Jira progress: loading…

TG-FP-2

TrustGate Federation Profiles 2

Part 7 — Exchange Packages

7.1. Purpose

This part defines the Constitutional Exchange Package (CEPK), the normative packaging model used by TrustGate Federation to exchange constitutional artifacts between participating ECOs.

Exchange Packages provide a deterministic, replayable, verifiable, and policy-governed container for constitutional exchange while preserving identity, provenance, trust, lifecycle continuity, and cryptographic integrity.

Exchange Packages do not redefine artifacts.

They organize constitutional artifacts into coherent exchange units.

7.2. Constitutional Principles

Exchange Packages shall satisfy the following principles.

immutable package identity;
artifact identity preservation;
deterministic composition;
replayability;
provenance preservation;
cryptographic integrity;
implementation independence.

A package is a constitutional container, not a transport format.

7.3. Constitutional Exchange Package Model

A Constitutional Exchange Package (CEPK) groups related constitutional artifacts required for a defined constitutional purpose.

Constitutional Exchange Package (CEPK)
│
├── Package Metadata
├── Constitutional Manifest
├── Artifact References
├── Replay References
├── Trust References
├── Attestation References
├── DAL References
├── TG-INTEL References
└── Integrity Metadata

Artifacts remain independently identifiable.

7.4. Exchange Package Identifier

Every Exchange Package shall possess a globally unique Constitutional Exchange Package Identifier (CEPID).

Representative identifier:

CEPID:
vera.CEPK.EXCHANGE.2026.000148

The CEPID uniquely identifies the constitutional exchange unit independently of its transport mechanism.

7.5. Package Metadata

Every package shall include metadata describing the exchange.

Representative metadata includes:

CEPID;
Federation Session Identifier (FSID);
Federation Profile Identifier (FPID);
originating ECO;
receiving ECO;
package version;
creation timestamp;
constitutional purpose;
protocol version.

Metadata describes the package itself rather than its contents.

7.6. Constitutional Manifest

Every package shall contain a Constitutional Manifest.

The manifest records:

referenced artifacts;
artifact identifiers;
artifact versions;
constitutional relationships;
dependency graph;
package completeness;
integrity hashes.

The manifest enables deterministic verification of package contents.

7.7. Package Contents

Representative package contents include:

Artifact Type	Representative Identifiers
Signals	SGID, CSI
Validation Results	VRID, VEVID
Trust Objects	TOID
Trust Vectors	TVID
Attestations	TAID
Replay Packages	RPID
Replay Manifests	RMID
TG-INTEL	TIID
DAL Anchors	DAID
Delegation Agreements	CDAID

Packages reference constitutional artifacts without changing their identity.

7.8. Package Composition

Packages may be composed for different constitutional purposes.

Examples include:

Purpose	Typical Contents
Supplier Exchange	Signals, Trust, Attestation, Replay
Product Passport	Signals, Validation, Trust, DAL
Regulatory Submission	Validation, Replay, Attestation, TG-INTEL
Audit Package	Replay, Validation, DAL, Attestation
Certification	Trust, Attestation, Replay, Evidence
Intelligence Exchange	TG-INTEL, Replay references, Trust

Composition shall be governed by the applicable Federation Profile (FPID).

7.9. Package Lifecycle

Exchange Packages follow CALM lifecycle governance.

Representative lifecycle states include:

Draft
   │
Validated
   │
Signed
   │
Published
   │
Transferred
   │
Verified
   │
Archived

Lifecycle transitions shall preserve constitutional history.

7.10. Package Verification

Before acceptance, every package shall be verified.

Verification includes:

package identity;
manifest integrity;
referenced artifacts;
replay references;
attestation references;
delegation scope;
cryptographic signatures;
DAL references.

Package verification shall precede synchronization.

7.11. Package Replay

Every package shall support constitutional replay.

Replay shall verify:

package completeness;
referenced artifacts;
replay package integrity;
constitutional equivalence;
trust continuity;
provenance preservation.

Replay reconstructs the constitutional meaning of the exchanged package.

7.12. Package Integrity

Package integrity shall preserve:

immutable CEPID;
immutable artifact references;
manifest integrity;
signature integrity;
replay integrity;
DAL integrity.

Integrity shall be independently verifiable.

7.13. Relationship to Constitutional Frameworks

Exchange Packages integrate with:

Framework	Constitutional Contribution
CFP	Exchange execution
CIA	Identity preservation
CIR	Canonical identifiers
CALM	Package lifecycle
CPA	Persistent storage
CRP	Package replay
Trust Model	Trust semantics
TrustGate Attestation Catalog	Assurance references
TG-INTEL	Intelligence references
DAL	Cryptographic integrity
CDA	Delegation authority

Exchange Packages coordinate these frameworks without redefining them.

7.14. Constitutional Constraints

Exchange Packages shall satisfy the following requirements.

Every package shall possess a CEPID.
Packages shall preserve artifact identity.
Packages shall preserve provenance.
Packages shall preserve replayability.
Packages shall preserve lifecycle continuity.
Packages shall remain deterministic.
Packages shall preserve cryptographic integrity.
Packages shall remain implementation independent.

These constraints are normative.

7.15. Summary

The Constitutional Exchange Package (CEPK) defines the normative exchange unit of TrustGate Federation.

Rather than exchanging isolated artifacts, TrustGate exchanges coherent constitutional packages that reference signals, validation results, trust assessments, attestations, replay materials, delegation agreements, intelligence artifacts, and integrity anchors while preserving identity, provenance, replayability, and constitutional sovereignty.

The following part defines the Security Model, including authentication, authorization, cryptographic protection, non-repudiation, confidentiality, and constitutional security requirements for federation.

Part 8 — Security

8.1. Purpose

This part defines the constitutional security architecture governing TrustGate Federation.

The Security Model protects constitutional artifacts throughout their lifecycle by ensuring identity, authenticity, authorization, integrity, confidentiality, replayability, provenance, and non-repudiation.

Security applies to constitutional exchange rather than merely network communication.

8.2. Constitutional Principles

Constitutional security shall satisfy the following principles.

authenticated constitutional identity;
explicit authorization;
immutable integrity;
cryptographic verifiability;
replayability;
non-repudiation;
least constitutional privilege;
implementation independence.

Security shall preserve constitutional trust.

8.3. Constitutional Security Model

Security spans the complete federation lifecycle.

Identity
     │
Authentication
     │
Authorization
     │
Delegation
     │
Integrity
     │
Confidentiality
     │
Replayability
     │
Auditability

Every stage contributes to constitutional assurance.

8.4. Constitutional Identity

Every federation participant shall possess a verifiable constitutional identity.

Identity verification shall integrate with:

CIA;
CIR;
Federation Profiles (FPID);
Federation Sessions (FSID);
Constitutional Delegation Agreements (CDAID).

Identity is the foundation of constitutional trust.

8.5. Authentication

Authentication verifies the identity of participating constitutional domains.

Representative authentication mechanisms include:

mutual TLS;
digital certificates;
hardware-backed keys;
enterprise identity providers;
cryptographic challenge-response;
future post-quantum mechanisms.

Authentication mechanisms are transport independent.

8.6. Authorization

Authorization determines whether a constitutional operation may proceed.

Authorization shall evaluate:

authenticated identity;
Federation Profile (FPID);
Constitutional Delegation Agreement (CDA);
applicable federation policies;
trust requirements;
jurisdictional constraints;
lifecycle state.

Authorization decisions shall be deterministic and auditable.

8.7. Delegation Security

Delegated constitutional authority shall be verified before execution.

Security verification includes:

CDA authenticity;
delegation scope;
revocation status;
temporal validity;
permitted constitutional operations;
originating ECO authority.

Delegation shall never expand beyond its explicitly authorized scope.

8.8. Cryptographic Integrity

Every exchanged constitutional artifact shall support integrity verification.

Representative integrity mechanisms include:

digital signatures;
cryptographic hashes;
manifest verification;
package verification;
replay verification;
DAL anchoring.

Integrity verification shall be independent of transport technology.

8.9. Confidentiality

Confidentiality protects constitutional information during federation.

Representative protections include:

Protection	Purpose
Transport encryption	Secure communication
Payload encryption	Artifact confidentiality
Selective disclosure	Exchange only required information
Field-level protection	Protect sensitive constitutional attributes
Policy-based disclosure	Govern visibility through federation policy

Confidentiality requirements shall be defined by the applicable Federation Profile.

8.10. Non-Repudiation

Every constitutional action shall support non-repudiation.

Representative evidence includes:

authenticated identities;
digital signatures;
Federation Session Identifier (FSID);
Constitutional Delegation Agreement (CDAID);
Replay Package (RPID);
DAL anchors;
timestamps.

Participants shall not be able to deny constitutionally verified actions.

8.11. Constitutional Assurance Seal (CAS)

A Constitutional Assurance Seal (CAS) represents the aggregate security assurance for a constitutional exchange.

A CAS may reference:

CEPID;
FSID;
FPID;
CIA identities;
CDAID;
TAID;
RPID;
DAID;
cryptographic signatures;
verification timestamps.

The CAS provides a single constitutional security reference for independent verification.

8.12. Security Events

Representative constitutional security events include:

Identity Authenticated;
Authorization Granted;
Delegation Verified;
Signature Verified;
Package Verified;
Replay Verified;
Integrity Confirmed;
Security Violation Detected;
Federation Session Closed.

Each event shall possess immutable constitutional identity.

8.13. Relationship to Constitutional Frameworks

The Security Model integrates with:

Framework	Constitutional Contribution
CFP	Secure federation execution
CIA	Constitutional identities
CIR	Canonical identifiers
CALM	Security lifecycle
CPA	Persistent security records
CRP	Replay verification
Trust Model	Trust evaluation
TrustGate Attestation Catalog	Assurance evidence
TG-INTEL	Security intelligence
DAL	Cryptographic integrity
CDA	Delegated authority

Security coordinates these frameworks without redefining them.

8.14. Constitutional Constraints

The Security Model shall satisfy the following requirements.

Every participant shall possess verifiable constitutional identity.
Every constitutional operation shall be authenticated.
Authorization shall precede execution.
Delegation shall be explicitly verified.
Integrity shall be independently verifiable.
Constitutional exchanges shall support non-repudiation.
Replay shall preserve security evidence.
Security shall remain implementation independent.

These constraints are normative.

8.15. Summary

The TrustGate Security Model defines the constitutional protections governing federation across the ZAYAZ ecosystem.

By combining authenticated identity, deterministic authorization, explicit delegation, cryptographic integrity, confidentiality, replayability, and non-repudiation, TrustGate ensures that constitutional artifacts remain trustworthy throughout their complete lifecycle. The introduction of the Constitutional Assurance Seal (CAS) provides a unified security reference that simplifies verification for federation participants, auditors, replay engines, and regulators.

The following part defines Federation Intelligence, describing how TG-INTEL derives insights from federation activity while preserving constitutional provenance, trust, privacy, and replayability.

Part 9 — Runtime Architecture

9.1. Purpose

This part defines the Constitutional Federation Runtime (CFR), the normative runtime architecture responsible for executing TrustGate Federation.

The runtime coordinates federation execution, protocol processing, synchronization, delegation, security, replay registration, intelligence publication, and persistence while preserving constitutional identity, sovereignty, provenance, replayability, lifecycle continuity, and cryptographic integrity.

The CFR specifies logical constitutional responsibilities rather than deployment topology.

9.2. Constitutional Principles

The Constitutional Federation Runtime shall satisfy the following principles.

deterministic execution;
constitutional orchestration;
implementation independence;
replayability by design;
policy-governed execution;
immutable constitutional identity;
modularity;
horizontal scalability.

The runtime shall execute constitutional behavior without redefining constitutional artifacts.

9.3. Constitutional Federation Runtime (CFR)

The runtime orchestrates the Canonical Federation Pipeline (CFP).

Federation Request
        │
        ▼
Constitutional Federation Runtime (CFR)
        │
        ├── Federation Protocol
        ├── Policy Engine
        ├── Delegation Engine
        ├── Exchange Engine
        ├── Synchronization Engine
        ├── Security Engine
        ├── Replay Registration
        ├── TG-INTEL Publisher
        └── Persistence

Each responsibility may be implemented by one or more micro-engines.

9.4. Runtime Layers

The Constitutional Federation Runtime consists of the following logical layers.

Layer	Responsibility
Federation API Layer	External federation endpoints
Protocol Layer	TFP protocol processing
Constitutional Services	Federation orchestration
Federation Micro-Engines	Constitutional execution
Persistence Layer	CPA-compliant storage
Infrastructure Layer	Transport, messaging and deployment

Each layer shall remain implementation independent.

9.5. Runtime Execution Pipeline

The CFR executes the Canonical Federation Pipeline through the following runtime stages.

Stage	Runtime Responsibility	Primary Output
CFR-01	Session Initialization	Federation Session (FSID)
CFR-02	Identity Verification	Authenticated participants
CFR-03	Profile Resolution	Federation Profile (FPID)
CFR-04	Policy Evaluation	Constitutional policy decision
CFR-05	Delegation Verification	Validated CDA
CFR-06	Exchange Package Construction	CEPK
CFR-07	Security Processing	Signed constitutional package
CFR-08	Transport Execution	Delivered package
CFR-09	Synchronization	Updated constitutional state
CFR-10	Replay Registration	Replay references
CFR-11	TG-INTEL Publication	Federation intelligence
CFR-12	Runtime Completion	Completed constitutional session

The execution pipeline shall be deterministic.

9.6. Canonical Federation Micro-Engine Registry

The Constitutional Federation Runtime is composed of logical micro-engines.

MEID	Engine	Primary Responsibility
TGF01	Federation Session Engine	Create and manage FSIDs
TGF02	Identity Engine	Verify constitutional identities
TGF03	Profile Resolution Engine	Resolve FPIDs
TGF04	Federation Policy Engine	Evaluate federation policies
TGF05	Delegation Engine	Validate Constitutional Delegation Agreements
TGF06	Exchange Package Engine	Build and validate CEPKs
TGF07	Security Engine	Authentication, authorization and integrity
TGF08	Transport Engine	Execute protocol bindings
TGF09	Synchronization Engine	Synchronize constitutional state
TGF10	Replay Registration Engine	Register replay artifacts
TGF11	TG-INTEL Publisher	Publish federation intelligence
TGF12	Runtime Orchestrator	Coordinate the complete CFR

The registry defines logical constitutional responsibilities rather than deployment units.

9.7. Runtime State Model

Every federation session progresses through constitutional runtime states.

Initialized
      │
Authenticated
      │
Authorized
      │
Packaging
      │
Transferring
      │
Synchronizing
      │
Verified
      │
Completed

Exceptional runtime conditions transition the session to Failed, preserving all constitutional evidence.

9.8. Runtime Events

Representative runtime events include:

Federation Session Created;
Identity Verified;
Federation Profile Selected;
Policy Approved;
Delegation Verified;
Exchange Package Created;
Package Delivered;
Synchronization Completed;
Replay Registered;
TG-INTEL Published;
Federation Session Closed.

Every runtime event shall possess immutable constitutional identity.

9.9. Runtime Resilience

The Constitutional Federation Runtime shall support:

retryable execution;
deterministic recovery;
idempotent message processing;
replay-assisted recovery;
distributed execution;
policy-controlled failover.

Recovery shall preserve constitutional equivalence.

9.10. Runtime Observability

Runtime execution shall expose constitutional telemetry.

Representative telemetry includes:

session metrics;
execution latency;
synchronization duration;
policy evaluations;
replay registrations;
trust outcomes;
protocol statistics;
constitutional event streams.

Telemetry shall preserve constitutional provenance.

9.11. Runtime Integration

The CFR integrates with:

Component	Constitutional Responsibility
TrustGate Signal Catalog	Produces constitutional artifacts
Validation Rule Registry	Validation services
Trust Model	Trust computation
TrustGate Attestation Catalog	Assurance generation
Replay Specification	Replay registration
TG-INTEL	Intelligence publication
DAL	Integrity anchoring
CPA	Persistent storage
CALM	Lifecycle governance
CIR	Identifier resolution

The CFR orchestrates execution without redefining component responsibilities.

9.12. Relationship to Constitutional Frameworks

The Constitutional Federation Runtime coordinates:

Framework	Contribution
CFP	Federation execution model
CIA	Constitutional identity
CIR	Canonical identifier resolution
CALM	Lifecycle continuity
CPA	Persistence architecture
CRP	Replay execution
CRE	Constitutional replay equivalence
CDA	Delegation governance
CEPK	Exchange package construction
CAS	Constitutional security assurance
CSV	Constitutional state synchronization
TG-INTEL	Intelligence generation
DAL	Integrity verification

The CFR is the runtime realization of the constitutional federation architecture.

9.13. Constitutional Constraints

The Constitutional Federation Runtime shall satisfy the following requirements.

Federation execution shall remain deterministic.
Runtime execution shall preserve constitutional identity.
Runtime execution shall preserve replayability.
Runtime execution shall preserve provenance.
Runtime execution shall preserve lifecycle continuity.
Runtime execution shall preserve security guarantees.
Runtime execution shall remain horizontally scalable.
Runtime execution shall remain implementation independent.

These constraints are normative.

9.14. Summary

The Constitutional Federation Runtime (CFR) provides the logical execution environment for TrustGate Federation.

By coordinating federation sessions, protocol processing, policy evaluation, delegation, exchange package construction, synchronization, replay registration, security, and intelligence publication through a modular micro-engine architecture, the CFR delivers deterministic, replayable, policy-governed constitutional federation while remaining independent of deployment technology or infrastructure.

The following part defines Federation Intelligence (TG-INTEL), describing how federation activity is transformed into constitutional intelligence, operational insights, trust evolution, and ecosystem-wide learning.

Part 10 — AI & Constitutional Federation Intelligence

10.1. Purpose

This part defines the Constitutional Federation Intelligence model, describing how TrustGate Federation generates, analyzes, and publishes intelligence derived from constitutional federation activities.

Federation Intelligence transforms federation events into trusted, replayable, explainable, and policy-governed intelligence while preserving sovereignty, provenance, privacy, lifecycle continuity, and constitutional integrity.

Federation Intelligence extends TG-INTEL with ecosystem-wide constitutional awareness.

10.2. Constitutional Principles

Federation Intelligence shall satisfy the following principles.

explainability;
replayability;
provenance preservation;
constitutional privacy;
trust-aware reasoning;
deterministic learning;
implementation independence.

Intelligence shall never modify constitutional facts.

It derives knowledge from them.

10.3. Constitutional Federation Intelligence Model

Federation Intelligence continuously observes constitutional federation activity.

Federation Events
        │
        ▼
TG-INTEL
        │
        ▼
Federation Intelligence
        │
        ├── Trust Evolution
        ├── Federation Health
        ├── Delegation Analytics
        ├── Synchronization Analytics
        ├── Security Intelligence
        ├── Policy Intelligence
        ├── Constitutional Learning
        └── AI Recommendations

Federation Intelligence operates independently of federation execution.

10.4. Federation Intelligence Sources

Representative intelligence sources include:

federation sessions (FSID);
exchange packages (CEPID);
synchronization events;
delegation agreements (CDAID);
replay registrations (RPID);
trust assessments;
attestation events;
security events;
DAL verification events;
policy evaluations.

All intelligence shall preserve constitutional provenance.

10.5. Federation Intelligence Domains

The following intelligence domains are defined.

Domain	Primary Purpose
Trust Intelligence	Evolution of trust across the federation
Federation Health	Operational and constitutional health
Synchronization Intelligence	Consistency and convergence analysis
Delegation Intelligence	Analysis of delegated constitutional authority
Security Intelligence	Authentication, authorization and integrity insights
Replay Intelligence	Replay coverage and verification quality
Policy Intelligence	Policy effectiveness and compliance
Ecosystem Intelligence	Cross-ECO constitutional behaviour

Each domain produces constitutional intelligence rather than operational statistics.

10.6. Constitutional Learning

Federation Intelligence continuously learns from constitutional execution.

Learning may identify:

recurring policy conflicts;
synchronization bottlenecks;
trust degradation;
replay failures;
delegation misuse;
federation optimization opportunities;
constitutional maturity trends.

Learning shall produce recommendations rather than autonomous constitutional decisions.

10.7. AI-Assisted Federation Intelligence

AI components may assist Federation Intelligence by:

identifying emerging trust patterns;
detecting anomalous federation behaviour;
recommending synchronization strategies;
suggesting delegation optimizations;
forecasting federation capacity;
identifying policy inconsistencies;
proposing federation improvements.

AI recommendations shall remain explainable and replayable.

10.8. Constitutional Trust Evolution

Federation Intelligence shall support longitudinal trust analysis.

Representative analyses include:

Trust Score evolution;
trust stability;
verifier consistency;
delegation confidence;
assurance quality trends;
replay success rates;
constitutional confidence trajectories.

Historical trust shall never be overwritten.

Trust evolution is additive.

10.9. Federation Health Intelligence

Representative federation health indicators include:

Indicator	Description
Active Federation Sessions	Current constitutional activity
Synchronization Success	Successful constitutional convergence
Replay Coverage	Percentage of replayable exchanges
Delegation Utilization	Use of Constitutional Delegation Agreements
Security Verification Rate	Successful constitutional verification
Trust Stability	Evolution of constitutional trust
Policy Compliance	Federation policy adherence
Intelligence Publication Rate	TG-INTEL generation activity

These indicators support governance rather than operational control.

10.10. Constitutional Digital Twin

Federation Intelligence contributes to the Constitutional Digital Twin of the federation.

The twin represents:

participating ECOs;
federation relationships;
trust networks;
constitutional state;
synchronization topology;
delegation topology;
replay topology;
intelligence topology.

The Constitutional Digital Twin provides an explainable representation of the federation ecosystem.

10.11. Privacy and Sovereignty

Federation Intelligence shall preserve:

ECO sovereignty;
delegated authority boundaries;
confidentiality requirements;
policy restrictions;
constitutional ownership;
selective disclosure.

Intelligence shall not infer information prohibited by federation policy.

10.12. Relationship to Constitutional Frameworks

Federation Intelligence integrates with:

Framework	Constitutional Contribution
TG-INTEL	Intelligence publication
CFP	Federation execution events
CRP	Replay evidence
Trust Model	Trust evolution
Attestation Catalog	Assurance intelligence
CALM	Lifecycle awareness
CIA	Identity context
CIR	Identifier relationships
CPA	Persistent intelligence storage
CEPK	Exchange context
CSV	Constitutional state evolution
DAL	Integrity verification

Federation Intelligence coordinates these frameworks without redefining them.

10.13. Constitutional Constraints

Federation Intelligence shall satisfy the following requirements.

Intelligence shall preserve provenance.
Intelligence shall remain replayable.
AI recommendations shall be explainable.
Historical constitutional facts shall remain immutable.
Learning shall not modify constitutional artifacts.
Privacy shall be policy governed.
Intelligence shall remain implementation independent.
Constitutional sovereignty shall always be preserved.

These constraints are normative.

10.14. Summary

Constitutional Federation Intelligence extends TG-INTEL beyond individual artifacts to the federation itself.

By transforming federation sessions, synchronization events, delegation agreements, replay evidence, trust assessments, security events, and exchange packages into explainable constitutional intelligence, TrustGate enables continuous learning, ecosystem-wide trust analysis, operational resilience, and evidence-based governance while preserving sovereignty, provenance, replayability, and constitutional integrity.

The following part defines the Canonical Persistence Architecture (CPA) for Federation, including storage models, persistence invariants, SQL reference schemas, APIs, event streams, and long-term constitutional retention.

Part 11 — Persistence, SQL & APIs (CPA)

11.1. Purpose

This part defines the Canonical Persistence Architecture (CPA) for TrustGate Federation.

The CPA specifies the normative persistence model for federation sessions, exchange packages, synchronization state, delegation agreements, security artifacts, protocol execution, and constitutional intelligence while preserving identity, provenance, replayability, lifecycle continuity, and cryptographic integrity.

The CPA defines constitutional persistence rather than implementation-specific database schemas.

11.2. Constitutional Persistence Principles

Federation persistence shall satisfy the following principles.

immutable constitutional identity;
deterministic persistence;
replayability;
provenance preservation;
append-only constitutional history;
implementation independence;
horizontal scalability;
auditability.

Persistence shall preserve constitutional meaning rather than implementation details.

11.3. Constitutional Persistence Model

The Constitutional Federation Runtime persists constitutional objects.

Federation Session
        │
        ├── Exchange Package
        ├── Delegation Agreement
        ├── Synchronization State
        ├── Security Evidence
        ├── Replay References
        ├── TG-INTEL References
        └── DAL References

Each constitutional object possesses an independent lifecycle.

11.4. Canonical Persistent Objects

Representative persistent constitutional objects include:

Constitutional Object	Primary Identifier
Federation Session	FSID
Federation Profile	FPID
Exchange Package	CEPID
Delegation Agreement	CDAID
Constitutional Assurance Seal	CASID
Constitutional State Vector	CSVID
Replay Package	RPID
Trust Object	TOID
Trust Vector	TVID
Attestation	TAID
DAL Anchor	DAID
TG-INTEL Artifact	TIID

Persistence shall preserve canonical identifiers.

11.5. Constitutional Relationships

Persistent relationships shall be represented explicitly.

Representative relationships include:

FSID
 ├── FPID
 ├── CEPID
 ├── CDAID
 ├── CASID
 ├── CSVID
 ├── RPID
 ├── TAID
 ├── TOID
 ├── TIID
 └── DAID

Relationships are immutable constitutional references.

11.6. Reference SQL Schema

Representative CPA tables include:

Table	Primary Key
tg_federation_session	FSID
tg_exchange_package	CEPID
tg_package_manifest	ManifestID
tg_delegation_agreement	CDAID
tg_security_assurance	CASID
tg_state_vector	CSVID
tg_synchronization	SyncID
tg_protocol_message	PMID
tg_runtime_event	EventID
tg_replay_reference	RPID
tg_intelligence_reference	TIID

Implementations may extend the schema while preserving constitutional semantics.

11.7. Event Persistence

Every constitutional runtime event shall be persisted.

Representative events include:

Session Created;
Profile Negotiated;
Delegation Verified;
Exchange Package Created;
Package Delivered;
Synchronization Completed;
Replay Registered;
Intelligence Published;
Security Verified;
Session Closed.

Events shall remain immutable.

11.8. Constitutional History

The CPA preserves complete constitutional history.

History includes:

protocol evolution;
synchronization history;
delegation history;
package evolution;
replay history;
security history;
trust evolution;
lifecycle transitions.

Historical constitutional records shall never be modified.

11.9. API Architecture

Federation APIs expose constitutional resources.

Representative API families include:

API	Responsibility
Federation Sessions API	FSID lifecycle
Federation Profiles API	FPID management
Exchange Package API	CEPK management
Delegation API	CDA lifecycle
Synchronization API	Constitutional synchronization
Security API	CAS verification
Replay API	Replay retrieval
Intelligence API	TG-INTEL publication
Runtime API	CFR execution monitoring

API structure shall follow constitutional object boundaries.

11.10. Representative REST Resources

Illustrative REST endpoints include:

/federation/sessions

/federation/profiles

/federation/packages

/federation/delegations

/federation/synchronizations

/federation/security

/federation/replay

/federation/intelligence

/federation/runtime

Endpoint structure is informative rather than normative.

11.11. Event Streaming

The Constitutional Federation Runtime may publish event streams.

Representative streams include:

FederationSessionCreated

ExchangePackagePublished

SynchronizationCompleted

DelegationVerified

ReplayRegistered

SecurityVerified

TGINTELPublished

Streaming implementations shall preserve constitutional ordering.

11.12. Query Model

The CPA shall support constitutional queries.

Representative query dimensions include:

FSID;
FPID;
CEPID;
CDAID;
CASID;
CSVID;
RPID;
TAID;
TOID;
TIID;
DAID;
lifecycle state;
synchronization status;
federation participant.

Queries shall preserve constitutional relationships.

11.13. Relationship to Constitutional Frameworks

The CPA integrates with:

Framework	Constitutional Contribution
CFR	Runtime persistence
CFP	Federation execution
CIA	Identity persistence
CIR	Identifier resolution
CALM	Lifecycle persistence
CRP	Replay persistence
CEPK	Exchange package persistence
CAS	Security persistence
CSV	Constitutional state persistence
CDA	Delegation persistence
TG-INTEL	Intelligence persistence
DAL	Integrity references

The CPA provides the persistent foundation for federation without redefining constitutional behavior.

11.14. Constitutional Constraints

The Canonical Persistence Architecture shall satisfy the following requirements.

Constitutional identifiers shall remain immutable.
Constitutional relationships shall be explicitly preserved.
Persistence shall remain deterministic.
Constitutional history shall be append-only.
Replay references shall remain reproducible.
API resources shall expose constitutional objects.
Event streams shall preserve ordering.
Persistence shall remain implementation independent.

These constraints are normative.

11.15. Summary

The Canonical Persistence Architecture provides the persistent foundation for TrustGate Federation.

By persisting federation sessions, exchange packages, delegation agreements, constitutional state vectors, security assurance, replay references, intelligence artifacts, and runtime history as first-class constitutional objects, the CPA ensures that federation remains deterministic, replayable, auditable, horizontally scalable, and independent of any specific storage technology.

The following part defines Conformance & Reference Invariants, specifying the mandatory constitutional guarantees that every TrustGate Federation implementation shall satisfy.

Part 12 — Conformance & Reference Invariants

12.1. Purpose

This part defines the normative conformance requirements and constitutional invariant families governing TrustGate Federation implementations.

Conformance establishes the mandatory constitutional guarantees required to ensure deterministic federation, interoperability, replayability, trust preservation, security, sovereignty, and implementation independence across the ZAYAZ ecosystem.

12.2. Constitutional Conformance Principles

Every TrustGate Federation implementation shall satisfy the following constitutional principles.

constitutional identity;
deterministic execution;
interoperability;
replayability;
provenance preservation;
sovereignty preservation;
policy governance;
implementation independence.

These principles are normative.

12.3. Federation Conformance Levels

TrustGate Federation implementations shall conform to one of the following constitutional levels.

Level	Name	Description
TF-C1	Constitutional Foundation	Core federation execution and constitutional identity.
TF-C2	Trusted Federation	Synchronization, delegation, replay and trust support.
TF-C3	Intelligent Federation	TG-INTEL integration, advanced policy enforcement and constitutional analytics.
TF-C4	Constitutional Federation Platform	Full constitutional federation including DAL, AI-assisted intelligence, complete replayability and cross-domain interoperability.

Higher conformance levels shall include all lower levels.

12.4. Identity Invariants (CII)

The following Constitutional Identity Invariants shall always hold.

Every constitutional object shall possess immutable constitutional identity.
Constitutional identifiers shall never be reused.
Identity shall remain globally unique.
Identity shall survive synchronization.
Identity shall survive replay.
Identity shall survive persistence.

Identity invariants are governed by CIA and CIR.

12.5. Sovereignty Invariants (CSI)

The following Constitutional Sovereignty Invariants shall always hold.

Originating ECO authority shall be preserved.
Constitutional ownership shall never be transferred implicitly.
Delegation shall never imply ownership.
Synchronization shall never overwrite originating artifacts.
Constitutional provenance shall remain immutable.

Sovereignty shall always be preserved.

12.6. Federation Invariants (CFI)

Federation execution shall satisfy the following invariants.

Federation Sessions shall possess unique FSIDs.
Federation Profiles shall govern execution.
Exchange Packages shall preserve constitutional completeness.
Synchronization shall be deterministic.
Federation execution shall remain policy governed.
Federation participants shall remain independently identifiable.

12.7. Replay Invariants (CRI)

Replay shall satisfy the following invariants.

Every replay shall reproduce constitutional equivalence.
Replay shall preserve provenance.
Replay shall preserve identity.
Replay shall preserve trust semantics.
Replay shall preserve delegation evidence.
Replay shall preserve synchronization history.

Replay invariants are governed by CRP and CRE.

12.8. Trust Invariants (CTI)

Trust shall satisfy the following invariants.

Trust Objects shall remain immutable.
Historical trust assessments shall never be modified.
Trust evolution shall be additive.
Trust calculations shall remain reproducible.
Trust provenance shall remain verifiable.
Trust shall remain explainable.

Trust invariants are governed by the Trust Model.

12.9. Security Invariants (CSI-S)

Security shall satisfy the following invariants.

Authentication shall precede execution.
Authorization shall precede execution.
Delegation shall be explicitly verified.
Cryptographic integrity shall remain independently verifiable.
Constitutional exchanges shall support non-repudiation.
Security evidence shall remain replayable.

12.10. Persistence Invariants (CPI)

Persistence shall satisfy the following invariants.

Constitutional history shall be append-only.
Persistent identity shall remain immutable.
Constitutional relationships shall remain explicit.
Replay references shall remain reproducible.
Event ordering shall remain deterministic.
Persistence shall preserve constitutional meaning.

Persistence invariants are governed by CPA.

12.11. Intelligence Invariants (CII-TG)

Federation Intelligence shall satisfy the following invariants.

Intelligence shall preserve provenance.
Intelligence shall remain explainable.
Intelligence shall remain replayable.
Learning shall not modify constitutional facts.
AI recommendations shall remain advisory.
Constitutional privacy shall remain policy governed.

These invariants govern TG-INTEL integration.

12.12. Cross-Framework Conformance

TrustGate Federation shall integrate consistently with the constitutional architecture.

Framework	Required Constitutional Guarantee
CIA	Immutable constitutional identity
CIR	Canonical identifier resolution
CALM	Lifecycle continuity
CPA	Persistent constitutional history
CFP	Federation execution
CRP	Replay verification
CRE	Constitutional replay equivalence
Trust Model	Trust reproducibility
Validation Rule Registry	Deterministic validation
Attestation Catalog	Constitutional assurance
TG-INTEL	Explainable intelligence
DAL	Cryptographic integrity
CDA	Delegated constitutional authority
CEPK	Constitutional exchange
CAS	Constitutional security assurance
CSV	Constitutional state synchronization

Implementations shall not violate framework contracts.

12.13. Certification Requirements

Conforming implementations shall demonstrate:

deterministic federation execution;
replay reproducibility;
constitutional identity preservation;
synchronization correctness;
delegation enforcement;
trust reproducibility;
security verification;
persistence integrity;
policy compliance.

Certification evidence shall itself be replayable.

12.14. Constitutional Constraints

Every conforming implementation shall satisfy the following requirements.

Constitutional identifiers shall remain immutable.
Federation execution shall remain deterministic.
Constitutional sovereignty shall be preserved.
Replay shall reproduce constitutional equivalence.
Trust shall remain reproducible.
Security shall remain independently verifiable.
Persistence shall preserve constitutional history.
Intelligence shall remain explainable.
Federation shall remain implementation independent.

These constraints are normative.

12.15. Summary

This part defines the constitutional contract governing TrustGate Federation implementations.

By organizing conformance into identity, sovereignty, federation, replay, trust, security, persistence, and intelligence invariant families, TrustGate provides a verifiable certification model that ensures every implementation preserves constitutional behaviour regardless of deployment architecture, programming language, database technology, transport protocol, or organizational boundary.

The appendices that follow provide the normative reference material for identifiers, federation profiles, protocol mappings, runtime pipelines, conformance matrices, invariant families, and constitutional framework relationships.

GitHub Repo Request for Change (RFC)

Part 7 — Exchange Packages​

7.1. Purpose​

7.2. Constitutional Principles​

7.3. Constitutional Exchange Package Model​

7.4. Exchange Package Identifier​

7.5. Package Metadata​

7.6. Constitutional Manifest​

7.7. Package Contents​

7.8. Package Composition​

7.9. Package Lifecycle​

7.10. Package Verification​

7.11. Package Replay​

7.12. Package Integrity​

7.13. Relationship to Constitutional Frameworks​

7.14. Constitutional Constraints​

7.15. Summary​

Part 8 — Security​

8.1. Purpose​

8.2. Constitutional Principles​

8.3. Constitutional Security Model​

8.4. Constitutional Identity​

8.5. Authentication​

8.6. Authorization​

8.7. Delegation Security​

8.8. Cryptographic Integrity​

8.9. Confidentiality​

8.10. Non-Repudiation​

8.11. Constitutional Assurance Seal (CAS)​

8.12. Security Events​

8.13. Relationship to Constitutional Frameworks​

8.14. Constitutional Constraints​

8.15. Summary​

Part 9 — Runtime Architecture​

9.1. Purpose​

9.2. Constitutional Principles​

9.3. Constitutional Federation Runtime (CFR)​

9.4. Runtime Layers​

9.5. Runtime Execution Pipeline​

9.6. Canonical Federation Micro-Engine Registry​

9.7. Runtime State Model​

9.8. Runtime Events​

9.9. Runtime Resilience​

9.10. Runtime Observability​

9.11. Runtime Integration​

9.12. Relationship to Constitutional Frameworks​

9.13. Constitutional Constraints​

9.14. Summary​

Part 10 — AI & Constitutional Federation Intelligence​

10.1. Purpose​

10.2. Constitutional Principles​

10.3. Constitutional Federation Intelligence Model​

10.4. Federation Intelligence Sources​

10.5. Federation Intelligence Domains​

10.6. Constitutional Learning​

10.7. AI-Assisted Federation Intelligence​

10.8. Constitutional Trust Evolution​

10.9. Federation Health Intelligence​

10.10. Constitutional Digital Twin​

10.11. Privacy and Sovereignty​

10.12. Relationship to Constitutional Frameworks​

10.13. Constitutional Constraints​

10.14. Summary​

Part 11 — Persistence, SQL & APIs (CPA)​

11.1. Purpose​

11.2. Constitutional Persistence Principles​

11.3. Constitutional Persistence Model​

11.4. Canonical Persistent Objects​

11.5. Constitutional Relationships​

11.6. Reference SQL Schema​

11.7. Event Persistence​

11.8. Constitutional History​

11.9. API Architecture​

11.10. Representative REST Resources​

11.11. Event Streaming​

11.12. Query Model​

11.13. Relationship to Constitutional Frameworks​

11.14. Constitutional Constraints​

11.15. Summary​

Part 12 — Conformance & Reference Invariants​

12.1. Purpose​

Part 7 — Exchange Packages

7.1. Purpose

7.2. Constitutional Principles

7.3. Constitutional Exchange Package Model

7.4. Exchange Package Identifier

7.5. Package Metadata

7.6. Constitutional Manifest

7.7. Package Contents

7.8. Package Composition

7.9. Package Lifecycle

7.10. Package Verification

7.11. Package Replay

7.12. Package Integrity

7.13. Relationship to Constitutional Frameworks

7.14. Constitutional Constraints

7.15. Summary

Part 8 — Security

8.1. Purpose

8.2. Constitutional Principles

8.3. Constitutional Security Model

8.4. Constitutional Identity

8.5. Authentication

8.6. Authorization

8.7. Delegation Security

8.8. Cryptographic Integrity

8.9. Confidentiality

8.10. Non-Repudiation

8.11. Constitutional Assurance Seal (CAS)

8.12. Security Events

8.13. Relationship to Constitutional Frameworks

8.14. Constitutional Constraints

8.15. Summary

Part 9 — Runtime Architecture

9.1. Purpose

9.2. Constitutional Principles

9.3. Constitutional Federation Runtime (CFR)

9.4. Runtime Layers

9.5. Runtime Execution Pipeline

9.6. Canonical Federation Micro-Engine Registry

9.7. Runtime State Model

9.8. Runtime Events

9.9. Runtime Resilience

9.10. Runtime Observability

9.11. Runtime Integration

9.12. Relationship to Constitutional Frameworks

9.13. Constitutional Constraints

9.14. Summary

Part 10 — AI & Constitutional Federation Intelligence

10.1. Purpose

10.2. Constitutional Principles

10.3. Constitutional Federation Intelligence Model

10.4. Federation Intelligence Sources

10.5. Federation Intelligence Domains

10.6. Constitutional Learning

10.7. AI-Assisted Federation Intelligence

10.8. Constitutional Trust Evolution

10.9. Federation Health Intelligence

10.10. Constitutional Digital Twin

10.11. Privacy and Sovereignty

10.12. Relationship to Constitutional Frameworks

10.13. Constitutional Constraints

10.14. Summary

Part 11 — Persistence, SQL & APIs (CPA)

11.1. Purpose

11.2. Constitutional Persistence Principles

11.3. Constitutional Persistence Model

11.4. Canonical Persistent Objects

11.5. Constitutional Relationships

11.6. Reference SQL Schema

11.7. Event Persistence

11.8. Constitutional History

11.9. API Architecture

11.10. Representative REST Resources

11.11. Event Streaming

11.12. Query Model

11.13. Relationship to Constitutional Frameworks

11.14. Constitutional Constraints

11.15. Summary

Part 12 — Conformance & Reference Invariants

12.1. Purpose