regressions, capacity risk, and platform/service failure.
5. Triage [owner/manager action]: a permitted human claims the exception, sees evidence and suggested next actions, sets severity/SLA, and assigns a responsible person or queue.
6. Decide [human approval where consequential]: record decision, rationale, policy/playbook version, approver, expiry/review date, and required approval. Agents can summarize or propose; they cannot silently decide consequential matters.
7. Execute [domain command is authoritative]: issue a scoped, idempotent command through HALO’s server-side adapter. Buzz can notify, create a workflow task, or host the approval conversation; the domain service performs the authoritative mutation.
8. Verify [result event required]: consume success/failure/partial/retry events, reconcile expected versus actual state, and reopen the exception if evidence does not arrive by the SLA.
9. Remember [policy-aware index]: index the decision, evidence, action, outcome, and linked entities for search/RAG with persona-aware retrieval and retention rules.
10. Close/export [portable outcome]: close only with an outcome and audit trail; support creator/partner/staff export, retention expiry, incident review, and a complete offboarding handoff.

Failure states that must be visible: duplicate/out-of-order events, missing owner, stale cache, permission mismatch, sidecar outage, agent/tool timeout, approval expiry, partial payout/reconciliation, content-rights expiry, revoked consent, suspicious access, and cross-tenant leakage attempt.

Feature and sub-app tree

Owner Intelligence Platform
├── Command centre
│   ├── morning brief and unresolved decisions
│   ├── exception inbox (severity, SLA, owner, evidence)
│   ├── capacity / shifts / creator roster health
│   ├── cash, liability, payout and reconciliation view
│   └── content, consent, access and platform-risk view
├── Decision and action memory
│   ├── meeting → decision → owned action promotion
│   ├── promise/follow-up tracker
│   ├── cross-domain entity timeline
│   ├── decision records and policy/playbook versions
│   └── semantic search / RAG with evidence citations
├── Measurement and intelligence
│   ├── KPI definitions, dimensions and freshness
│   ├── operational reports and cohort views
│   ├── funnel, retention, QA, training and capacity analytics
│   ├── anomaly/risk detection with explainable reasons
│   └── forecast/scenario views (advisory, not ledger authority)
├── Workflow and agent control
│   ├── event subscriptions and durable jobs
│   ├── approval gates, escalations, SLAs and retries
│   ├── scoped tool registry and agent run history
│   ├── human takeover / resume / cancel
│   └── dead-letter and replay controls
├── Governance and trust
│   ├── server-side tenancy and fine RBAC/ABAC
│   ├── append-only audit and access review
│   ├── secrets/credential boundary and key rotation
│   ├── consent, retention, export and deletion policy
│   ├── backup/restore and incident response
│   └── data-quality and reconciliation controls
├── Buzz/platform glue
│   ├── identity and tenant provisioning
│   ├── typed entity/resource links
│   ├── outbox/inbox webhook adapter
│   ├── channel/workflow templates
│   └── availability, rate-limit and kill-switch controls
└── Configuration / administration
    ├── module registry and feature flags
    ├── KPI/alert/threshold definitions
    ├── persona and visibility policies
    ├── integrations/API keys and health
    └── audit-backed configuration history

Current HALO coverage and gaps (read-only evidence)

The build opportunity is not to add another generic dashboard. It is to establish a canonical event/action/audit layer and then make the owner surface consume it.

Search vocabulary and coverage receipt (urgent map)

Search will use these intent families rather than only “owner dashboard” or “CRM”:

• Command/control: operations control tower, exception management, business command center, executive operating system, agency OS, service operations, incident command, work queue, SLA escalation.
• Decision memory: meeting-to-action, decision log, promise tracking, institutional memory, knowledge graph, evidence-linked notes, action-item extraction, searchable timeline, semantic workspace, RAG over business records.
• Measurement: operational BI, metric definitions, semantic layer, data lineage, reverse ETL, anomaly detection, cash/liability dashboard, capacity planning, workforce intelligence, revenue operations.
• Workflow/agents: human-in-the-loop automation, durable workflows, approval orchestration, resumable jobs, agent supervision, tool permissions, MCP business actions, event sourcing, outbox/inbox, replay/dead letter.
• Governance: GRC, policy-as-code, audit log, access review, ABAC, tenant isolation, secrets management, consent/rights, retention/legal hold, backup restore, incident response.
• Agency/OFM adjacency: creator agency back office, talent operations, subscription business operations, chatter manager dashboard, fan revenue control plane, creator roster intelligence, platform-risk operations, content/payment state machine, creator-specific voice training, synthetic/dummy fans, trial shift/nesting/shadowing, playbook vs agency SOP, shift handoff, weekly QA/calibration, retraining, fan segmentation/retention.

Planned source coverage: local Foundry RepoCard spine and curated corpus first; GitHub repository/code searches; first-party live-product/docs research; and operator evidence for owner pain, meeting/action handoffs, chat-to-record promotion, approval/version-of-record, and cross-domain exception handling. Candidate generation is not a verdict; every promoted GitHub repo will receive direct gh api metadata and source-level licence inspection.

Internal prior art and crossover (bounded current check)

[Observed internal evidence] Oracle Streaming's current on-ramp describes a model-facing one-action flow: a cam model starts a multi-platform live workflow, viewer chat and tips enter one cockpit, real events drive goals/overlays, and state persists to Convex. The current protected proof ledger records one-press/multi-platform evidence, real chat/tip readback, deduplication, goal advancement from approved tip truth, camera/microphone setup, and a go-live wizard (apps/oracle-streaming/CLAUDE.md:1-3,25-31; current apps/oracle-streaming/docs/PROVEN-LEDGER.html:44-60,64-66,130-140). The ledger also states its dated proofs are evidence, not current procedures; the owner report must not import Oracle runtime details.

What can cross over: one-action, low-cognitive-load operations; typed event IDs with source/occurred-at/deduplication; truth-derived goals; creator-visible progress; a single relationship timeline with separate domain state machines; revocable consent/access evidence; and human-readable proof receipts. These are reusable product/data/workflow patterns, not a shared datastore requirement.

What must stay specific: OBS/OME/browser/readback/connector mechanics, streaming go-live transport, platform account handling, and webcam-specific human-present gates. Live chat/tip capture is not permission to automate OnlyFans messaging or impersonate a creator. A shared Convex vendor does not imply shared auth, tenant, schema, or deployment.

Claimed HALO model app: the bounded HALO route pass found onboarding, signing, upload, profile/data, analytics, and invoice surfaces, but not a verified full model portal. The owner lane will search the actual route/repository/deployment before declaring the claim missing; any convergence should use stable opaque IDs and event contracts, not duplicate creator/consent/money truth.

What are we still missing? (first-principles map)

The owner department exists to reduce agency-wide uncertainty and turn decisions into completed, evidenced outcomes. The missingness is therefore not “more KPI cards”; it is the continuity between signals, authority, people, actions, and proof:

10× test: every owner card should answer “what changed, how do we know, who owns the next action, by when, what happens if it fails, and which source can prove closure?” If it cannot, it is decorative reporting. Specialist secrets, platform messaging, accounting rails, and raw media processing should remain bought/integrated boundaries unless a proof spike shows a durable advantage in owning them.

Deep research receipt and evidence discipline

The owner surface is evaluated as a control plane around the agency's operating loops, not as a list of screens. Evidence labels used below are deliberately strict:

• [OBSERVED] direct read-only source, database metadata, or first-party documentation.
• [VENDOR] a product/company claim, useful for capability discovery but not independent

proof of reliability, adoption, or economics.

• [OPERATOR] operator/community or guide language; useful for workflow vocabulary and

pain shape, not a prevalence estimate unless explicitly corroborated.

• [INFERENCE] conclusion drawn from the evidence.
• [PROPOSAL] an original product, data, or rollout recommendation.
• [UNVERIFIED] a claim that still needs a direct deployment, contract, or live product

check.

Corpus and search coverage

[OBSERVED] Local corpus. The local Foundry sources were used first as candidate generators, not as adoption or freshness evidence:

[OBSERVED] GitHub search. Seven bounded gh search repos families were run for business operating systems, durable approval workflows, semantic-layer metrics, fine-grained authorization, creator operations, meeting/action tracking, and event-sourcing/audit. With a 20-result cap, the result counts were 20, 1, 6, 20, 20, 20, 17; search results were only candidate generation. All repositories cited in this file were then checked with gh api repos/OWNER/NAME on 2026-08-29, with the exact metadata and license-source receipt recorded at the end.

[INFERENCE] Search limitation. The exact “OnlyFans CRM” family remains mostly tiny prototypes, comparisons, or channel-specific tools rather than a maintained open-source owner operating system. The highest-value evidence is therefore composition and state-model prior art: CreatorOps products for the vertical vocabulary, ERP/CRM/workflow engines for cross-domain state, BI/GRC for trust, and Buzz for the fixed collaboration plane.

Operator, vertical, and adjacent-market evidence

[OPERATOR, VENDOR] OFM work vocabulary. The shared operator follow-up reports four OFM-facing vendors/guides converging on creator-specific voice training, simulated or trial conversations, PPV/fan segmentation, shift handoff, manager supervision, weekly QA, calibration, and retraining (research/sourcing-campaign/operator-signals.md:329-365). The useful owner-platform consequence is not a claim about industry averages; it is that an owner needs evidence for training status, handoff quality, creator-specific playbook version, and retention/quality outcomes. Direct OFM interviews remain open.

First-party vertical pages sharpen the state model:

• [VENDOR] Supercreator documents fan CRM context, purchase history, AI/human chat

continuity, team roles, and chatter analytics with creator assignment and message filters (Fans Copilot CRM ↗, purchase history ↗, chatter analytics ↗, roles and permissions ↗). Its SharedLogin page claims session sharing without password sharing and immediate account access blocking (SharedLogin ↗); this is a vendor security claim, not permission to place HALO credentials in the UI.

• [VENDOR] CreatorHero exposes the owner-relevant vocabulary of PPV status, purchase

rate, message history, chatter performance, keystrokes, activity, and response time (PPV overview ↗, chatter tracking ↗, tracking and insights ↗). These metrics must be reconciled to domain money and quality records before they affect compensation or coaching decisions.

• [VENDOR] Infloww explicitly models attribution alternatives: shift schedule, message

sender, or converter for some sales, while subscriptions, streams, and referrals are shift-based; it warns that multiple people in one shift defeat individual attribution (employee calculation rules ↗). This is a strong domain question for the owner and money lanes, not a universal metric definition.

• [VENDOR] OnlyMonster defines “Creator Operations” as the layer under creator

management: multi-platform accounts, team access, audience analytics, revenue reporting, communication workflows, data portability, and API/webhook access (Creator Operations ↗, open API ↗). The page's “hundreds of metrics,” platform count, and API coverage are vendor claims and need contract and export testing.

[OPERATOR] Cross-industry signal. The operator report records repeated fragmentation across WhatsApp/email/Slack, Sheets/Drive/Notion/Airtable and informal handoffs, plus a recurring failure to identify the current owner, version, due date, or approval (research/sourcing-campaign/operator-signals.md:7-29,50-60,339-347). The safe product inference is a chat/meeting-to-record promotion path, not a mandate to replace every chat tool.

[VENDOR, adjacent] Useful benchmarks, not OFM proof.

• ServiceNow AI Control Tower documents inventory, lifecycle state, asset ownership,

governance work, recommendations, and an Activity Center split into assigned, team, unassigned, and submitted work (overview ↗, Activity Center ↗, lifecycle ↗). Borrow the governance queue and lifecycle vocabulary; do not infer that its enterprise claims or pricing fit HALO.

• Fellow documents meeting agendas, notes, assigned action items, summaries, retention,

role access, consent, and exportable access/deletion audit records (meeting note ↗, governed meeting assistant ↗). Borrow meeting → decision/action promotion and consent/retention gates; keep raw meeting capture out of the owner cache unless the user and policy permit it.

• Huly presents an all-in-one work/knowledge platform with cards, tasks, documents,

chat, notifications and workspace roles. Its self-host documentation explicitly notes backup/export, community-driven support, no GUI self-host → cloud migration, and some cloud services not packaged for self-hosting (what is Huly ↗, self-hosting ↗, workspace setup ↗, roles ↗). It is a useful system-class benchmark with continuity risk, not a reason to duplicate HALO authority.

• Open Mercato's first-party product page describes modular overlays, tenant-scoped

encryption, command/audit history, custom fields, event subscribers, workflows, and headless APIs (product ↗). Those are valuable architectural hypotheses; “production-ready,” “zero technical debt,” and security claims require an independent proof spike.

• Temporal and Lightdash provide the cleanest conceptual references for durable

execution and metric governance respectively (Temporal docs ↗, Lightdash semantic layer ↗). Their existence does not solve HALO's identity, domain-event, or data-quality work.

The X DSA transparency report remains a general adjacent control-loop reference— diagnose → practice → observe → audit → coach → refresh—not OFM evidence. Vendor metrics, staffing claims, response-time claims, and revenue lifts are not used as benchmarks.

Ranked complete systems and live products

Ranks are fit judgments for the owner department, not endorsements or claims of turnkey adult-industry compliance. A product survives only if it improves an actual cross-domain job without creating an unowned second authority.

These are not ranked as owner foundations but are important specialist benchmarks:

Ranked verified GitHub candidates by role

A. Full-system and modular substrate candidates

B. Event, workflow, and durable agent execution

C. Authorization, audit and GRC primitives

D. BI and semantic candidates

E. Knowledge, memory, and meeting evidence

Knowledge rejects: Outline ↗ is not an open-source source-reuse candidate in the checked branch: its root LICENSE is Business Source License 1.1, with a limited grant excluding a commercial Document Service until the 2030-07-13 change date. AppFlowy ↗ is AGPL-3.0 and remains comparison prior art, not a reason to add a second knowledge runtime.

What should be rebuilt in HALO versus borrowed

This is the ranking of patterns, independent of whether a particular repository is adopted:

Recommended HALO + Buzz composition

[PROPOSAL] Composition:

                 owner / manager / specialist / creator projections
                                      |
                         HALO owner command surface
                    exceptions · actions · decisions · metrics
                                      |
                 server-authorized event/action/audit read model
                   (cache/projection, never domain authority)
                                      |
     +---------------------+----------+-----------------------+
     |                     |                                  |
 HALO domain          workflow runtime                    Buzz sidecar
 authority            Temporal OR Trigger                 collaboration + agents
 creators/consent    retries/approvals/resume             rooms/threads/workflows
 content/Drive       execution state only                 agent identity/history
 money/attribution   domain commands elsewhere             signed Buzz event log
 credentials/audit  (synthetic first)                     typed links only
     |                     |                                  |
     +---------- server-side adapter / outbox / inbox -------+
                         stable opaque IDs

Consequential-control release gate

This gate is non-negotiable and precedes any owner surface with a button that can change money, permissions, credentials, contracts, creator state, content rights, or external platform state:

1. Containment: remove public/default access paths, bind every server call to a tenant

and resource scope, and ensure the UI cannot bypass the server. The current clone's bespoke localStorage session, public Convex functions, and password-return paths fail this gate.

1. Server identity: use a real server-verified subject, session, tenant, role and

purpose. A client role utility, Buzz channel role, or cached projection is not identity.

1. Audit: append actor/service, tenant, resource, purpose, policy version, before/after

reference or hash, decision, command ID, result, and timestamp for reads/actions that matter. Audit is part of the command contract, not a later dashboard feature.

1. Secret boundary: credentials leave the browser/Convex record path; the owner surface

stores only opaque references and shows no plaintext or hashes. Rotation, revocation, access review, and provider outage behavior are proven.

1. Synthetic negative proof: cross-tenant, revoked-user, wrong-resource, expired-consent,

duplicate-command, replay, and worker-failure tests fail closed before any live data or consequential provider action is considered.

[INFERENCE] Read model/cache versus authority: a joined owner projection may be stale, replayed, redacted, or rebuilt. It can explain and route work, but it cannot settle a creator, money, consent, credential, permission, or Buzz message dispute. The UI must display the authority and freshness for every consequential card.

Build / buy / integrate / study / reject ledger

Phased synthetic proof plan

No phase below authorizes live platform actions. Build a disposable synthetic tenant with fake creators, staff, chatters, fans, campaigns, assets, contracts, invoices, payouts, shifts, decisions, credentials-as-references, and provider stubs. Every fixture carries an opaque ID, tenant ID, source, occurred-at, schema version, actor/service, and retention class.

Promotion rule: only after phases 0–9 pass on synthetic data may one low-risk, read-only/notification-only production slice be proposed. Any move to money, credentials, permissions, contracts, creator state, or external platform messaging requires a new approved proof packet and a human-controlled rollout.

GitHub verification and license ledger

Method [OBSERVED]: on 2026-08-29, each row below was checked with gh api repos/OWNER/NAME --jq '{full_name,html_url,stargazers_count,license:(.license.spdx_id // ""),pushed_at,archived,default_branch}'. README/source and license files were fetched read-only through gh api repos/.../contents/... and decoded for inspection. Stars are a timestamped signal, not a quality ranking. For every NOASSERTION row, the actual source license file(s) are named and linked; no permissive reuse claim is inferred from GitHub's aggregate field.

Buzz source correction and current boundary

[OBSERVED, direct recheck] The shared full-saas-systems.md and buzz-integration.md reports state that Buzz lacks a production rate limiter (full-saas-systems.md:81-87; buzz-integration.md:152-162). This lane rechecked current block/buzz main through gh api: the rate-limiter source ↗ contains a Redis-backed RedisRateLimiter with an atomic Lua INCR + conditional EXPIRE implementation. The stale “no production implementation” claim is not repeated here.

[OBSERVED, still active] The current source does retain material gates:

• The workflow executor ↗

returns NotImplemented for SendDm and SetChannelTopic (:643-652), and creates an approval token/returns a suspended result while marking DB-record creation TODO (:713-731).

• The workflow finalizer ↗

maps an approval token to Failed with approval_not_supported rather than a durable waiting approval state (:229-248).

• The desktop approval card ↗

renders the card but says approval actions are not available in Desktop (:10-28).

• The workflow store ↗

proves the database has hashed approval-token and waiting_approval concepts (:1-8,83-115); existence of tables is not proof that the ordinary finalizer reaches them correctly.

[INFERENCE] Buzz decision: the fixed sidecar remains right. Current rate limiting is a real implementation with a fixed-window burst-boundary caveat, not a missing feature. The approval/resume path and action stubs block unrestricted production autonomy. Notification, read-only, and synthetic collaboration pilots remain compatible with the gate if HALO auth, audit, secret isolation, replay protection and kill switch are authoritative.

Negative findings and open questions

1. No complete OFM owner OSS was verified. The exact vertical repository family yielded

prototypes and specialist tools, not a mature cross-agency exception/action/authority system. The composition above is stronger than pretending one exists.

1. The claimed complete HALO model app is still unverified. The bounded clone route pass

found onboarding, signing, upload, internal profile/data, analytics and invoice surfaces; it did not prove a dedicated complete model portal. A deployment/repository search remains a discovery question, not permission to declare the app absent.

1. HALO's current owner view is not an authority surface. Dashboard stats, localStorage

activity, static notifications, unverified client roles, public Convex functions, exposed credential fields, and totalGrowth: null cannot support consequential owner decisions.

1. Buzz is not the domain ledger or auth layer. Even with signed events, hashed approval

tokens, tenant-aware communication and current rate limiting, Buzz's coarse roles and incomplete approval/action paths require the fixed adapter boundary.

1. Vendor metrics are not benchmarks. Supercreator, CreatorHero, Infloww, OnlyMonster,

Influs and Influno reveal useful state names and product shape; their revenue, staffing, conversion, security, export, and uptime claims need direct interviews, contracts, and synthetic/controlled tests.

1. No live production proof was run. No credentials, live platform actions, Convex

mutations, sidecar deployment, external account, or product trial was used in this lane.

1. License labels are not legal advice. The ledger records source inspection and a safe

engineering disposition. Commercial use, client resale, hosting, package boundaries, attribution, and future HALO distribution still need counsel.

1. A second system can improve a local metric while worsening agency continuity. Any

candidate that cannot preserve stable IDs, export/delete, authority badges, audit, restore, and offboarding is rejected regardless of stars or feature count.

Open questions for lead convergence

• Which service will become the first server identity authority for HALO, and what is the

tenant/resource/field/purpose policy contract?

• Is the near-term owner proof a HALO-built exception layer over current domains, or a

deliberate relationship pilot in Twenty/Attio/Influs? No pilot should quietly decide the source of truth.

• Temporal, Trigger.dev, and Hatchet are alternatives. Which one can pass approval wait,

resume, cancellation, idempotency, restore, and operator-debugging tests with the agency's actual deployment skills?

• Does the agency need consented meeting capture now, or only a manual meeting/chat action

promotion form? Default to the lower-data path until operators validate the need.

• Which vertical vendor exposes legally usable exports, attribution definitions, account

permissions, webhook replay guarantees, and offboarding support? Treat current public API pages as candidate evidence, not a contract.

• What exactly is the existing model-facing app's repository/deployment boundary, and can it

consume stable creator/consent/content/money IDs without introducing a second identity?

Completion receipt

[OBSERVED] This file now contains the required executive decision, persona/authority map, end-to-end journey, feature tree, HALO coverage/gaps, search vocabulary, internal prior-art crossover, first-principles missingness map, local/GitHub/product/operator evidence, separate complete-system and source/module rankings, rebuild-pattern ranking, composition and authority boundary, reject/license ledger, synthetic proof sequence, negative findings, and open questions. The mandatory lead callback was sent after the urgent map and will be sent again after final content checks.