Future of Web Lab

Part 0 — Charter Identity, Authority, and Invariants

1. Instrument nature. This Charter is the constitutional governance instrument for the Future of Web Lab (the “WoW Lab”), establishing a governed, AI-assisted, community-operated standards, profiles, and intelligence commons for the web under strict non-authoritative limits.

2. Charter invariants. The following invariants are mandatory for any WoW Lab instance (“WoW Instance”) claiming conformance:
   2.1 Two-stack firewall alignment: governance-only core; execution external.
   2.2 Non-executing perimeter: no platform gatekeeping, mandatory root control, or regulated execution; no supervisory or enforcement decisioning.
   2.3 Validity-by-record: standing arises only from record-valid acts and registered current pointers.
   2.4 Handling classes & staged release: Public-Safe / Controlled / Restricted with leakage prevention.
   2.5 Correctionability: no silent edits; explicit supersession; diffs; dependency propagation.
   2.6 Conformance & reproducibility discipline: tests, vectors, reports, validity windows for material claims.
   2.7 Competition-safe mode & anti-capture controls: COI, recusals, influence caps, neutrality, procurement safety.
   2.8 Bounded reliance: intended use, prohibited use, limitations, uncertainty, expiry.
   2.9 Open innovation compatibility: profiles as deltas not forks; no exclusionary mandates absent evidence and authority.
   2.10 Rights and safety posture: privacy, accessibility, transparency, and remedy are first-class requirements.

3. Precedence. In the event of conflict:
   3.1 Invariants prevail over overlays and local customizations.
   3.2 Handling and safety prevail over publication convenience.
   3.3 Registered records prevail over off-platform statements.
   3.4 Supersession chains prevail over static copies and cached renders.

4. Non-endorsement. No participation, output, conformance report, or WoW publication constitutes certification, regulatory approval, browser/platform endorsement, or official status unless explicitly recorded as a designated act by a competent authority with stated scope and validity window.

5. Conformance claim discipline. Any claim of “WoFLP-Conformant,” “WoW-Compatible,” “Web Integrity Certified,” or similar is prohibited unless supported by a registered conformance report identifying scope, version, exclusions, validity window, and reliance bounds.

Part 1 — Purpose, Scope, and Operating Thesis

1. Purpose and public-good function. The WoW Lab converts multi-stakeholder contributions into structured, versioned, reusable objects for the future web under deterministic lifecycle rules, explicit reliance bounds, and correctionability.

2. Operating thesis. The web becomes safer, more composable, and more resilient when critical claims—identity, authorization, integrity, provenance, safety posture, privacy posture, compliance posture, accessibility posture, and operational resilience—are expressed as testable, auditable, and correctionable objects enabling faster trustworthy integration by lawful institutions without turning the Lab into an operator, platform gatekeeper, or censor.

3. Scope of “future of web.” “Future of web” includes, without limitation:
   3.1 Web identity and trust (DID/VC patterns, attestations, role markers, bounded reputation, anti-sybil primitives).
   3.2 Authentication and authorization (SSO/MFA, passkeys, ABAC/RBAC, step-up patterns, least privilege).
   3.3 Content provenance and authenticity (signing, watermark governance, chain-of-custody, verifiable publishing).
   3.4 Security posture (secure headers, isolation patterns, supply chain controls, exploit class defenses at non-weaponizable granularity).
   3.5 Privacy and consent (purpose binding, minimization, retention, privacy-preserving analytics, consent receipts).
   3.6 Integrity and anti-tamper (attestation, secure enclaves, build provenance, SBOM/SLSA patterns).
   3.7 Interoperability and standards mappings (HTTP, TLS, WebAuthn, OAuth/OIDC, DNSSEC, JSON-LD, schema governance; compatibility deltas not forks).
   3.8 Accessibility and inclusion (testable a11y claims; assistive technology compatibility profiles).
   3.9 Content safety and platform integrity (abuse, manipulation, botnets, spam, brigading; defensive typologies).
   3.10 AI-on-the-web and agentic browsing (tool allowlists, prompt/output logs, retrieval governance, kill-switch evidence).
   3.11 Web performance and resilience (availability SLOs, DDoS posture, caching/CDN resilience, offline/degraded modes).
   3.12 Payments and commerce interfaces (checkout integrity, fraud controls at safe granularity, receipts and dispute clocks).
   3.13 Data publishing and APIs (API governance, schema evolution, version discipline, rate-limit fairness).
   3.14 Decentralized and edge web (P2P overlays, content-addressed delivery, verifiable compute patterns; bounded claims).
   3.15 Governance and policy interfaces (transparency reports, appeal clocks, community moderation governance objects).
   3.16 Browser and client integrity (client attestation patterns, extension risk governance, secure update posture).
   3.17 Developer supply chain and CI/CD governance (artifact signing, dependency policies, rollback and incident clocks).
   3.18 Cross-jurisdiction compliance posture objects (lawful basis matrices, portability labels, purpose and retention elections).

4. System-of-systems dependencies. Scope includes web-relevant “system-of-systems” dependencies: cloud and software supply chain, telecom/5G/6G, critical infrastructure, geopolitics/sanctions compliance interfaces, identity ecosystems, and synthetic media/disinformation dynamics.

5. Intended users and outcomes. The WoW Lab serves web builders, infra operators, browsers and client developers, identity providers, publishers, marketplaces, researchers, civil society, enterprise security/risk teams, auditors, and regulators (within mandate) by producing objects that are portable, testable, correctionable, and examiner-operable. Outcomes include reduced impersonation and fraud, higher integrity publishing, safer agentic interaction, resilient interoperability, accessibility uplift, and reduced integration variance.

6. Output classes. The WoW Lab produces and maintains, without limitation:
   6.1 Standards and normative minima.
   6.2 Frameworks and governance/control patterns.
   6.3 Profiles and implementation guides (overlays as deltas).
   6.4 Taxonomies and ontologies (events, threats, controls, obligations).
   6.5 Defensive typology libraries (abuse, fraud, manipulation) under non-weaponizable rules.
   6.6 Artifacts and method cards (rubrics, checklists, model/dataset cards for web AI).
   6.7 Conformance suites, harnesses, and vectors.
   6.8 Conformance reports with signed results and validity windows.
   6.9 Release bundles and immutable editions.
   6.10 Corrections, supersessions, withdrawals, and pointer freezes.
   6.11 Interoperability mappings and corridor overlays with equivalence limits.
   6.12 Learning modules, clinics, guild credentials, and competence tracks.
   6.13 Assurance & Evidence Packs for the web (AEP-WEB).
   6.14 Future of Web reports and subscription editions with dependency banners.

Part 2 — Boundary, Non-Executing Perimeter, and Firewall Doctrine

1. Boundary of the Lab. The WoW Lab provides governance infrastructure for identity and participation, collaboration workspaces, records-first workflows, canonical registers and truth surfaces, handling-separated indexing, publication/versioning/correction discipline, conformance and reproducibility operations, report desks/subscriptions, cloneable instance kits, and federation-safe interoperability scaffolding.

2. Two-stack firewall alignment.
   2.1 The WoW Lab operates exclusively as public-good governance infrastructure: standards/schema primitives, evidence integrity, validity-by-record, handling and safeguards, conformance, release/correction discipline, and audit structures.
   2.2 Execution occurs only outside the Lab in lawful institutional processes and delivery stacks (platforms, browsers, service providers, enterprises, auditors, regulators within mandate).
   2.3 Integrations are limited to interoperability mappings, compatibility notes, conformance-tested connectors, and evidence packaging patterns and do not widen the Lab into a platform gatekeeper.

3. Non-executing perimeter.
   3.1 The WoW Lab does not operate services as a default gatekeeper (no mandatory root control), does not censor content, does not run ad exchanges, and does not perform law enforcement or supervisory decisioning.
   3.2 The WoW Lab does not publish weaponizable exploit chains, evasion guides, malware patterns, or step-by-step intrusion methods.
   3.3 All outputs are informational artifacts with reliance bounds, limitations, expiry, and correction/dispute paths.

4. Refusal and redirection discipline. Requests that increase harm risk (intrusion, evasion, credential theft, doxxing, manipulation enablement, censorship toolkits, re-identification) are refused or redirected into defensive governance-grade outputs (controls, detection patterns at safe granularity, conformance suites, incident clocks).

5. Neutral interoperability posture. The WoW Lab may define profiles and mappings to reduce variance and fragility; it may not impose exclusionary mandates, publish de-facto allow/deny lists intended to coerce market behavior, or convert conformance into gatekeeping without explicit competent authority and recorded due process.

Part 3 — Validity-by-Record, Registers, Current Pointers, and Designated Acts

1. Validity-by-record. Standing arises only from record-valid acts executed through WoFLP workflows and reflected in canonical registers, current pointers, and supersession chains.

2. No standing for informal dissemination. Off-platform guidance has no standing unless represented as record-valid objects with required metadata, handling election, provenance/rights attestations, and registry pointers.

3. Canonical registers and truth surface. Each WoW Instance maintains, at minimum, the following registers:
   3.1 Object Registry: identity, type, lifecycle state, owners/maintainers via role markers.
   3.2 Pointer Registry: current pointer, supersession chain, withdrawals, contestation flags.
   3.3 Conformance Registry: suites, vectors, harness versions, reports, validity windows, exclusions.
   3.4 Handling Registry: handling elections, staged release state, distribution logs, expiry enforcement.
   3.5 COI & Neutrality Registry: disclosures, recusals, influence cap state, meeting mode elections.
   3.6 Dispute & Remedy Registry: disputes, clocks, decisions, remedies, appeals, closures.
   3.7 Publication Registry: releases/editions, dependency banners, syndication rules, corrections.
   3.8 AI Provenance Registry: model/tool identifiers, version pins, tool enablement, drift tests.
   3.9 Security & Incident Registry: stop-the-line actions, leakage tests, breach classes, remediation records.

4. Designated acts. An act is “Designated” when intended to carry cross-institution reliance or force-and-effect beyond local collaboration. Minimum Designated acts include:
   4.1 Adoption/recognition of an object as “Current.”
   4.2 Publication of a release bundle or report edition as a reliance-bearing artifact.
   4.3 Issuance of a conformance report intended for external reliance.
   4.4 Issuance of an AEP-WEB intended for audit, procurement, regulatory, or contractual reliance.
   4.5 Sanctions, revocations, reinstatements, withdrawals, and emergency reliance constraints.
   4.6 Pointer freezes and dependency-banner escalations due to integrity incidents.

5. Dual recording and mismatch lock. Where a Designated act is required to be dual-recorded (authority record + anchoring record as elected), any mismatch in authority basis, scope, object ID/version, or pointer status renders the act Inoperative (Mismatch) until reconciled by recorded decision; dependent objects and publications must display visible warnings.

6. Local-only standing. Deployments without required authority record or elected anchoring must label relevant acts Local-Only Standing with explicit portability limits; cross-node reliance claims are prohibited.

Part 4 — Definitions, Glossary, and Domain Lexicon

1. Object. A versioned, registry-addressable unit of authority with lifecycle state, mandatory metadata, handling election, and a current pointer.

2. Current Pointer. A registry entry designating the authoritative current version of an object family for a stated scope; pointers move only by record-valid acts.

3. Supersession. Governed replacement of an object version by a successor, including diffs, migration notes, and dependency propagation.

4. Correction. Governed amendment that preserves historical immutability while issuing a corrective successor or corrective notice with scope, effective date, and reliance adjustment.

5. Withdrawal. Governed removal from reliance, with reason codes, effective date/time, and dependency warning propagation.

6. Handling Class. Public-Safe (A), Controlled (B), Restricted (C) with inheritance, staged release, distribution logs, and down-classification rules.

7. Reliance Bounds. Intended use, prohibited use, limitations, uncertainty, expiry, eligible relying parties, and portability label.

8. Conformance Suite. A test harness, vectors, and evaluation rules for a defined claim scope.

9. Conformance Report. Signed results referencing suite versions, vectors, environments, exclusions, and validity window.

10. AEP-WEB. Sealed Assurance & Evidence Pack for web posture (identity/authN/authZ, provenance, privacy, safety, resilience) designed for bounded reliance without leaking protected inputs.

11. Non-Weaponizable Granularity. Publication discipline ensuring defensive content is useful for governance and detection while not enabling step-by-step exploitation.

12. Agentic Web Controls. Controls for web agents and automated browsing: tool allowlists, retrieval governance, prompt/output logs, endpoint attestation, kill-switch evidence, and handling boundaries.

13. Competition-Safe Mode. Safe-meeting and publication protocol preventing improper coordination and preserving neutrality while enabling multi-party standards work.

Part 5 — Canonical Object Model, IDs, Lifecycle States, and Release Semantics

1. Objects, not documents. Authority attaches only to versioned objects with registry pointers; documents are views.

2. Immutability and edition rules. Releases and report editions are immutable; changes occur only via corrections/supersessions/withdrawals with diffs, migration notes, and dependency propagation.

3. Canonical object families. The WoW Lab maintains, at minimum:
   3.1 STD-WEB (Standards): normative invariants for identity assurance, provenance semantics, security minima, privacy and consent minima, accessibility claims, and resilience minima.
   3.2 FRM-WEB (Frameworks): governance/control frameworks with bounded reliance.
   3.3 PRF/IG-WEB (Profiles/Implementation Guides): overlays as deltas not forks; explicit equivalence limits.
   3.4 TAX/ONT-WEB (Taxonomies/Ontologies): web events, threats, controls, obligations, entities; drift-tested.
   3.5 TYP-WEB (Typology Libraries): defensive typologies for abuse, fraud, manipulation, and safety incidents at non-weaponizable granularity.
   3.6 ART-WEB (Artifacts/Method Cards): rubrics, checklists, test cards, model/dataset cards for web AI, incident cards, transparency cards.
   3.7 AEP-WEB (Assurance & Evidence Packs): sealed determinations for posture claims (identity, provenance, safety, privacy, resilience).
   3.8 CS-WEB / CR-WEB (Conformance Suites/Reports): harnesses, vectors, signed results, validity windows.
   3.9 REL-WEB / COR-WEB (Release Bundles / Corrections): immutable releases and governed change objects.
   3.10 RPT-WEB / SUB-WEB (Reports / Subscription Channels): immutable editions with dependency banners.
   3.11 MAP/IOP-WEB (Mappings/Interoperability Profiles): transformations with equivalence limits and tests.
   3.12 WGC-WEB / RM-WEB / DR-WEB / CFW-WEB: charters/role markers/decision records/calls for work.
   3.13 CONSENT-WEB / TRANSP-WEB: consent and transparency elections with audit enforcement.

4. Object ID rules. Object IDs are deterministic and stable:
   4.1 Format: WoW.<Family>.<Domain>.<Slug>.<Major>.<Minor>.<Patch> with optional overlay suffix +<JX> and handling marker @A|B|C.
   4.2 Major: breaking semantic/normative change; requires migration notes and conformance vector refresh.
   4.3 Minor: additive compatible change; requires diffs and updated validity notes.
   4.4 Patch: corrective change; requires explicit correction record and diff.
   4.5 Non-reuse: IDs may not be reused for different meaning.

5. Lifecycle states. Minimum state machines apply:
   5.1 STD/FRM/PRF/IG/TAX/ONT/TYP/ART: Draft → Review → Candidate → Accepted → Published → Maintained → Superseded/Withdrawn.
   5.2 AEP-WEB: Drafted → Verified → Issued → Monitored → Corrected/Superseded → Archived/Expired.
   5.3 REL/RPT/SUB: Assembled/Commissioned → Gated → Reviewed → Approved → Published → Monitored → Corrected/Superseded → Archived/Expired.
   5.4 CS/CR: Proposed → Triaged → Verified → Accepted/Rejected → Registered → Referenced → Archived/Expired.
   5.5 Disputes/Appeals: Filed → Triaged → Responded → Resolved → Remedied → Closed.

6. Dependency graph and propagation. Every object declares dependencies and compatibility constraints; contestation, withdrawal, or supersession propagates visible banners to dependent objects and publications.

7. Mandatory metadata and deterministic blockers. Publishable objects require: scope/exclusions; handling election; intended use; prohibited use; reliance bounds; limitations and uncertainty; expiry/review; correction/dispute path with clocks; provenance/rights; COI link; dependency graph; jurisdiction label; and harm-prevention statement. Missing mandatory metadata blocks publication.

Part 6 — Records-First Governance, Roles, Authorities, and Due Process

1. Record-valid acts. All governance and lifecycle actions occur only through record-valid acts: onboarding, COI, handling elections, working group chartering, role markers, releases, reports, conformance, corrections, disputes/appeals, waivers, sanctions, reinstatements, and publication.

2. Human authority rule. AI drafts and structures only; standing arises from human-authorized recorded acts under valid role markers and acceptance gates.

3. Minimum governance spine. Each WoW Instance maintains, at minimum:
   3.1 Records & Register Officer.
   3.2 Handling & Safety Officer.
   3.3 COI & Neutrality Officer.
   3.4 Conformance Lead.
   3.5 Editorial Lead (Publication Desk).
   3.6 Dispute Resolution Panel Lead (with rotation rules).
   3.7 Security & Integrity Officer (stop-the-line authority).
   3.8 Federation & Interoperability Steward.
   3.9 Accessibility & Inclusion Steward (a11y test discipline and remedy patterns).

4. Separation of duties. No single actor may originate, independently verify, and publish the same high-reliance claim without independent review; waivers require scope, duration, compensating controls, and expiry.

5. Decision Records. Pointer moves, reliance-bearing conformance reports, reliance-bearing AEP-WEB issuance, sanctions, and withdrawals require Decision Records stating rationale, scope, limitations, and remedy path.

6. Due process clocks. Minimum clocks apply unless stricter overlays are elected:
   6.1 Triage within 72 hours (or sooner for integrity incidents).
   6.2 Response window normally ≤ 14 calendar days.
   6.3 Routine resolution target ≤ 30 calendar days, extendable by recorded reason and interim reliance constraints.
   6.4 High-impact corrections target ≤ 72 hours from confirmation; critical leakage triggers immediate stop-the-line and same-day public-safe abstract where lawful.
   6.5 Quarterly correction cycle for drift reconciliation, deprecations, and release notes.

7. Stop-the-line authority. Integrity incidents trigger pointer freezes, publication pauses, access revocation, recall attempts where feasible, and a recorded remediation plan with clocks.

Part 7 — Handling, Staged Release, Distribution Logs, and Leakage Prevention

1. Handling classes. Public-Safe (A), Controlled (B), Restricted (C), with deny-by-default for Restricted.

2. Handling inheritance.
   2.1 Bundles inherit the highest handling among components unless a stricter election is recorded.
   2.2 Down-classification requires recorded decision and safety review.
   2.3 Public-good extracts preserve object IDs, pointers, and correction lineage.

3. Distribution logs. Controlled and Restricted distributions require logged recipient class, purpose, timebox, and revocation conditions; Restricted requires watermarking and two-person approval.

4. Misuse taxonomy. High-risk misuse categories include: intrusion enablement, phishing/credential theft, fraud enablement, botnet/spam optimization, evasion of safety systems, doxxing and coercive identification, manipulation/censorship toolkits, re-identification attacks, and agentic exploitation patterns.

5. Refusal and redirection. Requests in misuse categories are refused or redirected into defensive outputs (controls, detection patterns at safe granularity, conformance suites, incident clocks) without step-by-step wrongdoing enablement.

6. Leakage prevention. Handling separation must hold across indices, retrieval, assistants, embeddings, exports, cached previews, connectors, and syndication; cross-class reconstruction is prohibited.

7. Leakage testing. Mandatory per release, quarterly per instance, and after any model/provider/index/embedding/connector changes; minimum adversarial suite includes prompt injection, indirect reconstruction, boundary probing, retrieval regression, and role-marker abuse checks.

Part 8 — Competition-Safe Mode, COI, Neutrality, and Anti-Capture

1. COI disclosure and recusal. COI disclosures and recusals are mandatory, recorded, and auditable.

2. Influence caps. Default cap: no single organization controls more than 20% of reviewer/maintainer role markers for an object family or release cycle; sponsor concentration thresholds trigger compensating controls.

3. Competition-safe meeting protocol. Multi-firm contexts require: prohibited-topic gates; agenda templates; minutes discipline; and explicit neutrality posture (no vendor preference, no exclusionary coordination).

4. Procurement neutrality. Interoperability and conformance outputs must be evidence-backed and non-exclusionary; procurement use requires explicit authority and reliance bounds.

5. Misrepresentation. False claims of certification, endorsement, or official status trigger takedown, public clarification, sanctions, and appeal rights.

Part 9 — Conformance, Reproducibility, Plugfests, and Drift Governance

1. Conformance discipline. Serious claims require conformance suites and signed conformance reports with validity windows.

2. Conformance suite minimum specification. Each CS-WEB includes: claim scope; normative references; harness requirements; vectors (gold/negative/adversarial); pass/fail thresholds; performance/resilience tests where applicable; handling constraints; and replay instructions.

3. Conformance report minimum specification. Each CR-WEB includes: suite ID/version; environment constraints; toolchain identifiers; results; exclusions; observed failure modes; and validity window.

4. Replication cells. Replication cells rerun suites across environments; independence required for high-reliance claims; failures trigger notices, pointer freezes, withdrawals, or remediation clocks.

5. Plugfests. Plugfests validate interoperability across:
   5.1 Identity and attestation semantics (passkeys/WebAuthn, OAuth/OIDC, DID/VC integration patterns).
   5.2 Provenance semantics and disclosure behavior (signing/watermark governance; chain-of-custody evidence).
   5.3 Browser/client behaviors (auth flows, storage policies, isolation patterns) at safe granularity.
   5.4 API schema evolution and transformation correctness.
   5.5 Agent safety boundaries (tool allowlists, handling boundaries, refusal correctness).
   5.6 Accessibility conformance (testable a11y claims and compatibility profiles).
   5.7 Resilience patterns (offline/degraded modes, SLO evidence, incident clocks).

6. Drift governance. Drift testing governs ontology drift, mapping drift, assistant safety drift, and AI lifecycle drift; material drift triggers remediation clocks and may freeze pointers.

7. Deprecation and migration. Deprecations require migration notes, successor pointers, and published runway.

Part 10 — Identity, Participation, Guild System, Credits, and Competence

1. WoF Passport. Each contributor holds a WoF Passport capturing expertise, jurisdictions, languages, and COI disclosures; authority arises only from role markers.

2. Authentication and authorization. SSO/MFA with step-up for Controlled/Restricted actions; RBAC+ABAC using role marker, handling class, jurisdiction, purpose, timebox, and device posture; Restricted is deny-by-default.

3. Work units. Guilds, working groups, review pools, replication cells, clinics, and publisher rooms are the recognized work units; outputs gain standing only through record-valid workflows and acceptance gates.

4. Credits and anti-gaming. Verification and replication credits outrank drafting; caps apply; reviewer rotation prevents concentrated influence; clawbacks apply for misconduct.

5. Competence tracks. Tracks include: Web Trust Engineer, Conformance Engineer, Provenance Steward, Safety Typology Maintainer, Interop Engineer, Accessibility Steward, Agent Safety Steward, Editorial Lead, and Handling/Safety Specialist with renewal obligations.

6. KPIs. Minimum KPIs include membership growth; verification throughput; correction responsiveness; conformance coverage; dispute-clock performance; handling compliance; integrity incident rate; accessibility coverage; and agent safety conformance coverage.

Part 11 — Assistive AI, Intelligence Operations, and Content Studio

1. Handling-separated indices. The WoW platform maintains handling-separated indices; cross-class reconstruction is prohibited.

2. Assistive AI boundaries. AI may draft/structure; AI may not approve, certify, enforce, censor, or confer standing; AI may not produce weaponizable outputs.

3. AI provenance. AI-assisted publication requires recorded model/provider identifiers, version pins, tool enablement, relevant prompt classes, and configuration sufficient for reproducibility and drift accountability.

4. Content studio. Templates for standards, profiles, taxonomies, AEP-WEB, conformance objects, and reports; semantic changes require correction/supersession objects, not silent edits.

5. Constitutional forms. Record-valid acts are executed via constitutional forms; AI may prefill only from authorized indices under handling rules.

Part 12 — Web Identity, Authentication, and Attestation Lane

1. Lane scope. The WoW Lab publishes profiles for passkeys/WebAuthn patterns, OAuth/OIDC patterns, DID/VC integration patterns, and attestation semantics, as governance artifacts and conformance-tested guidance, not as a gatekeeping service.

2. AEP-WEB patterns. The WoW Lab defines AEP-WEB patterns for identity assurance posture, authorization posture, credential lifecycle posture, and account recovery posture with bounded reliance only.

3. Anti-sybil and reputation bounds. Outputs may define anti-sybil primitives and bounded reputation semantics that are portability-aware and do not create coercive global identity mandates.

Part 13 — Provenance, Publishing Integrity, and Synthetic Media Lane

1. Lane scope. The WoW Lab publishes provenance signing patterns, watermark governance, chain-of-custody evidence objects, disclosure semantics for synthetic media, and correction/supersession protocols for integrity publishing.

2. Safety and rights posture. The WoW Lab prohibits doxxing, coercive identification guidance, and targeted harm enablement; provenance objects must support lawful transparency, appeals, and remedy pathways.

3. AEP-WEB provenance packs. AEP-WEB may express provenance posture, publication integrity posture, and disclosure posture without exposing sensitive operational details.

Part 14 — Security, Supply Chain Integrity, and Zero-Trust Web Lane

1. Lane scope. The WoW Lab publishes SBOM/SLSA patterns for web stacks, dependency risk governance, secure configuration profiles, vulnerability clocks, and zero-trust web patterns.

2. Defensive typologies only. Security outputs are defensive and non-weaponizable; no exploit chains, no step-by-step intrusion methods, no evasion recipes.

3. Attestation and build integrity. Outputs may include build provenance patterns, artifact signing patterns, and deployment integrity evidence objects suitable for conformance tests and bounded reliance.

Part 15 — Privacy, Consent, and Data Minimization Lane

1. Lane scope. The WoW Lab publishes consent receipt standards, purpose binding patterns, retention minimization profiles, privacy-preserving analytics governance, and transparency elections as first-class objects.

2. Consent and transparency objects. CONSENT-WEB and TRANSP-WEB objects define lawful basis posture, purpose binding, retention elections, and user-facing transparency requirements suitable for audits and conformance.

3. Non-coercion rule. Privacy outputs must not be used to justify coercive dark patterns; transparency and remedy are mandatory.

Part 16 — Platform Integrity, Abuse Resistance, and Competition-Safe Governance Lane

1. Lane scope. The WoW Lab publishes non-weaponizable typologies for spam, manipulation, coordinated inauthentic behavior, marketplace abuse, and bot amplification, with detection and governance patterns at safe granularity.

2. Appeals and remedy clocks. Governance objects include appeal clocks, remedy patterns, and transparency reporting semantics to support due process without requiring platform censorship roles.

3. Competition-safe neutrality. Multi-platform and multi-firm collaboration in this lane must apply competition-safe mode and procurement neutrality at all times.

Part 17 — Accessibility and Inclusion Lane

1. Lane scope. The WoW Lab publishes testable accessibility claims (a11y conformance suites), assistive technology compatibility profiles, reporting templates, and correction discipline for accessibility regressions.

2. Accessibility conformance. Published accessibility claims require conformance evidence and validity windows; regressions trigger correction clocks and dependency banner propagation.

Part 18 — Agentic Web, Tools, and AI Governance Lane

1. Lane scope. The WoW Lab publishes agent governance artifacts: tool allowlists, prompt/output logging minima, endpoint attestation, drift tests, red-team vectors at safe granularity, and kill-switch evidence requirements.

2. Handling boundaries for agents. Agents interacting with Controlled/Restricted data must enforce non-bypassable handling boundaries and purpose binding; cross-class reconstruction is prohibited.

3. Agent conformance. Agentic web claims require conformance suites validating refusal correctness, injection resistance, retrieval governance, logging, and override behavior.

Part 19 — Resilience, Performance, Offline/Degraded Modes Lane

1. Lane scope. The WoW Lab publishes resilience patterns for DDoS posture evidence, CDN failover evidence, caching integrity, offline/degraded modes, and incident clocks.

2. AEP-WEB resilience packs. AEP-WEB may express operational resilience evidence without exposing attack paths; publishable outputs must remain at non-weaponizable granularity.

3. SLO discipline. Availability and resilience claims require defined SLOs, measurement semantics, and validity windows with correctionability for measurement changes.

Part 20 — Publication Discipline, Reports, Subscriptions, and Templates

1. Publication as a governed act. Publication is record-valid and assigns standing, handling, reliance bounds, expiry, and correction clocks; informal dissemination is non-authoritative.

2. Edition immutability. Reports and subscription editions are immutable; updates occur only via corrections/supersessions with diffs and migration notes.

3. Dependency banners. Publications propagate dependency status (current/superseded/contested/withdrawn) for referenced objects and include visible reliance constraints where dependencies are contested or withdrawn.

4. Subscription channels. Subscription channels are governed distribution objects specifying audience eligibility, purpose binding, handling constraints, retention rules, and auditability; Controlled/Restricted distributions require distribution logs.

5. Publication templates. Each published artifact must include:
   5.1 Executive reliance summary (who may rely; for what; until when).
   5.2 Scope and exclusions.
   5.3 Handling class and distribution constraints.
   5.4 Methods and evidence summary (at appropriate handling level).
   5.5 Limitations and uncertainty.
   5.6 Dependencies and compatibility notes.
   5.7 Correction and dispute path with clocks.
   5.8 Version, current pointer, and supersession chain references.
   5.9 Non-endorsement and non-execution disclaimers.

6. Communications integrity. Public communications must match register truth and conformance evidence; materially misleading claims are integrity incidents requiring corrective publication.

Part 21 — Legal Posture, Rights, Licensing, Liability, Standing Claims, and Federation

1. Rights attestations. Contributions require rights attestations sufficient for handling class and distribution posture, including rights to create public-good extracts where feasible; unclear provenance blocks publication.

2. Licensing posture. Public-Safe outputs publish under clear reuse terms; Controlled/Restricted outputs are shared under purpose-bound permissions with expiry and audit.

3. Liability and reliance bounds. Outputs are informational artifacts; none constitute legal opinion, operational directive, enforcement action, or platform censorship action. Reliance bounds, limitations, uncertainty, and expiry are mandatory.

4. Standing claims. Standing claims must specify scope, date/time, validity window, exclusions, and portability label; claims without these are prohibited.

5. Federation and portability. Federation is metadata-first; Controlled/Restricted federation requires explicit authorization, purpose binding, distribution logs, timeboxed access, and conflict resolution by recorded due process; portability labels define what may travel and what remains sovereign.

Part 22 — Deployment, Cloneability, Upgrades, 90-Day Stand-Up, and Conformance Claims

1. Cloneability. WoW Instances are cloneable by design: object model, registers, workflows, handling system, conformance harnesses, publication discipline, and audit posture are provided as a coherent gold pattern.

2. Local overlays. Local overlays may add stricter requirements but may not weaken Charter invariants while claiming conformance.

3. Upgrade discipline. Upgrades are versioned, rollback-capable, and recorded; breaking changes require migration notes and updated vectors; unsupported versions may be labeled out-of-date with reliance warnings.

4. WoFLP-Conformant claims. “WoFLP-Conformant” claims require passing conformance suites for: object model and metadata gates; record-valid workflows and register integrity; handling segregation and leakage prevention; immutability and correction discipline; audit and distribution logs; and federation invariants if enabled. Claims auto-expire unless renewed.

5. 90-day stand-up kit. A new WoW Instance must complete, at minimum:
   5.1 Days 0–15: nominate governance spine role markers; publish handling policy; stand up registers; adopt competition-safe mode; establish stop-the-line protocol.
   5.2 Days 16–45: implement object templates; implement conformance harness skeleton; implement distribution logs; implement leakage testing baseline; publish first Calls for Work.
   5.3 Days 46–75: run first conformance pilots (identity/provenance/a11y/agent boundaries); stand up replication cell; issue first Draft→Candidate workflows; run first clinic; publish first public-safe extract.
   5.4 Days 76–90: publish first release bundle; publish first conformance report; publish first report edition with dependency banners; execute first correction drill; publish quarterly roadmap.

Part 23 — Remedies, Integrity Incidents, Sanctions, Appeals, and Wind-Down

1. Remedies and appeals. Disputes and appeals follow clocks; contestation propagates; remedies include corrections, supersessions, withdrawals, pointer freezes, role revocations, and corrective publications.

2. Integrity incidents. Integrity incidents include leakage, misrepresentation, prohibited enablement, records tampering, COI concealment, and handling violations; incidents trigger stop-the-line and public-safe incident abstracts where lawful.

3. Misrepresentation and sanctions. Misrepresentation triggers takedown, public clarification, revocation of role markers and credits, suspension of conformance claims, sanctions ladder, and appeal rights, all recorded.

4. Termination and wind-down. Wind-down preserves permanence for Public-Safe releases, current pointer lineage, and correction history; Controlled/Restricted materials follow retention/legal-hold and minimization rules with verified destruction where lawful; a final status notice publishes portability limits.

Baseline Disclaimer

1. The WoW Lab provides governance infrastructure, standards/framework scaffolding, conformance tooling, publication discipline, and intelligence assistance only.

2. The WoW Lab does not execute platform operation as a gatekeeper, censorship, supervisory decisioning, enforcement decisioning, regulated execution, or operational command, and confers no implied authority or endorsement.

3. Outputs are handling-classified, reliance-bounded informational artifacts with expiry and correction paths; interpret only within stated limitations and validity windows.

4. Only record-valid acts and registered publications/releases have standing; off-platform representations are non-authoritative unless independently recorded and registered.