STUDIO 333 MASTER PRODUCT / SYSTEM ARCHITECTURE v0.2 — RECONCILED CANDIDATE Studio 333 Ventures LLC · Phase 0 · 3 October 2026 0. Status & Authority Status: RECONCILED CANDIDATE — NOT FROZEN. The Owner-supplied Round 1 independent review substantially accepts v0.1 and reports no material contradiction with the ratified Constitution or Technical Direction. This v0.2 incorporates the instructed refinements; it is not a technology-ratified or fully frozen architecture. Authority: Explicit current Owner decisions → STUDIO 333 PROJECT CONSTITUTION v1.0 — RATIFIED → STUDIO 333 TECHNICAL DIRECTION v1.0 — RATIFIED → future ratified master artifacts → approved Phases → approved Parents → approved Children → authorized Execution Cuts → temporary working material. The current Owner Independent Review & Reconciliation Round 1 instruction authorizes architecture reconciliation and this document only. It supersedes earlier cut-specific stop instructions only insofar as they prevented this separately authorized revision. No substantive constitutional or Technical Direction boundary is changed. Three architecture states, with implementation qualifiers used throughout: RATIFIED ARCHITECTURAL DIRECTION / RATIFIED DIRECTION: Principles already established in Technical Direction or the Constitution; not a claim of implemented or tested behaviour. RECONCILED CANDIDATE DESIGN: Logical modules, data flows, dependency/failure structures and precise conceptual patterns accepted for further validation through this reconciliation, not yet fully ratified/frozen technology. TECHNOLOGY SELECTION PENDING VALIDATION: Framework, React integration, Node adapter/runtime, Autoscale suitability, CMS, access layer, PostgreSQL provider, dispatch, email, analytics and anti-abuse implementation choices. No such choice is labelled RATIFIED without required evidence and explicit authority. PROVISIONAL LEADER: A qualifier within technology selection pending validation; named leading approach, not validated selection. CANDIDATE / UNSELECTED: Possible implementation or service within that pending-selection state; no vendor approval. UNRESOLVED: Choice or operating setting needing evidence or later approved detail. FUTURE / EXCLUDED: No V1 implementation or dependency. All diagrams describe intended relationships, not deployed systems. No H1–H11 gate has been run or passed by this cut. No framework, vendor, account configuration, production readiness or recovery capability is verified by this document. References C1: reports/STUDIO-333-Project-Constitution-v1.0-Ratified.md, especially IV–IX, XI–XV and XVIII. T1: reports/STUDIO-333-Technical-Direction-v1.0-Ratified.md, especially A–H. A1: attached_assets/Pasted--STUDIO-333-VENTURES-LLC-MASTER-PRODUCT-SYSTEM-ARCHITEC_1791006560176.txt, original authoring scope and required architecture coverage. R1: attached_assets/Pasted--STUDIO-333-VENTURES-LLC-MASTER-PRODUCT-SYSTEM-ARCHITEC_1791007364929.txt, current Round 1 independent-review findings and authorized refinements. A0: reports/STUDIO-333-Master-Product-System-Architecture-v0.1-Candidate.md, preserved architecture base; historical candidate, not governing authority. B1: reports/STUDIO-333-Phase-0-Technical-Review-v0.1.md, N/O, only for baseline controls/budgets expressly retained by T1 F. Superseded historical decisions do not govern. No direct governing contradiction preventing reconciliation is identified. Closed App Storage and recovery documentary disputes remain closed. Current-documentation and actual-account verification at relevant gates remain necessary. Reconciliation record: Refinements are integrated into the existing rendering, publication/media, inquiry, analytics, staff-access, technology-status, validation, risk and ratification sections. The six diagrams and unaffected substantive analysis are preserved. This cut creates no schemas, validation design/execution, vendors, resources, implementation units or downstream artifacts. 1. Executive Architecture Summary RATIFIED DIRECTION: One content-first public V1 application, with approved public content generated ahead of requests where practical, selective browser interaction, and server-side structured intake. A managed CMS owns public editorial truth; a minimal PostgreSQL-backed journal owns durable inquiry acceptance and delivery/handoff state. External adapters support notifications and privacy-appropriate analytics. CRM and managed booking are conditional, not mandatory V1 dependencies. RECONCILED CANDIDATE DESIGN: Organize the application into logical presentation, content, intake, journal, integration and operational boundaries. These are responsibilities within one bounded application, not separate microservices. Keep public editorial delivery independent of live CMS API access and journal availability; keep intake acceptance independent of email, analytics and any later CRM availability. PROVISIONAL LEADER: Astro with selective React and a compatible Node adapter on Replit Node/Autoscale, pending H1. Describe required capabilities independently of framework APIs. Sanity and Drizzle remain candidates; specific database, email, analytics and anti-abuse choices remain unapproved. The core acceptance invariant is: Validated inquiry → inquiry acceptance record + required downstream outbox/delivery intent committed atomically in the same authoritative durable transaction → ACCEPTED → recoverable notification / approved handoff attempts. No committed record means no acceptance success. A committed inquiry remains accepted if its response is lost or a provider fails. The architecture does not promise exactly-once third-party delivery, zero-loss disaster recovery or an always-running Autoscale process. A journal outage degrades confirmed website inquiry acceptance, not normal editorial availability. Published Home, Capabilities, Work & Ventures, Music, About and legal/trust content continue from the approved release unless the runtime independently fails. CMS-originated media/CDN availability is a separate possible dependency. Release-manifest traceability identifies which approved content, assets and application version produced a promoted release. Future client, internal operations, AI and independent venture systems remain outside the public V1 runtime and data boundary. Future readiness comes from contracts and portability, not prebuilt future domains. 2. Product/Application Boundaries Product/domain Status Responsibility Separation rule Public commercial platform RATIFIED V1 DIRECTION Corporate presence, capabilities, proof, Music & Artist Services, acquisition, reliable intake, SEO, analytics and trust One bounded content-first application Client platform FUTURE; excluded from V1 Potential client workspaces, documents, deliverables and approvals Separate deployment/security boundary; no public V1 tenants, RBAC or client tables Internal operations / Studio 333 OS FUTURE; excluded from V1 Potential commercial, project, artist and administrative operations No speculative modules or custom admin system in public V1 Independent ventures EXTERNAL independent systems Each venture's own operational truth No shared operational database, storage, secrets, runtime dependency or broad SSO Public AI EXCLUDED FROM V1 No current public role No RAG, vector store, sessions, embeddings or privileged execution Public V1 destinations remain Home; Capabilities; Work & Ventures and case-study templates; Music & Artist Services; About; Start a Project; dedicated music inquiry; Contact fallback; Privacy and required approved legal pages. Business & Technology is the primary launch identity. Music remains visible in primary navigation with a dedicated practice path. Retain the provisional navigation Capabilities · Work & Ventures · Music · About · Start a Project, with brand link to Home; later Brand & Information Architecture supplies detail within these boundaries. The master brand is Studio 333 Ventures, with appropriate legal use of Studio 333 Ventures LLC. Digital Services is not a new top-level category; no separate Studio 333 Music brand, empty Client Login, Labs or Insights destination is introduced. 3. System Context Diagram 1 — System Context STATUS: RATIFIED boundaries; RECONCILED CANDIDATE relationships; all services uncreated. Public visitors | approved public content / bounded inquiry input v [Studio 333 Public Platform: only V1 application] | server-only acceptance | post-commit notification v v [Inquiry journal: PostgreSQL preferred] [Email service: UNSELECTED] | restricted inspection | delivery events +---------------------------> Responsible staff Editors / publication approvers | controlled authoring and rights review v [Managed CMS: RATIFIED direction; Sanity CANDIDATE] | approved content/media -> controlled build/publication +------------------------------------> Public platform Public platform -- allowlisted, non-private events --> [Analytics: UNSELECTED] Public platform -- approved descriptions/links ONLY --> Venture public proof X no venture production DB, storage, secrets or runtime dependency [FUTURE approved CRM] <--- conditional accepted-inquiry handoff [OPTIONAL approved scheduling] <--- deliberate link / later approved adapter [FUTURE client platform] no current operational connection [FUTURE internal platform] no current operational connection Staff/editor identities belong to approved vendor/platform access controls, not a public website authentication system. Diagram arrows do not select a provider or authorize a data transfer. The default acquisition path does not require a visitor to use scheduling, a CRM, an analytics service or an independent venture system. The journal arrow is an inquiry-write/operational boundary, never a normal public editorial read dependency. Journal failure does not prevent visitors reading the approved release. 4. Public Application Architecture Responsibilities The public application owns route delivery, approved page templates, design-system consumption, responsive interactions, practice-specific intake experience, server validation and acceptance orchestration, bounded adapters, SEO output and safe public errors. It is not authoritative for commercial pipeline, contracts, client projects, payments, artist rights/royalties, venture operations, scheduling availability or music distribution. Diagram 2 — V1 Runtime Components STATUS: RECONCILED CANDIDATE logical components, not separate deployments. Ahead of requests: Approved CMS content -> Content boundary -> Build/templates | v Last approved public release At public page request: Published HTML/assets -> Browser content + optional selective interactive components + optional allowlisted analytics (non-blocking) NO journal lookup in editorial delivery At inquiry request: Browser -> Intake endpoint -> Validation/abuse checks -> Acceptance orchestration -> One atomic journal acceptance + outbox transaction -> Confirmed COMMIT -> ACCEPTED response After commit, independent of successful response delivery: Durable pending intent -> Approved recoverable dispatch execution -> Email / conditional CRM adapters -> Journal delivery-state updates Cross-cutting: server-only config, safe errors/logs, availability monitoring. Dispatch activation/recovery mechanism: UNRESOLVED; must be proven. Framework mapping: Astro/selective React/Node PROVISIONAL, pending H1. Journal unavailable -> editorial release still serves; intake degrades safely. Use a thin public endpoint and clear server-only boundaries. Share validation/orchestration infrastructure between business and music intake without forcing identical questions or staff routing. Approved public content must not require browser credentials or execution to become readable. Inquiry business rules and acceptance cannot reside only in frontend code. 5. Rendering Architecture Execution stage Intended work Dependency boundary Build/publication Read approved CMS content; validate public content contracts; generate crawlable routes, metadata and assets CMS access required for a new release, not every public request Page request Deliver last approved release; serve application/assets as required by selected publishing model No journal, live CMS API or venture production dependency for editorial availability; media/CDN availability is distinct Browser interaction Selective navigation/form interactions and measured micro-interactions Do not hydrate the entire site for a few interactive elements Server request Validate intake, enforce abuse controls, commit acceptance, return safe result Secrets/journal access server-only Post-commit processing Execute recoverable delivery attempts and observe results Durable intent/state, not process memory or untracked background work Prerendering is a rendering strategy, not proof of Replit Static publishing eligibility. The preferred mixed static-content/server-intake model still requires compatible Node publishing and H1 evidence. Content remains meaningful without JavaScript. Intake may use client enhancement, but server validation always governs. Whether to support a complete native no-JS submission path is a later UX/security decision, not a claim made here. Optional media and future demonstrations shall not enter the critical rendering path. Preserve reduced-motion and accessible fallbacks; no mandatory GPU experience or autoplay hero. Do not make database connection initialization, acceptance-health checks or journal reads prerequisites for normal editorial requests. A journal outage must not become a whole-site failure through accidental runtime coupling. Selected runtime failure remains a separate availability risk. 6. Content/CMS Architecture 6.1 Ownership and content contract RATIFIED DIRECTION: Managed headless CMS. CANDIDATE: Sanity, pending H2/H10. CMS authority covers approved company/capability content, portfolio/case studies, MusicPractice and curated MusicProof, public media, SEO metadata, publication state, relationship descriptions and evidence/permission metadata. These are conceptual content domains, not production entities, fields or schemas. The later Data/Domain Model defines details. The CMS must not store inquiries, CRM stages, venture production data, artist contracts, financial truth, credentials or client workspace material. RECONCILED CANDIDATE DESIGN: A content boundary translates provider representations into stable public content contracts. Templates own layout, semantics and responsive behaviour; editors supply structured content, not arbitrary scripts, executable markup or unrestricted design overrides. 6.2 Controlled publication Diagram 4 — Content Publication STATUS: RATIFIED workflow intent; trigger/build/promotion mechanics UNRESOLVED. CMS Draft -> Editorial + claim/rights review -> Protected preview of identified content revision -> Explicit content approval -> Authorized publication trigger -> Fetch approved revision + validate + build/check -> Controlled promotion of successful release with attributable release manifest / equivalent metadata -> Public HTML/assets Fetch/build/check failure -> DO NOT replace last working approved release CMS API outage -> Published text/structure remains available CMS media/CDN outage -> Media may degrade; core text/navigation/intake usable Preview failure -> No automatic public promotion Withdrawal/urgent correction -> Controlled corrective publication path; escalation if removal cannot be effected. Approval must remain tied to the content revision actually published; a later unreviewed edit must not silently enter a build. The implementation may use snapshots, revisions or equivalent verified controls; exact mechanism awaits H2. Protect drafts and previews, including responses, generated assets and cache behaviour. No preview inquiry may reach production acceptance. An asset's provider URL being publicly accessible does not establish publication permission; H2 must examine draft/media exposure. A failed new build preserves availability but may delay corrections or withdrawals. Define an authorized emergency correction/removal procedure before relying on this resilience pattern; it is not permission to keep revoked content public indefinitely. Webhooks, preview URLs, cache invalidation, release retention and build automation remain unresolved. No mechanism is configured here. 6.3 Public media Managed CMS media is preferred: approved graphics, screenshots, artwork, artist images, video/poster assets, diagrams and social images, with permission provenance and accessibility metadata. Use licensed source assets, responsive derivatives, explicit dimensions, appropriate optimized formats and restrained loading. Public-media CDN/caching behaviour must preserve approved publication and withdrawal semantics. Derivative generation location, cache lifetimes and export completeness await H2/H10. Distinguish editorial availability from media availability. Published textual/structural content does not need live CMS API access. Media may still depend at request time on the selected CMS/CDN unless a later approved publication strategy copies/promotes assets into another serving layer. Do not duplicate media infrastructure now. H2/H10 and later production architecture must determine whether provider-CDN reliance is acceptable, whether critical media needs stronger release coupling, or another serving/recovery strategy is justified. Non-critical media failure must not disable core navigation, text or inquiry access. Private client/artist documents and unsolicited uploads are excluded. App Storage is not a required extra media service; use it only if later justified and H11 applies. 6.4 Release manifest / publication traceability RECONCILED CANDIDATE DESIGN: Every successfully promoted public release shall be attributable through enough immutable or versioned information to determine: Application/build version. Approved CMS revision/snapshot or equivalent. Publication timestamp. Applicable public asset references/version. Approval/release identity where appropriate. This conceptual RELEASE MANIFEST answers: What approved content and application version produced the currently published release? It supports auditability, rollback, publication investigation, emergency correction, rights withdrawal and reproducibility. It records provenance of a derived release, not a second editorial source of truth. The eventual mechanism may be deployment/build metadata, CMS revision IDs, release records or another validated approach. No exact storage mechanism is selected, no manifest is instantiated, and no separate database is justified merely by this requirement. H2/publication validation and later operational planning must establish usable traceability. 7. Portfolio & Music Boundaries 7.1 Work & Ventures Preserve three independent dimensions: Dimension Meaning Examples Relationship Studio 333's actual relationship to work Owned venture, client engagement, internal initiative Maturity Justified development/operating state Research, prototype, building, beta, operating, completed Publication Public disclosure permission/state Draft, approved, published, withdrawn No single “status” shall conflate them. Display only approved descriptions, metrics, media, links and technical narratives; do not imply ownership or commercial success from maturity. Descriptions of USA Line Pro or another venture require verified relationship and publication approval. Mentioning a venture here does not verify its ownership, availability or operating state. The portfolio shall remain readable if a venture's production system fails. External links may become unavailable; this must not fail corporate-page rendering. 7.2 Music Music & Artist Services is a first-class practice: Artist Management, Music Operations & Digital Distribution Coordination. Support explanation, small curated approved proof/media, a music-specific CTA and a dedicated inquiry journey. Every public artist/work item needs accurate relationship language, approved assets and applicable permission. No unsupported label status, exclusivity, rights ownership, direct DSP relationships or royalty-payment authority. CMS representations are public editorial material, not authoritative catalog, distribution, accounting or rights records. Distributor/platform data is authoritative only within actual permission; verified contracts/records establish rights and obligations. No royalty ledger, distribution backend, broad artist CRM, private documents or full EPK/profile infrastructure is introduced. Any separately justified exception requires scope approval and later authorization. 8. Inquiry & Journal Architecture 8.1 Two journeys, one bounded acceptance capability Business/Technology intake supports consulting, software, AI/automation, communications technology and infrastructure opportunities. Music/Artist intake supports artists, teams and music-business opportunities. Questions and routing differ by practice, but both use the same validated acceptance contract. No login, uploads, automated proposal, contract or payment commitment. The public Contact fallback offers an approved alternate channel when normal intake is unavailable. It must not falsely imply that an inquiry is durably accepted by the website or guarantee that email fallback delivery succeeded. Diagram 3 — Inquiry Sequence STATUS: RATIFIED acceptance order; implementation/dedup/dispatch pending H3/H4. Browser Server intake Journal Delivery adapters | bounded input | | | |-------------->| validate + abuse | | | | invalid/rejected? -> safe error; NO success | | | begin transaction | | | | accepted inquiry + required outbox intent | | |-------------------->| | | |<--------------------| one atomic COMMIT | |<--------------| ACCEPTED response | | | | | | | | durable pending intent -> recoverable attempt | |-------------------------------------------->| | |<--------------------------------------------| | | record correlated delivery/retry/error state | Write failure -> rollback/no success. Journal unavailable/commit unconfirmed -> controlled non-success/degraded mode. Response lost after commit -> preserve acceptance; safe retry/dedup required. Provider failure -> preserve acceptance; pending/failed delivery remains visible. Analytics remains outside this transaction and cannot delay its commit. The response precedes downstream handoff in the logical user journey. Dispatch must not depend on proof that the browser received the response: a lost HTTP response does not annul the committed inquiry or its delivery intent. 8.2 Journal responsibility RATIFIED DIRECTION: Minimal PostgreSQL-backed inquiry persistence, not a CRM. Concepts are limited to submission identity, practice, timestamp, necessary contact/intake payload, acceptance, delivery/handoff intent/state and retry/error state. No sales pipeline, contact-history platform, client projects, marketing automation, billing, future users/tenants/RBAC or artist-operations domain. Restricted staff inspection and actionable delivery visibility are required, using later approved minimal platform/vendor access or procedures—not a bespoke dashboard by default. Responsible staff must have an approved way to determine newly accepted inquiries, delivery state and failed/pending delivery requiring action. Approved provider/database operational tooling or another minimal controlled process may satisfy this. Integration Strategy and later execution planning determine the mechanism; this requirement authorizes no custom admin application, CRM, client portal or dashboard product. 8.3 Consistency and retry The ratified conceptual invariant is inquiry acceptance record + required downstream delivery intent committed atomically in the same authoritative durable transaction. The precise pattern is transactional acceptance + durable outbox/delivery intent. Conceptual transaction only; not SQL, entities or an implementation: BEGIN TRANSACTION -> persist accepted inquiry -> persist required delivery/outbox intent COMMIT -> only after successful COMMIT may the server return ACCEPTED This prevents an accepted inquiry lacking any durable record that downstream processing is required, and prevents delivery intent for an inquiry that was never actually accepted. Neither side may become an independently committed substitute for the pair. The exact schema is not authorized here. Data/Domain Model defines eventual entities/fields; Integration Strategy defines dispatch, retries and provider behaviour. The pattern does not require a separate message-broker product. Durable state survives restart/republish; no authoritative in-memory journal, runtime filesystem queue or fire-and-forget delivery. Use at-least-once attempts with correlated, idempotent/deduplicated effects where practical. Do not promise exactly-once effects across third-party APIs. A retry after a lost response must safely preserve/return original acceptance rather than multiply effects. Request identity, deduplication scope/window, conflicting repeated input and concurrent submissions remain H3/Data/Integration decisions. Deduplication must not merge unrelated inquiries or expose another person's acceptance/payload. A timeout with uncertain commit outcome requires safe resolution under that identity policy; do not assume rollback solely from connection loss. Public messages shall distinguish confirmed acceptance from inability to confirm it. 8.4 Dispatch and staff recovery Durable delivery intent alone does not send a notification. Before production, select and prove an authorized execution trigger capable of discovering/retrying pending work across idle periods and replicas, with bounded attempts, concurrency control, observable terminal failure and staff recovery. This logical dispatch responsibility does not require a microservice, event bus or custom scheduler. Mechanism, wake-up guarantees, retry schedule and costs remain unresolved; do not assume Autoscale keeps an idle process running or executes work after request completion. Email acknowledgement to the visitor is optional, subject to approval and anti-abuse/privacy review. Internal response responsibility, backup, response target and recovery procedure are required before launch; email dispatch is not evidence that staff followed up. 8.5 Inquiry degraded mode When the authoritative journal cannot safely establish durable acceptance, confirmed website acceptance is DEGRADED / UNAVAILABLE. Return a controlled non-success response; explain that submission could not be confirmed; preserve entered browser-side information where safely practical without introducing ungoverned persistence; permit safe retry and, where approved, offer an alternative contact channel. Never silently drop input, equate attempted email with acceptance, put private form contents into analytics/error logs, create an ungoverned browser/local-storage queue, or automatically reroute to another provider and call it journal acceptance. Already committed inquiries remain accepted even if current confirmation is unavailable. Retry resolution must preserve that truth without producing duplicate effects. Exact UX wording and accessible state/error treatment belong to Brand/Information Architecture and Design System. 8.6 Internal submission identity; no public lookup Submission identity exists for internal correlation, deduplication, retry resolution, troubleshooting and provider-event correlation. It is not an authentication secret. V1 requires no public inquiry-status endpoint, lookup page, history page or tracking portal. Do not expose private inquiry contents through possession or guessing of a submission identifier. Safe retry of the current submission does not authorize a general public lookup facility. If a safe opaque user receipt/reference later proves useful, it requires explicit design/security review. No receipt design or new lookup interface is created in this reconciliation. 9. Integration Architecture Boundary / conceptual contract Purpose and data Authority retained Failure behaviour NotificationProvider Approved recipient/message derived from accepted inquiry; private data minimized Journal owns acceptance; provider owns its delivery events Record timeout/rejection/bounce; retry or staff action AnalyticsAdapter Explicit allowlist of public events Analytics owns measurement, never inquiry truth Drop/defer within approved policy; never block page/intake CRMHandoffAdapter — conditional Transfer necessary accepted-inquiry information only to an approved system Journal owns website acceptance; CRM owns later pipeline Keep unresolved handoff visible/recoverable SchedulingLinkProvider — optional Approved booking link; later embed only if justified Provider owns availability/bookings Core inquiry path remains available Names are illustrative contracts, not generated interfaces or selected providers. Email Email unavailability, rejection, delay or bounce cannot remove committed acceptance. Correlate attempts/events to submission identity in protected operational state. Duplicate events/ambiguous sends require safe processing; do not claim a provider can deduplicate without evidence. Domain ownership, authentication, delivery tests and events await H4. Do not configure domains during this cut. Analytics Potential approved events: page views, capability/portfolio interaction, CTA, intake start/progression and server-confirmed accepted conversion. Use a separate allowlisted telemetry contract, not serialized forms. Exclude names, emails, free text, raw payloads, private business/artist data and inquiry identifiers by default. Redact query strings and avoid event labels derived from private input. An accepted-conversion event must follow a confirmed server acceptance, not frontend optimism or attempted email. Browser consent/blocking and lost responses can undercount; analytics totals are not journal totals. A server-side analytics path, if chosen, still needs privacy approval and cannot become part of the acceptance transaction. The authoritative transaction is validated inquiry → journal acceptance + durable delivery intent. Analytics is downstream and non-authoritative: failure must never roll back an accepted inquiry, delay the acceptance commit, turn accepted into failed, become necessary for deduplication, or become the only conversion record. Journal counts are authoritative for website acceptance. Analytics counts may differ due to consent, blockers, network failures or telemetry policy; such differences are expected measurement limitations, not by themselves data corruption. Anti-abuse Anticipate bounded request/field sizes, server schema validation, safe errors/logs, rate/cost limits and layered spam controls. Shared enforcement must work across Autoscale replicas; process-local counters are insufficient. Provider/configuration is unselected. H5 must define behaviour during enforcement-provider failure, including legitimate/shared-network usability and abusive-cost exposure; neither unconditional fail-open nor opaque rejection is assumed here. Optional commercial tools Existing CRM/managed booking adoption requires separate approval. No custom CRM, scheduling engine, payment processing or automatic commercial commitment follows from these adapter boundaries. 10. Data & Source-of-Truth Boundaries Diagram 5 — Source-of-Truth Map STATUS: RATIFIED authority separation; no schemas created. Public editorial truth -> CMS approved snapshot -> Public release (derived serving copy) Website acceptance truth -> Inquiry journal delivery intent/status -> Journal (bounded handoff state) actual email events -> Email provider, correlated back to journal Commercial pipeline truth -> Future approved CRM, NOT journal Booking truth -> Optional approved scheduling provider Contracts/rights/payment -> Verified authoritative records/systems, NOT public copy or unverified platform claims Music platform/report truth -> Approved distributor/platform systems Venture operational truth -> Each independent venture system Public engagement measurement -> Analytics, NOT proof of all acceptances Published HTML is a derived serving copy, not a second editorial authoring system. Cache/export/synchronization must not silently create competing truth. Release-manifest metadata links the approved CMS snapshot, public assets and application version to the serving release. It adds traceability, not another content authoring authority or an inquiry dependency. CMS stores approved representations of ventures/music, not private operational truth. Journal handoff records transfer state, not every subsequent CRM interaction. The website does not own contract execution, billing or payment authority. No detailed future contract/payment/music model is designed here. Exact inquiry/content attributes, identifiers, retention, deletion, relationships and schema constraints belong to the Data/Domain Model. Data minimization, approved processors and separate marketing consent remain governing requirements. 11. Runtime & Deployment Architecture PROVISIONAL LEADER: Compatible Node publishing / Replit Autoscale, pending H1 and applicable operational gates. Required capabilities: deliver approved public HTML/assets, execute bounded POST intake, protect server-only credentials, use durable external persistence, handle scaling without replica-local correctness assumptions, expose safe logs/monitoring and promote releases under controlled approval. Normal editorial delivery shall not depend on journal availability. Journal failure degrades inquiry acceptance while the approved public release remains available unless the runtime itself independently fails. Record promoted-release provenance through the eventual validated release-manifest mechanism; it is not configured here. No authoritative state lives only in process memory or runtime filesystem. Scale-aware database connection limits/pooling, delivery concurrency and shared abuse enforcement require evidence under H3/H5 and actual resource limits. Content-release failure shall not replace the last approved public release. An application release must preserve journal compatibility or use an approved coordinated migration/recovery approach. Code rollback alone does not roll back data. RATIFIED GEOGRAPHY INTENT: North America. H7 production approval verifies actual compute, database, storage and relevant external processors before first publication. Do not infer location from a company address or a provider's broad regional offering. H1 uses a separate disposable validation Project. H7 validation geography decision → H1, with synthetic data/secrets only and no production domain/CMS/database. Approval or publication there does not authorize the future production Project. Specific runtime versions, build/start commands, connection settings, release mechanics, quotas and cost controls remain unresolved. No deployment is performed here. 12. Environment Architecture Environment Intended boundary Prohibited assumption / required disposition Development Synthetic/test inquiries, development credentials and isolated test integrations No production inquiry copies or casual production credential reuse Protected content preview Controlled draft/revision preview; test or disabled intake No production operational truth, publicly cached drafts or accidental real notifications Disposable H1 validation Separate Project; synthetic route/island/POST/marker only No company credentials, database, real integrations, brand UI or artist/client data Production — future Approved public release, real acceptance/integrations, controlled credentials and operating owners No creation/publication permission in this document Persistent staging Only if later consequence/complexity justifies it No default extra environment or recurring cost Preview may be an approved workflow within selected tooling rather than a permanent additional application. Exact isolation is pending H2/H9. Provider-supported development/production access to one Project's storage does not authorize leakage. Independent apps/projects do not share App Storage buckets under T1's closed documentary baseline; no cross-venture storage coupling is an independent architectural policy. Credentials, content permissions, telemetry and notification destinations must be distinguishable by environment. This table creates no environment. 13. Trust & Security Boundaries Crossing / direction Data and sensitivity Authority / trust rule Failure impact Visitor browser → public runtime Untrusted inquiry input; potentially personal/private Server validation/abuse controls; browser cannot assert acceptance Safe rejection; no false success or internal details Runtime → browser Approved content, bounded acceptance/error responses No provider secrets or V1 public inquiry lookup; internal IDs are not authentication secrets; any opaque receipt needs explicit review Controlled degraded mode or safe response; no enumeration/private payload leakage CMS → build/content boundary Approved public content; drafts private Only approved revisions enter public release; constrain markup/assets Failed fetch/build retains last approved release Staff/editor → CMS/publication Privileged content and permissions Scoped vendor access, MFA where available; review/publication rights explicit Unauthorized disclosure or public claims if controls fail Runtime → journal/database Private contact/intake data and delivery state Server-only least privilege; atomic acceptance; restricted inspection No success on rejected commit; preserve uncertainty safely Staff → journal operational inspection Private accepted inquiries/failures Approved minimal access and assigned response role Lost follow-up or privacy exposure Dispatch → email provider → event handling Necessary private notification content and bounded events Server credentials; correlated attempts; authenticate events where used Delivery delayed/failed, not acceptance erased Browser/runtime → analytics Allowlisted non-private events No raw inquiry data/secrets; privacy/consent boundary Measurement loss only Dispatch → future CRM Approved minimized accepted inquiry Conditional integration; CRM pipeline distinct from journal Recoverable handoff failure Browser → optional scheduling Deliberate navigation/approved embed and booking information Provider owns booking; review disclosures/data transfer Booking unavailable; core intake survives Corporate content → venture evidence Approved public descriptions/media/links No production access, shared secrets/storage or trust inheritance Broken external link, not corporate outage Privileged build/deployment access can expose server credentials or publish unreviewed code. Treat who can execute code with production credentials as part of staff access, not only who can view secret values. Secret partition Database credentials, privileged CMS/preview/publication tokens, email credentials, future CRM credentials and other server integration secrets are server-only. A browser requires neither these values nor proxies granting equivalent arbitrary access. Public configuration must be deliberately classified and safe to disclose; a value being called a “key” or environment variable does not determine its sensitivity. Do not create credentials here. Security Model interface Assets and attack surfaces include public POSTs, CMS content/media, drafts, publication triggers, vendor callbacks, privileged staff tooling, journal inspection, build pipelines and secrets-bearing runtime. Submission IDs support protected internal correlation, not public authentication/lookup. Security review must prevent ID enumeration or receipt semantics from becoming a private-data disclosure path without creating an inquiry-tracking portal. Retain T1's inherited baseline: validation/bounded input, safe output, publication controls, safe logs, least privilege, environment separation, staff MFA where available, appropriate headers and risk-proportional dependency checks. No arbitrary URL fetching, public uploads or executable CMS content. Detailed threats, control configurations, callback authentication, incident procedures and header policies belong to the later Security Model. No public auth/RBAC model is predesigned. 14. Observability & Recovery 14.1 Observable states Observe public availability, runtime and intake failures, acceptance/database failures, pending/failed notifications, unresolved conditional handoffs and build/deployment failures. Use protected submission/attempt correlation in operational records, bounded error classes and secret-free logs. Logs must not become a second inquiry database: no routine payload/contact capture, including request bodies copied by middleware. Identify a responsible function, notification path and staff procedure for actionable failures. Monitoring tooling, alert thresholds, follow-up targets and operating ownership require later approval; no bespoke dashboard is assumed. Operational visibility must distinguish new acceptance from notification/handoff status and pending/failed delivery requiring staff action. Release provenance must be discoverable through the selected tooling's eventual manifest/metadata. Neither need creates a new dashboard or database by implication. 14.2 Failure-domain behaviour Failure Intended behaviour Remaining evidence / limit CMS API outage/new fetch failure Last approved textual/structural release serves; no new publication H1 mock behaviour; H2 actual publication; media/CDN may remain dependent New build/deploy failure Do not replace working release; surface failure H1/H2 and later integrated release tests Analytics outage/blocking Pages/intake continue H6; analytics undercount acknowledged Journal unavailable Approved editorial pages continue; confirmed website acceptance degrades/unavailable; controlled retry/approved contact fallback H3 and integrated boundary verification; independent runtime outage is distinct Database rejects write No acceptance success; safe retry/fallback H3; commit ambiguity separately resolved Response lost after commit Inquiry persists; safe retry returns/preserves acceptance H3 dedup and privacy tests Email outage/rejection/bounce Acceptance retained; visible retry/staff recovery H3/H4; execution trigger cannot be assumed Future CRM outage Acceptance retained; conditional handoff queued/marked Later authorized CRM evidence Runtime restart/replica turnover No loss of committed inquiry/intent H3; no memory/filesystem authority Anti-abuse dependency outage Controlled policy, legitimate usability and bounded exposure H5; policy unresolved before launch Media/CDN outage Core text/navigation/intake access remain usable; media may degrade independently H2/H10 determine acceptable CDN dependency or justified critical-media strategy; no infrastructure duplication assumed Venture production outage Corporate site continues; links may fail No live venture dependency Graceful degradation does not mean pretending successful intake when its authoritative journal is unavailable. 14.3 Recovery domains Domain Required recovery capability Authority / unresolved detail Code/public release Reproducible approved build and safe rollback Release-manifest traceability, release preservation and code/data compatibility CMS content Export revisions/content/metadata sufficient for exit/recovery H2/H10; provider retention does not prove completeness Public media Recover sources/derivatives or regenerate usable assets with permissions H10; references alone may be insufficient Inquiry journal Verify retention/history; restore/export accepted inquiries and delivery state H3/H8; approved RPO/RTO not yet assigned Configuration/secrets Recover configuration and rotate credentials without exposure H9; secure ownership/procedure Provider accounts Maintain ownership/access/recovery/cancellation capability H4/H9/H10 and applicable provider reviews T1's documented recovery baseline remains closed: development up to 7 days; production Core up to 7, Pro/Enterprise up to 28; default production window 7, subject to plan limits/configuration. These are documentary limits, not verified account recovery. H8 must establish actual plan, configured retention, available history, isolated restore/export, recovered application compatibility and approved RPO/RTO. Restore may replay pending delivery state; deduplication and staff reconciliation must account for restored history. Do not claim zero loss or automatic maximum retention. 15. Module / Dependency Structure RECONCILED CANDIDATE DESIGN: Logical responsibilities only; no directories, packages or interfaces created. Logical module Owns May depend on Must not own/depend on Presentation/templates Semantics, responsive composition, pages Design-system primitives, public content contracts Journal availability/credentials in editorial read path; private CMS/editor operations Content Provider-to-public-content mapping, approved revision read ContentRepository adapter and public content contracts CRM or venture production systems Intake UI/contracts Practice questions and bounded request/response semantics Presentation primitives, intake contract Database/provider secrets or authoritative validation alone Server intake Validation, abuse policy and acceptance orchestration Intake contract, journal boundary, server configuration Analytics/email availability as commit prerequisite Journal Durable acceptance/intent/state and safe repository operations Approved database access adapter Presentation, CMS, sales pipeline Delivery orchestration Recoverable pending attempts and state correlation Journal boundary, notification/conditional CRM adapters Untracked process-local queues Integrations Replaceable provider operations and bounded results Provider configuration/contracts UI business rules or new sources of truth Analytics Allowlisted events and approved privacy policy Public event contract, selected adapter Inquiry payload/model as event schema Platform/config/observability Server-only configuration, safe errors/logs and monitoring hooks Selected runtime/tooling Authoritative business data in logs Reconciled candidate dependency direction (A -> B means A depends on B): Presentation -> Public content contracts <- Content mapping -> ContentRepository Intake UI -> Intake contracts <- Server intake Server intake -> Validation/abuse boundary + InquiryRepository Delivery orchestration -> InquiryRepository + NotificationProvider + CRMHandoffAdapter [conditional] Analytics -> Public event allowlist + AnalyticsAdapter Optional booking presentation -> SchedulingLinkProvider [conditional] Journal -X-> Presentation / CMS / CRM pipeline Content -X-> CRM / venture production Acceptance -X-> Analytics or successful downstream delivery Editorial delivery -X-> Journal availability These boundaries use stable domain semantics, not a general-purpose API platform. Avoid a broad GraphQL layer, package-per-concept or speculative monorepo. Later useful ADR subjects: framework/runtime ratification; CMS/publication selection; inquiry durability/dedup/dispatch pattern; PostgreSQL implementation; shared anti-abuse approach; storage adoption if needed. Author ADRs only in separately authorized work when they materially preserve decision history. 16. Future System Boundaries Diagram 6 — Future Product Boundaries STATUS: RATIFIED separation; future boxes are not implementation plans. [Corporate Public Platform: V1] public editorial truth in CMS; minimal inquiry truth in journal | +-- deliberate later interface ONLY, separately approved --+ | [Client Platform: FUTURE] [Internal Operations: FUTURE] own deployment/security own operational authority no V1 shared sessions no speculative V1 admin modules [Independent venture A] [Independent venture B] [Future venture] each owns independent runtime, data, storage and credentials corporate site describes/links approved evidence only [Future AI] [Future Labs] no V1 AI stack; Labs preferably reuses approved content if later authorized Do not assume shared databases, cookies, sessions, storage or deployment. A client subdomain is a possible naming choice, not a security boundary. Future internal workflows may deliberately reference accepted inquiries or approved CRM/client/artist systems. That possibility does not justify expanding the V1 journal or creating operational tables. Future AI attaches only through a separately approved bounded capability; no embeddings, vector store, session storage or agent tools are prepared now. Internal AI summaries remain an evaluation option, not an approved deliverable. 333 Labs remains deferred pending substantive maintained material. If later approved, prefer existing content/portfolio capabilities without a dedicated Labs database/application. No Spanish content/routes or bilingual duplicate site is created; later complete professionally reviewed localization requires approval. 17. Technology Status Matrix Category Item Current authority/status What is not established RATIFIED DIRECTION One public V1 app; future app/venture isolation T1 A/F; C1 III No product implementation permission RATIFIED DIRECTION Managed CMS; approved public release survives CMS outage T1 A/F Vendor/publication mechanics RATIFIED DIRECTION Minimal PostgreSQL-backed journal; commit-before-success T1 A/F/G Provider/schema/retry implementation RATIFIED DIRECTION English-first, selective interaction, quality baselines T1 A/F Complete locale/UI design RATIFIED DIRECTION North America intent; separate validation/production gates T1 B/H Actual resource location or publication approval RECONCILED CANDIDATE DESIGN Transactional acceptance + durable outbox/delivery intent Precise conceptual expression of ratified atomic acceptance invariant; R1 refinement Schema, dispatch implementation or message broker RECONCILED CANDIDATE DESIGN Release manifest, degraded modes, module/dependency boundaries Logical structures reconciled for further review/validation Frozen tooling, media resilience mechanism or production proof PROVISIONAL LEADER Astro + selective React + compatible Node adapter Pending H1 Technology ratification, versions, runtime suitability PROVISIONAL LEADER Replit Node / Autoscale model Pending H1 and operational gates Scaling settings, release/recovery behaviour CANDIDATE Sanity managed CMS Pending H2/H10 Procurement, costs, preview/export suitability CANDIDATE Drizzle lightweight access/ORM Only if justified; H3-related Required adoption or production schema UNSELECTED PostgreSQL implementation/provider H3/H7/H8/H9 Configuration, pooling, locality and restore UNSELECTED Transactional email H4 plus privacy/cost/access review Domain setup or delivery guarantees UNSELECTED Analytics / anti-abuse H6 / H5 plus privacy/cost review Events/settings/vendor approval UNRESOLVED Dispatch trigger, dedup policy, monitoring/publication settings H2–H5/H8/H9 and later artifacts Reliable wake-up, operational thresholds or lifecycle mechanism CONDITIONAL CRM / managed booking Separate adoption approval Mandatory V1 service or custom implementation FALLBACK ONLY Next.js Reconsider only on material H1 evidence/approval Parallel architecture or implementation EXCLUDED FROM V1 Public auth/client portal, custom CRM/scheduling, OS, public AI/uploads T1 E; C1 III Any work permission or future vendor/model selection Technology validation supplies evidence; promotion to approved/ratified technology requires the applicable explicit decision under C1 IV.5. A passing gate alone grants no next-unit or production authority. The first primary state is already ratified direction; the second is reconciled logical design; all PROVISIONAL LEADER, technology CANDIDATE, UNSELECTED and implementation UNRESOLVED rows remain TECHNOLOGY SELECTION PENDING VALIDATION. A technology's appearance in this reconciled document does not promote it. 18. Validation-Gate Mapping All rows are future evidence requirements; none executed. T1 H remains the complete governing gate definition. Gate / components Already ratified direction Provisional decision / required evidence before adoption H1 — rendering/runtime Content-first/selective interaction; isolated synthetic proof Astro/Node/Autoscale build/start, HTML without JS, island, bounded POST/failures, secret isolation, headers, publication resilience, performance H2 — CMS/content/publication Managed CMS; draft/review/protected preview; published editorial resilience Editor capability, structured content, revision isolation, protected assets, publication/failure mechanics, release traceability, media/CDN dependency, quotas/cost/privacy H3 — journal/dispatch Core commercial invariant: commit-before-success with atomic accepted inquiry + required delivery intent Write failures/ambiguous commits, duplicate/retry/concurrent requests, restart/redeploy persistence, delivery-intent recovery, restricted inspection and provider/pool limits; PostgreSQL/access choice H4 — notification Delivery failure cannot erase acceptance Email account/domain/authentication, correlated sends/events, timeout/rejection/bounce/duplicate recovery and cost H5 — public endpoint Bounded validated input and scale-safe abuse controls Shared enforcement, replica/concurrency tests, legitimate usability, safe logs, dependency-failure policy H6 — analytics No private payloads; non-blocking measurement Allowlisted events, consent/configuration, actual requests, accepted-conversion semantics and reporting limitations H7 — location North America intent; permanence before publication Separate validation geography decision before H1; later production location/resource/processor approval H8 — recovery Recovery evidence required; documentary plan limits closed Actual plan/history/window, isolated restore/export, delivery replay handling, code/data compatibility and Owner-approved RPO/RTO H9 — staff/secrets Least privilege, environment separation, no browser secrets Who views/executes with credentials, MFA where available, scoped access, synthetic exposure checks, rotation/recovery ownership H10 — CMS exit Portable public content/media Representative export completeness, metadata/media usability, asset references/version and recovery strategy, ownership, permissions, costs and limits H11 — storage if selected Project-scoped baseline; no cross-venture coupling Conditional actual ownership/location/access/export/recovery and public/private separation; no App Storage adoption assumed Mandatory ordering: H7 validation geography decision precedes H1. H1 is limited to T1's synthetic route/island/mock POST/marker proof, with no real database or integrations. H3 and other service proofs require their own later bounded authorization; do not combine them into an expanded H1. After H1, do not automatically execute H2–H11. Each gate requires separately valid constitutional authorization; evidence may inform later ordering, but H1 completion does not freeze architecture or authorize implementation. H3 is especially important: It validates the core commercial reliability invariant. Under a separately authorized later cut, it must prove commit-before-success; atomic inquiry plus delivery intent; write-failure and ambiguous-commit behaviour; duplicate/retry behaviour; restart/redeploy persistence; safe concurrent requests; delivery-intent recovery; restricted inspection; and provider/pool limits. This paragraph identifies required outcomes only; it neither designs nor executes an H3 validation cut. For H1 retain warm sampling methodology/limitations, initial minimum 20 exploratory navigations, warm-route TTFB p95 ≤800 ms and mock POST p95 ≤1 s with adequate sampling. Retain LCP/JS/accessibility/functional/security checks. For idle/cold observations retain at least ten initial observations with idle duration and startup evidence, distinguish observed cold starts from slow/unconfirmed requests, and report median/maximum/distribution. The 1.5-second target is not a tiny-sample automatic failure threshold; no meaningful p95 from ten observations. PASS WITH ADJUSTMENT cannot waive mandatory checks. Current official-documentation checks and actual-account verification belong at each relevant gate, not this authoring cut. Preserve evidence independently before authorized validation cleanup. 19. Quality Attributes Attribute Specific supporting architecture Later evidence / acceptance Performance Generated HTML, selective hydration, optimized media/fonts, restrained scripts and optional lazy-loaded experiences H1 then representative integrated lab/field measurements Availability Approved editorial release independent of live CMS API and journal; analytics/email/CRM not acceptance prerequisites; media/CDN dependency distinct H2/H3/H4/H6/H10 and integrated degraded-mode checks Resilience Atomic intent, durable pending state, safe retry/dedup and staff recovery H3/H4, concurrency/restart/provider failures Accessibility Semantic templates, readable no-JS content, keyboard/focus, accessible forms/media and reduced motion WCAG 2.2 AA target with automated/manual checks; score not conformance proof Security Server-only privileges, explicit crossings, bounded input, controlled preview/publication H5/H9 and later threat/control verification Privacy Separate editorial/inquiry/telemetry contracts, minimized notifications, no payload logs H6 plus approved retention/processor/disclosure requirements Maintainability One application with logical dependency rules and stable contracts Later dependency review; no package/service proliferation Observability Acceptance/delivery distinctions, protected internal correlation, minimal staff visibility, release manifest and actionable ownership H2/H3/H4 plus approved monitoring/follow-up procedures Portability Provider adapters, CMS/media exports and journal export/recovery H10/H8; verify usable formats rather than URL lists Recoverability Distinct code/content/data/config/account domains; coordinated restoration H8, approved RPO/RTO and rehearsal evidence V1 scalability Shared durable state, replica-safe controls, bounded connection/attempt costs H3/H5 and actual limits; no speculative distributed infrastructure Cost control Limited runtime work, bounded retry/abuse, no default staging/extra storage, approved provider ceilings Provider/operating-cost review under C1 VII/XII Preserved performance and experience requirements T1 F retains LCP ≤2.5 s, INP ≤200 ms, CLS ≤0.1 at p75, with meaningful field confirmation once data exists. Lab evidence does not establish field compliance. Retain proposed initial compressed JS budgets of ≤100 KB content / ≤150 KB intake, including initially loaded third-party scripts. B1 O's unchanged reference engineering aims remain: representative initial page transfer ≤1 MB; mobile hero/LCP image ≤200 KB; initial fonts ≤100 KB; initial CSS ≤50 KB; internal CLS aim ≤0.05; lab TBT proxy ≤200 ms, not a substitute for INP. This architecture does not redesign or elevate proposed aims into new measured facts. Control fonts, responsive derivatives and script loading through application templates, not unrestricted CMS embeds. Prefer user-initiated/click-to-load media, captions/alternatives and explicit sizes. Localization readiness separates copy from server workflow logic and supports later metadata/canonical/hreflang strategy without creating Spanish routes now. Support crawlable HTML, page metadata/canonical URLs, sitemap, robots controls, Open Graph/social metadata, accurate Organization/relevant-page structured data, redirects and errors. No false structured-data claims. Premium art direction, typography, composition, spacing, imagery, purposeful motion and responsive craft remain required. Budget exceptions need measured cost, commercial value, fallback and appropriate approval; attractive design is not a waiver. 20. Architecture Risks This focused register does not reopen T1's closed documentary disputes or reproduce the original comprehensive risk register. ID / priority Architecture risk and consequence Current design mitigation Gate / review Residual uncertainty AR01 HIGH Provisional framework/runtime unsuitable; rework or poor UX One bounded synthetic H1, no parallel frameworks H1 Build/runtime/cold behaviour unproven AR02 HIGH CMS fetch/build/preview coupling exposes drafts or takes pages down Approved revision, protected preview, preserve successful release H2/H9 Actual asset/cache/promotion mechanics AR03 HIGH Lost/duplicate inquiry, orphan delivery intent or false success Atomic accepted inquiry + required outbox intent, stable identity, dedup and bounded errors H3 Concurrency/commit ambiguity policy AR04 HIGH Durable intent never dispatched after idle/restart Require recoverable trigger and staff inspection H3/H4 Activation, retry, ownership and cost AR05 HIGH Replica-local state or exhausted DB connections defeats correctness Durable shared state, shared enforcement, bounded pooling H3/H5 Actual capacity/limits and concurrency AR06 HIGH Journal grows into CRM/OS Minimal concepts, source-of-truth rules and material change control Data Model/review Future follow-up pressure; no custom dashboard default AR07 HIGH Rights/withdrawal failure publishes unsupported or revoked claims Permission provenance, revision approval, corrective publication path H2/Brand review Approved proof and operational removal capability AR08 MEDIUM Excessive media/scripts degrade premium mobile experience Budgets, selective hydration and restrained embeds H1/H6/Design review Final content/media mix AR09 HIGH Provider outage or duplicate events cause missing/multiple handoff Correlated durable attempts; no exactly-once promise H3/H4/Integration Provider idempotency/event semantics AR10 MEDIUM CMS lock-in/export gaps prevent exit Stable content contracts; representative media/content export H10 Revision/asset/metadata completeness and cost AR11 HIGH Recovery claim exceeds actual history or restores unsafe delivery state Verify account and coordinated restore/replay procedures H8 Actual window, RPO/RTO and replay effects AR12 HIGH before publish Permanent location chosen without approval Separate validation/production H7; no production publication H7 Actual resource/processor locations AR13 HIGH No operating owner; failures remain unnoticed Minimal staff process, backup and actionable monitoring Owner/operational review Named owners, response targets, cost ceiling AR14 HIGH Secret/private input crosses browser, preview, analytics or logs, or receipt/ID exposure enables enumeration/privacy leakage Distinct contracts, server-only access, safe logs/environment isolation; internal IDs not auth secrets; no V1 public inquiry lookup; explicit receipt review H3/H6/H9/Security Actual tooling permissions/instrumentation and dedup identity policy AR15 HIGH for intake Journal outage leaves confirmed website acceptance unavailable Separate editorial read path, explicit controlled degraded mode, safe retry and approved alternate contact route H3 and later integrated/runtime boundary checks Database availability, safe UI preservation and independently failing runtime AR16 HIGH for publication Release traceability failure prevents determining exactly what approved content/application/assets are public Versioned/immutable release-manifest information attributable to every promoted release H2/H10 and later publication review Selected tooling's metadata linkage, retention and reproducibility Priority labels indicate proposed review attention, not accepted residual risk. Material risk exceptions require constitutional authority; missing evidence cannot be recorded as PASS WITH GAPS to conceal mandatory failures. 21. Rejected / Deferred Patterns Pattern Current disposition Reason Microservices, general event bus, Kubernetes Not proposed for V1; change control before adoption No demonstrated requirement justifies distributed operation/cost Empty future-app monorepo Not proposed Separation does not require speculative applications/packages Custom CRM/scheduling/messaging/admin dashboard Excluded from V1 Mature tools/minimal staff process preferred; journal is not pipeline Public auth/client portal inside corporate app Excluded from V1 Future deployment/security boundary Shared venture DB/storage/secrets/runtime/SSO Excluded coupling Independent operational truth and outage boundaries Vector DB/RAG/public AI/agent stack Excluded from V1 Deterministic intake first; future evaluation separately approved General GraphQL/API platform Not proposed Bounded content/intake contracts suffice Public uploads/private document vault Excluded from V1 Unneeded data/security/operational exposure Full artist-profile/EPK or royalty/distribution backend Excluded unless separately approved exception applies Curated public proof is not music operations Full SPA hydration, mandatory WebGL/3D, autoplay hero Not proposed / ratified exclusions apply Accessibility/performance/cost without demonstrated need Duplicate bilingual application or partial Spanish routes Excluded from V1 English-first; complete reviewed localization later Dedicated Labs app/database, empty Labs/Insights Deferred/not proposed Reuse approved content when substantive material exists Parallel Next.js implementation Not authorized Fallback only on material H1 evidence and approval Process-local durable queue/global limiter Rejected correctness assumption Autoscale replicas/restarts cannot preserve authoritative state Public inquiry lookup/status/history/tracking portal Not required or introduced in V1 Internal submission identity is for correlation, not public data access Ungoverned browser inquiry queue / alternate-provider false acceptance Rejected degraded-mode substitute Protect private input and preserve journal-first acceptance semantics A deferred or rejected pattern is not a future approved backlog item. 22. Open Questions These are real remaining architecture decisions, not requests to reopen ratified product scope. None prevents this documentary candidate; identified conditions do block affected selection, freeze or launch. Question Why it matters / blocking point Resolution evidence or artifact Required authority Does provisional Astro/Node/Autoscale meet required behaviour? Blocks framework/runtime commitment H7 validation then H1 Bounded validation approval; applicable technology/architecture ratification Which CMS, revision/preview/promotion mechanism, release traceability and media/CDN strategy? Blocks CMS/publication selection and complete release design H2/H10; Integration/Security Applicable ratifier; Owner for material architecture/spend Which PostgreSQL implementation and connection strategy? Blocks journal implementation commitment H3/H7/H8/H9; Data Model Applicable ratifier; Owner-reserved matters What internal request identity/dedup/conflict policy and dispatch trigger? Blocks safe acceptance/recovery closure and launch; does not require public lookup H3/H4; Data/Integration/Security Approved design/validation authority; Owner if material change/cost Which email, analytics and shared anti-abuse services/settings? Blocks provider selection and integrated readiness H4/H5/H6/H9; Integration/Security Applicable authority; Owner for spending/reserved risk Is CRM or managed booking needed at launch? Conditional integration scope only; base design does not require either Owner commercial decision; Integration Owner for adoption/scope/spend Is additional App Storage actually necessary? Avoids unnecessary service; if selected, location/access/recovery must be proven H11 plus media/export requirements Applicable authority; Owner-reserved spend/boundaries What approved retention, processors, RPO/RTO and operating ceiling? Blocks production reliance, not draft Privacy/legal review, H8 and operational planning Owner/legal input and reserved approvals Who owns content permissions, publishing, response/backup, failures and minimal staff follow-up tooling? Blocks trustworthy content/operational launch; no custom admin product implied Brand/Integration/operational records, H9 Owner appointment/delegation What final offers, publishable proof and content volume must templates support? Shapes content contracts/presentation, not product separation Brand & Information Architecture/Data Model Applicable ratifier; Owner for commercial/rights decisions No unresolved question grants authority to procure, experiment or create another artifact. Location permanence, App Storage project scope and recovery plan naming are not reopened documentary questions. Public V1 only, visible music, no public AI/auth/client portal, venture isolation, journal-first acceptance and North America intent remain settled. This reconciliation adds no cosmetic or new product question. 23. Architecture Freeze Conditions 23.0 Required progression and current stop v0.1 Candidate -> Independent review -> v0.2 Reconciled Candidate [THIS DOCUMENT; not frozen] -> Owner review/disposition -> Applicable bounded validation authorization -> H7 validation geography -> H1 -> Later material architecture gates, each separately authorized -> Evidence reconciliation -> Technology decisions / ADRs where justified -> Final Master Architecture ratification/freeze with supported selections This round does not issue v1.0 FROZEN and grants no validation authority. Independent review and Owner disposition are next; no gate follows automatically. 23.1 Direction-level ratification Existing T1/C1 directions already govern. The Owner may separately ratify this document's framework-neutral component boundaries, source-of-truth map and dependency/failure invariants after independent review and reconciliation, without pretending every technology or operational setting is proven. Direction-level architecture can be accepted before every operational setting is known. Reconciled candidate structures and evidence-dependent technology claims must retain their distinct status; acceptance for further validation is not technology ratification. Only the authority holding the applicable ratification right may ratify the identified version. Review, tests or a title alone cannot do so. This candidate grants no authority now. 23.2 Technology commitment / complete architecture freeze Before representing a selected, materially complete Master Architecture as v1.0 RATIFIED/FROZEN: Independently review the candidate and reconcile governing/downstream conflicts. Obtain reviewed evidence and explicit decisions for material technology dependencies: H1 for runtime/framework; H2/H10 for CMS/publication/exit; H3 for journal/dedup/dispatch; H4–H6 for applicable service designs. Resolve architecture-affecting geography, recovery, staff/secrets and conditional storage requirements through H7–H9/H11 at the relevant commitment point. Record applicable gates, conditions, evidence, outstanding exceptions, authority and limitations. H11 may be not applicable if App Storage is not selected; justify it explicitly. Reconcile dependent Security, Data/Domain and Integration requirements before collectively freezing their architecture-dependent decisions. Do not freeze a contradiction merely because the architecture artifact comes earlier in sequence. Record material decisions/ADRs where justified, provider/cost/ownership boundaries and safe operational recovery design. Obtain required Owner ratification or specific bounded architectural ratification delegation, with Owner-reserved matters separately approved. A partially ratified direction must explicitly label technology/operational sections pending; it is not a fully validated architecture freeze. Required unknowns remain unproven, not passed. 23.3 Later operational settings and production readiness Actual resource locations, configured retention/history, recovery objectives, credentials/access, final limits, alert thresholds, response owners, domain/email setup and launch content may be finalized closer to production under their gates. This timing distinction is not a waiver: they must be verified before the system depends on them or is launched. Significant architecture-changing findings require renewed reconciliation, not deferred acceptance. No blanket rule requires all H1–H11 before every paragraph can be ratified. Conversely, no conditional ratification may hide an unvalidated material selection. Architecture ratification/freeze does not authorize implementation. Later implementation requires approved unit/cut authority, and production requires integrated quality/failure/security/recovery evidence and explicit launch consent. No automatic Phase 1 transition. 24. Downstream Artifact Contracts Later artifact Detail to add when authorized Boundary it must preserve Brand & Information Architecture Final messaging, offer/page hierarchy, navigation refinements, CTAs and journeys; approved proof Business & Technology leads; visible Music; ratified scope/claims; no fake credibility Design System Specification Tokens, components, responsive typography/layout, motion/forms, accessibility and accessible degraded-mode treatment Templates own presentation; structured CMS content; quality/performance budgets; no false acceptance or ungoverned browser queue Security Model Threats, precise controls/headers, abuse implementation, staff/preview/callback protections, internal identity safety and incident handling Explicit trust flows, server-only secrets, environment separation; no public auth or inquiry lookup added Data / Domain Model Exact content/journal attributes, identifiers, relationships, lifecycle/retention and schemas Three portfolio dimensions; minimal journal; atomic acceptance + required outbox intent; no future operational tables Integration Strategy Provider contracts/authentication, dispatch/retries, idempotency, callbacks, quotas, ownership, cost, minimal staff tooling and exit Acceptance independent of downstream success; analytics outside transaction; non-private telemetry; replaceable adapters; no custom admin product Master Roadmap Evidence-dependent sequencing, prerequisites and deliverable gates Scope and hierarchy; validation is not implementation permission; H7 before H1 Phase / Parent / Child Structure Coherent approved outcomes, acceptance and contract references No automatic authorization from hierarchy or roadmap inclusion Execution Governance Authorization records/mechanism, explicit cuts, review/closure and progression procedures C1 authorization lifecycle, STOP, no implied subdelegation, bounded troubleshooting Changes to core rendering, CMS/publication, journal consistency, provider trust, location, private data or application separation must identify impact on these documents and reconcile affected acceptance/evidence requirements through constitutional change control. These contracts do not author the downstream artifacts, create their units or grant permission to begin them. The next action is independent review and Owner disposition of this reconciled candidate; no automatic gate execution. Return this document and stop in Phase 0. 25. Candidate Ratification Block Document: Studio 333 Master Product / System Architecture Version: v0.2 Status: RECONCILED CANDIDATE — NOT FROZEN Project Phase: Phase 0 Governing Constitution: Studio 333 Project Constitution v1.0 — RATIFIED Governing Technical Direction: Studio 333 Technical Direction v1.0 — RATIFIED Implementation Authority: None Validation Authority: None granted by this reconciliation Technology Selection: Pending applicable validation gates Next Action: Independent review and Owner disposition; no automatic gate execution