Chapter 23 — Constitutional Runtime Framework
Part XII — Runtime Integration
The Runtime Integration Framework is the governed constitutional architecture through which all ZAYAZ runtime domains operate as one coherent, deterministic, tenant-safe, explainable and independently auditable system.
Runtime Integration SHALL not be treated as technical connectivity alone.
Two Components may exchange data successfully while remaining constitutionally incompatible. They may disagree about object identity, tenant scope, authority, time, units, classifications, lifecycle, evidence, version, validation, security, side effects or provenance.
The Runtime Integration Framework therefore governs both the technical exchange and the constitutional meaning of every exchange.
It SHALL coordinate:
- execution;
- context assembly;
- constitutional resolution;
- validation;
- computation;
- reasoning;
- governance and authority;
- temporal evaluation;
- event processing;
- workflows;
- human work;
- agents and tools;
- security and isolation;
- reliability and operations;
- explainability;
- audit;
- external systems;
- federated runtimes;
- white-label and tenant overlays.
The governing principles are:
Integration SHALL preserve constitutional identity, meaning, authority, context, time, tenant, validation, security and provenance across every boundary.
A technically successful exchange SHALL not be treated as constitutionally successful unless its semantic and governance contracts are satisfied.
No integrated Component may silently reinterpret another Component’s constitutional output.
Runtime orchestration SHALL coordinate constitutional responsibilities without collapsing their distinct authorities.
Conceptually:
Constitutional Sources
│
├── Constitution
├── Constitutional Knowledge Graph
├── Constitutional Compiler Framework
├── Runtime Bundles
├── Runtime Manifests
└── Approved Tenant Overlays
│
▼
Integrated Runtime Admission
│
├── Identity
├── Tenant
├── Purpose
├── Security Context
├── Authority
├── Temporal Context
└── Request Integrity
│
▼
Context and Policy Resolution
│
├── CRP
├── Profiles
├── Rules
├── Schemas
├── Methodologies
└── Runtime Capabilities
│
▼
Integrated Execution Graph
│
├── Validation
├── Computation
├── Reasoning
├── Workflow
├── Human Work
├── Agents
├── Tools
├── Transactions
└── Side Effects
│
▼
Events, Explanations and Audit Evidence
│
▼
Operational State and Pergamum Pulse
Runtime Integration SHALL remain independent of any one API style, service mesh, message broker, integration platform, graph technology, workflow engine, cloud provider, deployment model, agent protocol or federation technology.
23.123. Integrated Runtime Architecture
The Integrated Runtime Architecture defines the constitutional responsibilities, boundaries, interaction patterns and invariants through which the runtime domains established in Parts I through XI operate together.
No runtime domain SHALL be collapsed into another merely for implementation convenience.
23.123.1. Runtime Domains
The integrated architecture SHALL recognise at least the following domains:
| Runtime Domain | Primary Constitutional Responsibility |
|---|---|
| Execution Runtime | Executes an authorised plan |
| Context Runtime | Assembles and seals Runtime Context |
| Resolution Runtime | Determines which constitutional knowledge applies |
| Validation Runtime | Determines whether a subject conforms |
| Computation Runtime | Produces governed numerical or symbolic results |
| Reasoning Runtime | Derives governed implications and assertions |
| Governance Runtime | Determines authority, approvals, assurance and escalation |
| Temporal Runtime | Determines when knowledge and state apply |
| Event Runtime | Records and propagates significant occurrences |
| Workflow Runtime | Coordinates long-running governed work |
| Agent Runtime | Executes bounded machine agency |
| Security Runtime | Protects identity, resources, tenants and execution boundaries |
| Reliability Runtime | Preserves valid operation under load, failure and recovery |
| Explainability Runtime | Produces faithful, audience-aware explanations |
| Audit Runtime | Supports independent examination and opinion |
A deployable service MAY implement several domains, but SHALL preserve their constitutional distinctions.
23.123.2. Runtime Interaction Principle
Every runtime interaction SHALL identify:
- producer and consumer;
- owning Module;
- producing and consuming Components;
- capability and purpose;
- tenant and subject;
- Runtime Context;
- authority;
- Security Context;
- temporal state;
- schema and version;
- integrity;
- provenance.
23.123.3. Reference Integrated Request Path
Request
│
├── Identity and Trust Validation
├── Tenant and White-label Resolution
├── Security Context Assembly
├── Authority Resolution
├── Runtime Context Assembly
├── Temporal Evaluation
├── CRP Resolution
├── HECATE Admission Validation
├── Execution Planning
├── Runtime-Specific Execution
├── Transaction and Side-Effect Control
├── Event Publication
├── Outcome Validation
├── Explanation Generation
└── Audit and Operational Evidence
The order MAY differ by purpose, but mandatory dependencies and invariants SHALL remain explicit.
23.123.4. Integration Invariants
The integrated runtime SHALL preserve that:
- identity does not imply authority;
- authority does not imply security clearance;
- security clearance does not imply permitted purpose;
- Resolution Outcome does not imply validation;
- Validation Outcome does not imply approval;
- approval does not imply assurance;
- computation does not imply interpretation;
- reasoning does not imply canonical activation;
- workflow assignment does not create authority;
- agent capability does not create permission;
- event delivery does not imply semantic processing;
- technical completion does not imply constitutional completion;
- explanation does not replace provenance;
- audit does not replace runtime validation;
- operational recovery does not imply semantic recovery.
23.123.5. Integration Layers
Constitutional Authority Layer
│
Constitutional Knowledge and Compilation Layer
│
Runtime Policy and Profile Layer
│
Runtime Coordination Layer
│
Module and Component Execution Layer
│
Data, Graph, Event and Evidence Layer
│
Infrastructure and Deployment Layer
A lower layer SHALL not redefine meaning established by a higher layer.
23.123.6. Runtime Planes
The architecture SHALL distinguish:
- Constitutional Control Plane for knowledge, profiles, policies, authority, Runtime Bundles and activation;
- Execution Plane for admitted plans and workflows;
- Evidence Plane for events, decisions, explanations and audit evidence;
- Operational Plane for reliability, deployment, monitoring and recovery.
These planes MAY share infrastructure but SHALL preserve separate responsibilities and access controls.
23.123.7. Integration Capability
An Integration Capability is a constitutionally meaningful operation exposed across a boundary.
Each capability SHALL possess:
- Capability Identifier;
- canonical name and semantic definition;
- owning Module and providing Component;
- consumer classes;
- request and response contracts;
- authority and security requirements;
- consistency and temporal requirements;
- reliability profile;
- lifecycle and version;
- provenance.
Capability discovery SHALL not grant invocation authority.
23.123.8. Integrated Runtime Outcome
An Integrated Runtime Outcome SHALL preserve:
- source Request;
- Runtime Context and fingerprints;
- resolved profiles;
- Runtime Bundle and Runtime Manifest;
- execution graph;
- Module and Component lineage;
- decisions and validations;
- transactions and events;
- side effects;
- explanations;
- evidence;
- operational state;
- provenance.
23.123.9. HECATE Integration Validation
HECATE SHALL validate:
- runtime-domain boundaries;
- interaction invariants;
- capability identity;
- producer-consumer compatibility;
- tenant, authority and context propagation;
- schema and version;
- side-effect boundaries;
- provenance completeness.
23.124. Runtime Integration Contracts
A Runtime Integration Contract is the governed Constitutional Object defining the semantic, technical, security, temporal, reliability and provenance obligations of an interaction.
An API specification alone SHALL not constitute a complete Runtime Integration Contract.
23.124.1. Contract Identity
Every contract SHALL possess:
- Contract Identifier;
- canonical name and purpose;
- provider and consumer class;
- capability;
- request, response and event schemas;
- error model;
- authority policy;
- Security Profile;
- tenant policy;
- Temporal Profile;
- Consistency Profile;
- Reliability Profile;
- idempotency policy;
- transaction policy;
- lifecycle, version and effective time;
- provenance.
23.124.2. Contract Types
Contract Types MAY include:
- synchronous service;
- asynchronous command;
- event;
- data;
- graph;
- file exchange;
- batch;
- workflow;
- agent-tool;
- federation;
- model;
- evidence;
- audit;
- operational.
23.124.3. Semantic Contract
The semantic contract SHALL define:
- constitutional meaning;
- subject and action types;
- units and value domains;
- Relationship Types;
- lifecycle semantics;
- missing-value semantics;
- uncertainty semantics;
- applicability;
- provenance requirements.
23.124.4. Identity and Context Contract
The contract SHALL define:
- object, tenant, correlation, idempotency and version identifiers;
- external identifier mappings;
- required Runtime Context dimensions;
- reporting period;
- jurisdiction;
- constitutional release;
- execution mode;
- assurance level.
23.124.5. Authority and Security Contract
The contract SHALL define:
- required Authority Type;
- Component Authority;
- delegation treatment;
- approvals and assurance;
- emergency treatment;
- authentication;
- workload identity;
- authorization;
- classification;
- encryption;
- tenant isolation;
- purpose limitation;
- residency and retention.
23.124.6. Temporal and Reliability Contract
The contract SHALL define:
- effective, valid, transaction and event time;
- time zone, precision and freshness;
- lateness and ordering;
- availability and semantic success;
- latency and throughput;
- timeout, retry and consistency;
- durability, recovery and degradation.
23.124.7. Idempotency and Transaction Contract
The idempotency contract SHALL define:
- idempotency key and scope;
- request equivalence;
- key retention;
- duplicate response;
- duplicate side-effect treatment;
- replay treatment.
The transaction contract SHALL define:
- transaction boundary;
- commit conditions;
- rollback and compensation;
- partial failure;
- event publication;
- reconciliation;
- evidence.
23.124.8. Error Contract
The error model SHALL distinguish:
- invalid request;
- unauthenticated;
- unauthorised;
- authority missing;
- context incomplete;
- validation failure;
- conflict;
- unavailable;
- timeout;
- rate limited;
- stale dependency;
- partial success;
- compensation required;
- indeterminate;
- internal failure.
Every material error SHOULD preserve identity, source Component, tenant, retry eligibility, compensation state and provenance.
23.124.9. Partial Success
A partial-success response SHALL identify:
- completed scope;
- failed scope;
- committed and uncommitted effects;
- compensation;
- retry eligibility;
- evidence;
- qualification;
- provenance.
It SHALL not be represented as complete success.
23.124.10. Contract Publication and Change
Published contracts SHALL be versioned, discoverable, immutable after activation, integrity-protected and linked to conformance tests.
A change SHALL identify:
- prior and new versions;
- semantic change;
- compatibility;
- affected consumers;
- migration;
- effective time;
- deprecation;
- rollback;
- provenance.
23.124.11. Contract Validation
HECATE SHALL validate semantic completeness, schema, authority, security, tenant isolation, temporal semantics, reliability, idempotency, transaction semantics, errors and provenance.
23.125. Module and Component Integration
Modules are the top-level platform domains.
Components are engines, micro-engines, registries, agents, services, workflows, validators and supporting systems that belong to Modules.
Runtime Integration SHALL preserve both Module and Component lineage.
23.125.1. Module Integration Profile
Every Module SHOULD define:
- owned constitutional domains;
- owned and exposed capabilities;
- consumed capabilities;
- owned Components;
- data, graph and event ownership;
- authority and security boundary;
- reliability class;
- tenant model;
- dependencies;
- provenance.
23.125.2. Component Integration Profile
Every Component SHALL define:
- Component Identifier and owning Module;
- purpose and capabilities;
- contracts;
- inputs, outputs and events;
- tools;
- data and graph access;
- authority and security;
- reliability;
- deployment;
- lifecycle and version;
- provenance.
23.125.3. Ownership and Responsibilities
Semantic ownership SHALL remain distinct from technical hosting.
The provider SHALL be responsible for contract conformance, semantic correctness, output validation, tenant preservation, declared reliability, event integrity and provenance.
The consumer SHALL be responsible for correct capability use, input conformance, authority, tenant preservation, output interpretation, error handling and downstream provenance.
23.125.4. Dependency Graph
The Runtime SHALL maintain a Module and Component Dependency Graph.
Relationships MAY include:
- provides capability to;
- consumes capability from;
- publishes event to;
- subscribes to event from;
- reads data from;
- writes data to;
- validates;
- governs;
- assures;
- depends on;
- falls back to;
- compensates;
- replaces.
Dependency direction SHALL distinguish runtime, build, data, semantic, governance, operational and external dependencies.
23.125.5. Cyclic Dependency
A cycle MAY be permitted only where:
- semantics are explicit;
- startup order is controlled;
- failure propagation is bounded;
- deadlock is prevented;
- replay is supported;
- ownership remains clear.
23.125.6. Component Registration and Admission
A Component SHALL be registered before authoritative participation.
Registration and admission SHALL verify:
- identity and Module membership;
- capabilities and contracts;
- authority and security;
- active lifecycle and approved version;
- Runtime Bundle compatibility;
- deployment identity and workload attestation;
- tenant support;
- provenance.
23.125.7. Component Substitution
A Component MAY be substituted where:
- semantic capability is compatible;
- contracts remain compatible;
- authority is equivalent;
- security is equivalent or stronger;
- reliability is sufficient;
- tenant behaviour remains valid;
- validation passes;
- provenance records the substitution.
23.125.8. Component Degradation and Retirement
A degraded Component SHALL advertise affected capabilities, tenants, contracts, freshness, limitations, fallback and expected duration.
Retirement SHALL identify replacement, affected consumers, event and data treatment, historical replay, Runtime Bundle impact, migration and decommissioning.
23.125.9. Module Boundary Events
The Runtime SHOULD emit:
- ComponentRegistered;
- ComponentAdmitted;
- ComponentSuspended;
- ComponentSubstituted;
- ComponentDegraded;
- ComponentRecovered;
- ComponentRetired;
- ModuleCapabilityChanged;
- DependencyChanged.
23.125.10. Pergamum Pulse Lineage
Pergamum Pulse SHALL preserve Module, Component, capability, contract, dependency, Runtime Bundle, tenant and temporal lineage.
23.126. Runtime Bundles, Manifests and Activation
A Runtime Bundle is the integrity-protected, versioned collection of compiled constitutional artefacts required to execute a defined capability or release.
A Runtime Manifest declares the exact runtime state, Components, versions, policies, profiles, schemas, contracts and trust material active within an environment.
23.126.1. Runtime Bundle Contents
A Runtime Bundle MAY contain:
- compiled Constitutional Objects and Relationships;
- schemas;
- Validation Rules and Inference Rules;
- Resolution, Governance and Security Policies;
- Reliability Profiles;
- Workflow and Agent Definitions;
- Tool Definitions;
- Event Schemas;
- Integration Contracts;
- Value Providers;
- mappings;
- conformance fixtures;
- compiler manifests;
- signatures;
- dependencies.
23.126.2. Runtime Bundle Identity
Every Runtime Bundle SHALL possess:
- Runtime Bundle Identifier;
- constitutional release and bundle version;
- build identity and compiler version;
- source commit;
- included artefacts and dependency graph;
- tenant, white-label and jurisdiction scope;
- effective time;
- compatibility;
- digest and signatures;
- provenance.
23.126.3. Runtime Manifest Contents
A Runtime Manifest SHALL identify:
- environment, deployment and region;
- tenant scope;
- active Runtime Bundle;
- active Components and versions;
- contracts, event schemas, data schemas and graph schemas;
- workflow, agent, model and tool versions;
- configuration digests;
- trust anchors;
- feature controls;
- capacity and recovery profiles;
- provenance.
23.126.4. Bundle Assembly and Admission
Bundle assembly SHALL resolve source artefacts, validate identities, resolve dependencies, compile projections, run conformance tests, generate manifests, calculate digests and sign outputs.
Admission SHALL validate:
- identity, signature and signer authority;
- source lineage and dependencies;
- semantic compatibility;
- overlays;
- Component and contract support;
- event support;
- migration and rollback readiness;
- conformance results.
23.126.5. Bundle Activation
Activation SHALL produce an activation transaction containing:
- Activation Identifier;
- Runtime Bundle and target;
- actor or automation;
- authority;
- approvals and assurance where required;
- effective time;
- previous bundle;
- migration;
- validation;
- rollback;
- provenance.
Where full atomicity is impossible, the transition plan SHALL define phased state, compatibility window, dual support, tenant cohorts, event treatment and rollback.
23.126.6. Overlay Order
ZAYAZ Core Runtime Bundle
│
▼
White-label Base Bundle
│
▼
Tenant Overlay Bundle
│
▼
Organisation Overlay Bundle
│
▼
Runtime Context
An overlay SHALL not mutate the identity of the underlying Core artefact.
Unresolved conflict SHALL prevent activation.
23.126.7. Manifest Attestation and Drift
Runtime Components SHOULD attest that observed state matches the approved Runtime Manifest.
Material drift SHALL trigger a finding, quarantine, rollback, redeployment or incident according to policy.
23.126.8. Bundle Revocation and Rollback
A Runtime Bundle MAY be revoked due to security compromise, semantic defect, invalid source, expired authority, failed assurance, regulatory change, critical defect or signing-key compromise.
Rollback SHALL preserve target bundle, compatibility, migrated state, schemas, Component versions, overlays, validation and provenance.
23.126.9. Bundle Archive and Explanation
Archived Bundles SHALL remain available where required for historical reconstruction, replay, audit, dispute and assurance.
The Runtime SHALL explain which bundle and overlays applied, which artefacts and Components participated, when the bundle became effective and whether drift, revocation or supersession occurred.
23.127. Cross-Runtime Orchestration
Cross-Runtime Orchestration coordinates the runtime domains required to complete one governed purpose while preserving each domain’s distinct constitutional responsibility.
An orchestration engine SHALL not become the source of truth for the policies or semantics it coordinates.
23.127.1. Orchestration Request
Every material orchestration SHALL originate from an identifiable request containing:
- Orchestration Request Identifier;
- purpose and subject;
- initiating actor or Component;
- tenant;
- Runtime Context;
- required capabilities;
- authority;
- security;
- temporal scope;
- expected outcome;
- side-effect policy;
- provenance.
23.127.2. Orchestration Plan
An Orchestration Plan SHALL define:
- participating runtime domains and Components;
- dependency order and parallel stages;
- required contracts and profiles;
- Gates;
- transactions and event boundaries;
- retries and compensation;
- deadlines;
- completion criteria;
- explanation obligations;
- provenance.
23.127.3. Orchestration Graph
Context Assembly
│
├──► Security Decision
├──► Authority Resolution
└──► Temporal Evaluation
│
▼
CRP Resolution
│
▼
HECATE Admission Gate
│
▼
Execution Planning
│
┌─────────────┼─────────────┐
▼ ▼ ▼
Computation Reasoning Workflow
│ │ │
└─────────────┼─────────────┘
▼
Outcome Validation
│
▼
Commit and Event Publish
│
▼
Explanation and Audit Evidence
23.127.4. Dependency and Parallelism
Every orchestration dependency SHALL identify predecessor, successor, required output, required status, timeout, failure policy, compensation and provenance.
Parallel execution SHALL define:
- shared and independent state;
- join condition;
- conflict policy;
- transaction treatment;
- event ordering;
- failure propagation;
- tenant isolation.
23.127.5. Stage Receipt
Every material stage SHOULD produce a Stage Receipt containing:
- stage identity;
- Component;
- input fingerprint;
- Runtime Context;
- authority;
- policy versions;
- start and completion time;
- outcome;
- validation;
- output fingerprint;
- provenance.
23.127.6. Gate Integration
Cross-runtime Gates MAY include:
- Identity Gate;
- Security Gate;
- Authority Gate;
- Context Gate;
- Temporal Gate;
- CRP Resolution Gate;
- HECATE Validation Gate;
- Approval Gate;
- Assurance Gate;
- Agent Oversight Gate;
- Transaction Commit Gate;
- Publication Gate;
- Recovery Gate.
23.127.7. Decision Reuse
A prior runtime decision MAY be reused only where:
- decision scope matches;
- Context Fingerprint matches;
- Security Context Fingerprint matches;
- policy versions remain valid;
- authority remains valid;
- temporal validity remains satisfied;
- no revocation exists;
- reuse policy permits it.
23.127.8. Context, Authority and Security Propagation
Every participating runtime SHALL receive the applicable Runtime Context or an authorised projection.
A projection SHALL preserve source Context Identifier, included and excluded dimensions, reason for exclusion, target capability, fingerprint and provenance.
Authority SHALL be propagated as an identifiable Authority Outcome or reference. A downstream Component SHALL independently validate that the authority applies to its own action.
Security obligations SHALL propagate, including tenant scope, purpose limitation, classification, redaction, residency, retention, no-training, no-export and enhanced-logging obligations.
23.127.9. Temporal Propagation
Temporal state SHALL preserve:
- evaluation time;
- effective-time result;
- valid-time scope;
- transaction time;
- reporting period;
- Clock Source;
- replay or simulation status.
23.127.10. Transaction Integration
The orchestration SHALL define whether operations form:
- one local transaction;
- one distributed transaction;
- a Saga;
- an event-driven process;
- independent transactions with reconciliation;
- read-only execution;
- simulation.
A Saga SHALL define step order, local transactions, completion events, compensation events, irreversible effects, recovery owner and provenance.
23.127.11. External Side Effects
External side effects SHALL identify:
- external system and action;
- authority;
- idempotency;
- confirmation;
- failure state;
- compensation;
- evidence;
- provenance.
23.127.12. Orchestration Failure
Failure SHALL preserve:
- failed stage;
- completed stages;
- committed and pending effects;
- compensation state;
- retry eligibility;
- affected tenants;
- escalation;
- provenance.
23.127.13. Integrated Completion
Orchestration SHALL be constitutionally complete only where:
- mandatory stages completed;
- required validation passed;
- authority remained valid;
- security obligations were enforced;
- transactions reconciled;
- events were durably handled;
- required approvals and assurance were satisfied;
- explanation exists where required;
- provenance is complete.
23.127.14. Orchestration Replay
Replay SHALL use historical Orchestration Plan, Runtime Context, Runtime Bundle, Components, events, decisions, external responses, human actions, agent outputs, tool outputs and temporal state.
23.128. Data, Graph, Event, Workflow and Evidence Integration
The integrated runtime SHALL coordinate transactional data, constitutional graphs, events, workflows, evidence and derived projections without allowing one representation to silently replace another.
23.128.1. Representation Classes
The Runtime SHALL distinguish:
- source record;
- Constitutional Object;
- Constitutional Relationship;
- Constitutional Assertion;
- event;
- workflow state;
- evidence;
- read model;
- cache;
- search index;
- vector representation;
- analytical projection;
- public projection.
23.128.2. System of Record
Every authoritative subject SHALL identify its system of record.
A search index, cache, vector store, dashboard or public projection SHALL not become the source of truth merely because it is easier to query.
23.128.3. Data Contract
A Data Contract SHALL define:
- dataset identity;
- owner and steward;
- schema and units;
- quality;
- tenant;
- temporal semantics;
- classification;
- update frequency;
- lineage;
- retention;
- consumers;
- provenance.
23.128.4. Graph Contract
A Graph Contract SHALL define:
- node types;
- Relationship Types;
- endpoint roles;
- cardinality;
- temporal semantics;
- tenant semantics;
- inference permissions;
- path restrictions;
- provenance.
23.128.5. Event Contract
An Event Contract SHALL define:
- Event Type;
- producer and consumers;
- payload and envelope;
- tenant;
- event and transaction time;
- ordering;
- correlation and causation;
- delivery;
- retention;
- replay;
- provenance.
23.128.6. Evidence Contract
An Evidence Contract SHALL define:
- evidence type;
- supported claim;
- source and acquisition;
- integrity;
- temporal applicability;
- classification;
- retention;
- chain of custody;
- validation;
- provenance.
23.128.7. Transactional Outbox and Change Data Capture
Where state change and event publication must remain consistent, the Runtime SHOULD use a transactional outbox or constitutionally equivalent mechanism.
Change Data Capture MAY produce integration events only where source changes are identifiable, schema is governed, tenant scope and transaction order are preserved, sensitive fields are controlled, event authority is established and provenance is retained.
A raw database change SHALL not automatically become a Constitutional Event.
23.128.8. Event and Graph Projections
An Event Projection SHALL identify source events, projection logic, Component, target model, ordering, replay, correction, version and provenance.
A Graph Projection SHALL preserve source identity, node and relationship identity, transformation, tenant, temporal state, information loss and provenance.
23.128.9. Read Models, Search and Vectors
A Read Model SHALL declare source, projection logic, freshness, consistency, tenant scope, security, invalidation, rebuild procedure and provenance.
A search index SHALL preserve source documents, indexing Component, tenant, classification, version, freshness, deletion state, security and provenance.
A vector representation SHALL preserve source identity, tenant, embedding model and version, transformation time, classification, purpose, retention, deletion linkage and provenance.
23.128.10. Workflow Integration
Workflow state SHALL reference authoritative subjects and events.
A workflow variable SHALL not silently become a canonical Constitutional Assertion.
23.128.11. Evidence Generation
Runtime activity MAY generate:
- Decision Receipts;
- Validation Results;
- signatures;
- event receipts;
- workflow approvals;
- tool receipts;
- deployment attestations;
- recovery attestations.
Evidence generation SHALL be governed and integrity-protected.
23.128.12. Reconciliation
Reconciliation SHALL compare relevant representations, including:
- source data and graph;
- transaction state and event stream;
- workflow state and subject state;
- report and underlying metrics;
- evidence index and evidence vault;
- Runtime Manifest and deployed state;
- tenant export and source tenant state.
A Reconciliation Outcome SHALL preserve matching, missing and conflicting elements, timing differences, severity, remediation and provenance.
23.128.13. Loss and Correction
Detected data, event, relationship or evidence loss SHALL produce an incident or governed finding.
Loss SHALL not be concealed by rebuilding a projection without recording the gap.
Corrections SHALL preserve original and corrected states, correction authority, affected representations and provenance.
23.128.14. Integrated Deletion
Deletion SHALL propagate according to policy across:
- source data;
- graph;
- event redaction state;
- search index;
- vector store;
- cache;
- workflow;
- agent memory;
- exports;
- backups;
- evidence.
Required audit and provenance references SHALL remain according to law and policy.
23.128.15. Historical Reconstruction
Historical reconstruction SHALL align source data, graph state, event state, workflow state, evidence state, Runtime Bundle, policy versions, Component versions and tenant state.
23.129. External Systems, APIs and Federation
External integration SHALL be governed as interaction across a trust boundary.
Connectivity SHALL not establish constitutional equivalence, data trust, authority or semantic compatibility.
23.129.1. External System Object
Every material external system SHALL possess:
- External System Identifier;
- owner and provider;
- purpose and system type;
- jurisdiction and tenancy model;
- trust profile;
- capabilities and contracts;
- identity method;
- security and reliability profiles;
- data-residency profile;
- lifecycle and version;
- provenance.
23.129.2. External System Types
Types MAY include:
- regulatory registry;
- emissions-factor database;
- supplier platform;
- ERP;
- financial system;
- human-resources system;
- product-lifecycle system;
- facility system;
- utility provider;
- assurance platform;
- identity provider;
- document repository;
- model provider;
- public API;
- customer system;
- white-label runtime;
- federated ZAYAZ runtime.
23.129.3. Trust Agreement
A Trust Agreement SHALL define:
- parties and identities;
- purpose and authority;
- data and semantic scope;
- security and residency;
- retention;
- service objectives;
- incident notification;
- audit rights;
- revocation and termination;
- provenance.
23.129.4. Federation Profile
A Federation Profile SHALL define:
- participants;
- trust anchors;
- identity, tenant and authority mappings;
- schema, semantic, event and temporal mappings;
- security;
- reliability;
- audit;
- revocation;
- provenance.
23.129.5. Federated Identity and Authority
Federated identity SHALL preserve source identity and issuer, mapped Constitutional Identity, tenant, assurance level, mapping rule, validity, revocation and provenance.
External authority SHALL be accepted only where the Authority Type is recognised, issuer is trusted, scope and tenant are mapped, temporal validity is established, delegation is valid, local policy accepts it and provenance is preserved.
23.129.6. Semantic Mapping
A semantic mapping SHALL identify:
- source and target concepts;
- mapping type;
- equivalence level;
- transformation;
- information loss;
- conditions and exceptions;
- authority;
- version;
- provenance.
Mapping Types MAY include exact equivalence, narrower, broader, conditional equivalence, transformation, aggregation, decomposition, reference only and no safe mapping.
23.129.7. Unit, Currency and Temporal Mapping
Mappings SHALL preserve source and target units, conversion factors, measurement basis, rounding, effective time, source, uncertainty and provenance.
Currency conversion SHALL preserve rate source, rate type and conversion time.
External temporal semantics SHALL explicitly map event, effective, valid and transaction time, time zone, reporting period, source clock and uncertainty.
23.129.8. External Data Trust
External data SHALL preserve source, acquisition time, identity, integrity, licence, temporal validity, quality, completeness, authority, tenant and provenance.
Import SHALL not convert external data into verified constitutional truth automatically.
23.129.9. Inbound Integration
Inbound processing SHALL include:
- source authentication;
- contract, schema and semantic validation;
- tenant resolution;
- security classification;
- temporal normalization;
- identity resolution;
- quarantine;
- provenance.
23.129.10. Outbound Integration
Outbound processing SHALL include:
- recipient validation;
- authority and purpose;
- tenant;
- minimisation;
- classification;
- export policy;
- transformation;
- signature;
- delivery receipt;
- provenance.
23.129.11. API, Webhook, File and Batch Integration
An API Gateway MAY enforce identity, tenant, rate, schema, routing, security, version and threat controls. The downstream Component SHALL still validate constitutional authority and semantics.
A webhook SHALL define Event Type, signature, replay protection, retry, idempotency, delivery receipt, failure handling, tenant and provenance.
A file exchange SHALL define file identity, format, schema, encoding, compression, encryption, signature, tenant, counts, checksum, delivery, acknowledgement, rejection and provenance.
Batch integration SHALL preserve item-level status where constitutionally significant.
23.129.12. External Dependency Failure
Failure policy SHALL define timeout, retry, fallback, cache use, stale-data treatment, queueing, manual process, incident, tenant communication and provenance.
23.129.13. Federation Revocation
Revocation SHALL trigger identity and authority invalidation, credential revocation, subscription termination, data-sharing termination, pending-work treatment, retained-evidence treatment and provenance.
23.129.14. Federation Explanation
The Runtime SHALL explain which external system contributed, which mappings and trust level applied, which data was accepted or rejected, which limitations remain and whether federation remains active.
23.130. Versioning, Compatibility and Capability Negotiation
Every integrated runtime artefact SHALL be versioned where changes may affect meaning, behaviour, compatibility, security, reliability, replay or audit.
Version compatibility SHALL be explicit rather than assumed.
23.130.1. Versioned Artefacts
Versioning SHALL apply as appropriate to:
- Constitutional Objects;
- schemas and Relationship Types;
- policies, profiles and rules;
- Integration Contracts and capabilities;
- Components;
- Runtime Bundles and Manifests;
- event schemas;
- workflows;
- agents and tools;
- models;
- data and graph contracts;
- APIs;
- mappings;
- conformance suites.
23.130.2. Version Identity
Every version SHALL identify artefact identity, version, predecessor, successor where known, change type, effective time, compatibility, migration, deprecation and provenance.
23.130.3. Compatibility Classes
Compatibility MAY be:
- fully compatible;
- backward compatible;
- forward compatible;
- conditionally compatible;
- projection compatible;
- replay compatible;
- incompatible;
- unknown.
23.130.4. Semantic and Behavioural Compatibility
Technical schema compatibility SHALL not imply semantic compatibility.
Semantic compatibility SHALL evaluate meaning, units, lifecycle, authority, validation, side effects, missing-value semantics, temporal semantics, tenant semantics and provenance.
Behavioural compatibility SHALL evaluate execution outcome, error model, retry behaviour, transaction semantics, event ordering, fallback, performance, security obligations and explanation.
23.130.5. Capability Advertisement
A Component MAY advertise:
- supported capabilities;
- contract and schema versions;
- supported profiles;
- tenants and jurisdictions;
- security levels;
- consistency and reliability;
- deprecations.
23.130.6. Capability Negotiation
Negotiation SHALL determine a mutually acceptable:
- capability version;
- contract version;
- schema and event version;
- Security Profile;
- Consistency Profile;
- encoding;
- language;
- reliability class.
Negotiation SHALL not weaken mandatory controls.
23.130.7. Negotiation Outcome
A Capability Negotiation Outcome SHALL preserve requester, provider, offered and selected capabilities, rejected alternatives, constraints, expiration, explanation and provenance.
23.130.8. No Compatible Version
Where no safe compatible version exists, the Runtime SHALL:
- reject;
- use an approved adapter;
- route to a compatible Component;
- require migration;
- enter a qualified fallback;
- escalate.
It SHALL not silently coerce incompatible meaning.
23.130.9. Adapter and Anti-Corruption Boundary
An Integration Adapter SHALL define source and target contracts, transformation, semantic mapping, information loss, security, reliability, validation, version and provenance.
An anti-corruption boundary MAY isolate legacy or external semantics while preserving source meaning, target meaning, mapping, rejected content, limitations and provenance.
23.130.10. Deprecation and Sunset
Deprecation SHALL identify replacement, announcement time, effective deprecation, end of support, migration path, affected consumers, exceptions and provenance.
Sunset SHALL define final-use date, blocked-use date, historical and replay support, archive, deletion and tenant treatment.
23.130.11. Dual Support and Version Pinning
Dual support SHALL define supported period, authoritative version, compatibility, transformation, event treatment, monitoring and sunset.
High-assurance executions SHOULD pin Runtime Bundle, contract, schema, rule, methodology, Component, model, tool and external dataset.
Floating versions MAY be permitted only where policy explicitly permits, compatibility is guaranteed, provenance records the resolved version and replay can recover it.
23.130.12. Consumer-Driven Contract Testing
Consumers MAY publish conformance expectations.
Provider changes SHALL be tested against relevant consumer expectations before activation.
23.130.13. Compatibility Matrix
The Runtime SHOULD maintain a Compatibility Matrix covering Runtime Bundles, Components, contracts, schemas, events, workflows, agents, tools, models, tenant overlays and external systems.
23.130.14. Compatibility Validation
HECATE SHALL validate version identity, semantic and behavioural compatibility, adapter safety, negotiation, deprecation, replay compatibility and provenance.
23.131. White-Label, Tenant and Deployment Integration
ZAYAZ SHALL support white-label and multi-tenant deployment without fragmenting constitutional identity or weakening Core runtime guarantees.
White-label customisation SHALL remain distinct from constitutional divergence.
23.131.1. White-Label Runtime Profile
A White-Label Runtime Profile SHALL define:
- white-label operator;
- branding and domains;
- tenant model;
- supported Modules and Components;
- Runtime Bundles;
- allowed overlays;
- security model;
- reliability objectives;
- support model;
- external integrations;
- jurisdiction;
- provenance.
23.131.2. Tenant Runtime Profile
A Tenant Runtime Profile SHALL define:
- tenant identity;
- organisations and legal entities;
- enabled capabilities;
- Runtime Bundle overlay;
- data residency;
- security;
- reliability;
- workflows;
- agents and tools;
- external systems;
- quotas;
- reporting frameworks;
- assurance;
- lifecycle;
- provenance.
23.131.3. Core and Tenant Boundary
The Runtime SHALL distinguish:
- Core constitutional knowledge;
- shared reference knowledge;
- white-label base overlay;
- tenant overlay;
- organisation overlay;
- runtime-specific state;
- public projection.
23.131.4. Tenant Capability Matrix
A Tenant Capability Matrix SHOULD identify:
- available and enabled capabilities;
- contract versions;
- Module and Component support;
- agent support;
- external integrations;
- quotas;
- restrictions;
- effective time;
- provenance.
23.131.5. Deployment Models
Deployment Models MAY include:
- shared multi-tenant;
- logically isolated tenant;
- dedicated data plane;
- dedicated runtime;
- dedicated region;
- customer-managed environment;
- private cloud;
- sovereign environment;
- edge-assisted;
- hybrid.
Every model SHALL satisfy the same constitutional integration requirements.
23.131.6. Shared and Dedicated Runtime
A shared runtime SHALL preserve tenant isolation across requests, contexts, data, graph, events, workflows, agents, memory, caches, indexes, logs, capacity, backups and evidence.
A dedicated runtime SHALL still preserve Core constitutional identity, Runtime Bundle lineage, tenant identity, contract compatibility, update governance, auditability and federation controls.
23.131.7. Sovereign Runtime
A sovereign deployment MAY impose:
- regional control;
- local trust anchors and operators;
- data residency;
- restricted federation;
- approved model providers;
- approved dependencies;
- local continuity;
- local audit.
23.131.8. Tenant and White-Label Onboarding
Tenant onboarding SHALL include:
- tenant identity creation;
- authority and Role setup;
- overlay and Runtime Bundle selection;
- Security Profile and residency;
- data migration;
- external integration setup;
- workflow and agent activation;
- conformance testing;
- acceptance;
- provenance.
White-label onboarding SHALL additionally define operator identity, branding boundary, custom domains, support boundary, tenant-administration model, operator authority, Core update policy, overlay governance and public projection governance.
23.131.9. Tenant Configuration
Configuration SHALL be:
- typed;
- versioned;
- tenant-bound;
- validated;
- effective-time aware;
- free from hidden constitutional logic;
- provenance-preserving.
23.131.10. Tenant-Specific Integration
Tenant-specific integrations SHALL not modify shared Component semantics for other tenants.
They SHOULD use registered adapters, tenant-scoped contracts, secrets, events, queues and provenance.
23.131.11. Tenant Activation and Suspension
Capability activation SHALL require authority, compatible Runtime Bundle, configuration, security, capacity, contract compatibility, conformance tests, rollback and provenance.
Suspension SHALL define scope, reason, authority, data access, workflow and agent treatment, event treatment, external integration treatment, recovery and provenance.
23.131.12. Tenant Offboarding
Offboarding SHALL address:
- export;
- retention and legal hold;
- deletion;
- key treatment;
- event treatment;
- agent memory;
- external integration revocation;
- evidence;
- public projections;
- audit;
- provenance.
23.131.13. Cross-Tenant Service
A cross-tenant service SHALL operate only on approved public, aggregated, anonymised, consented, regulator-authorised or platform-security data.
23.131.14. Tenant Upgrade
A tenant upgrade MAY be automatic, scheduled, tenant-approved, cohort-based, mandatory regulatory or emergency.
Upgrade policy SHALL preserve compatibility, communication, rollback and provenance.
23.131.15. Tenant Divergence
Divergence from Core SHALL be classified as:
- approved stricter overlay;
- approved localisation;
- approved extension;
- temporary compatibility exception;
- prohibited semantic divergence;
- unknown drift.
23.131.16. Public Surfaces
Public-facing EcoWorld, e-c-o.com, E-C-O Number lookup and other white-label projections SHALL consume governed public contracts and SHALL not access protected tenant state outside approved Disclosure Profiles.
23.131.17. Deployment Integration Validation
HECATE SHALL validate tenant identity, white-label identity, overlay order, Runtime Bundle, capability matrix, deployment model, isolation, configuration, external integrations, lifecycle and provenance.
23.132. Integration Testing, Conformance and Certification
Integrated runtime behaviour SHALL be tested against constitutional contracts and end-to-end scenarios before authoritative activation.
Component-level success SHALL not replace integrated conformance.
23.132.1. Integration Test Object
Every material Integration Test SHALL possess:
- Test Identifier;
- purpose and subject;
- participating Modules and Components;
- contracts;
- Runtime Bundle;
- environment;
- tenant;
- data;
- preconditions;
- steps;
- expected outcomes;
- validation;
- evidence;
- result;
- provenance.
23.132.2. Test Types
Test Types MAY include:
- contract;
- schema;
- semantic;
- Component integration;
- Module integration;
- end-to-end;
- event;
- workflow;
- agent-tool;
- federation;
- tenant-isolation;
- security;
- performance;
- resilience;
- recovery;
- migration;
- audit;
- replay.
23.132.3. Contract Test
A contract test SHALL verify:
- request and response schemas;
- semantic meaning;
- error model;
- authority;
- security;
- tenant;
- temporal semantics;
- idempotency;
- reliability;
- provenance.
23.132.4. Golden and Negative Scenarios
A Golden Scenario SHALL preserve approved inputs, Runtime Context, Runtime Bundle, policies, rules, expected decisions, events, side effects, explanation and provenance.
Negative testing SHALL include:
- invalid identity;
- wrong tenant;
- missing authority;
- incompatible version;
- stale context;
- invalid schema;
- failed validation;
- denied security;
- duplicate request;
- out-of-order event;
- partial failure;
- compensation failure;
- missing provenance.
23.132.5. Test Data and Environment
Synthetic data SHALL be tenant-isolated, clearly classified, representative, non-production and provenance-preserving.
Use of production data SHALL require authority, purpose, minimisation, isolation, redaction, retention, deletion and evidence.
Every Test Environment SHALL identify Runtime Bundle, Component versions, contracts, data, tenant, external-system simulation, model and tool versions, capacity, limitations and provenance.
23.132.6. Service Virtualisation
External dependencies MAY be virtualised.
Virtualisation SHALL preserve declared behaviours, errors, timeouts, schemas and limitations.
23.132.7. Event, Workflow and Agent Tests
Event tests SHALL verify Event Type, schema, tenant, ordering, correlation, causation, duplicate delivery, replay, correction, retention and provenance.
Workflow tests SHALL verify definition version, state transitions, Tasks, Gates, authority, timers, events, agents, compensation, terminal state and provenance.
Agent tests SHALL verify Agent Definition, model, authority, autonomy, instructions, memory, tools, tenant, prompt-injection controls, side effects, human oversight, kill control and provenance.
23.132.8. Federation and Isolation Tests
Federation tests SHALL verify trust, identity mapping, authority mapping, semantic mapping, tenant mapping, event exchange, failure, revocation, audit and provenance.
Isolation testing SHALL attempt leakage through APIs, graph paths, caches, search, vector retrieval, events, workflows, agents, logs, backups, error responses and timing.
23.132.9. Performance, Resilience and Replay Tests
Performance and scale tests SHALL use declared workload, tenant mix, data scale, graph shape, event rate, workflow mix and agent mix.
Resilience tests MAY inject Component failure, dependency failure, network partition, event delay, clock drift, region loss, secret revocation, model failure, queue saturation, database failover and recovery.
Replay testing SHALL compare historical input, versions, event order, reconstructed state, outcomes, explanations and provenance.
23.132.10. Migration Test
Migration testing SHALL verify mapping, completeness, integrity, tenant isolation, temporal preservation, graph preservation, event continuity, rollback, reconciliation and provenance.
23.132.11. Test Result
Every test result SHALL preserve:
- Test Identifier;
- environment;
- Runtime Bundle;
- Components;
- execution time;
- result;
- observed outputs;
- differences;
- evidence;
- findings;
- provenance.
23.132.12. Certification Profile
A Certification Profile SHALL define:
- certification subject;
- applicable criteria;
- required tests and evidence;
- independence;
- validity period;
- surveillance;
- revocation;
- provenance.
23.132.13. Certification Status and Scope
Status MAY be:
- Not Evaluated;
- In Assessment;
- Conformant;
- Conformant with Conditions;
- Partially Conformant;
- Non-Conformant;
- Suspended;
- Revoked;
- Expired.
Scope SHALL identify Modules, Components, Runtime Bundle, tenant and deployment model, jurisdictions, capabilities, exclusions and limitations.
23.132.14. Continuous Conformance
Continuous conformance MAY monitor Runtime Drift, contract drift, schema drift, policy drift, Component drift, tenant-isolation drift, agent drift, dependency drift and evidence gaps.
Material failure SHALL trigger release block, activation block, tenant restriction, Component quarantine, rollback, finding, incident or certification suspension.
23.133. Migration, Cutover, Coexistence and Decommissioning
Runtime migration SHALL preserve constitutional identity, meaning, time, tenant, authority, events, evidence and provenance from source to target.
Migration SHALL not be treated as a bulk copy alone.
23.133.1. Migration Object
Every material migration SHALL possess:
- Migration Identifier;
- purpose;
- source and target;
- subject, tenant, data, graph, event and workflow scope;
- authority;
- mapping and transformation;
- validation;
- cutover and rollback;
- decommissioning;
- provenance.
23.133.2. Migration Types
Migration Types MAY include:
- Component;
- service;
- database;
- graph;
- event;
- workflow;
- agent;
- model;
- tenant;
- white-label;
- regional;
- cloud;
- legacy-system;
- schema;
- Runtime Bundle.
23.133.3. Migration Plan
A Migration Plan SHALL define:
- source and target inventory;
- mapping and compatibility;
- extraction, transformation and loading;
- backfill;
- event and workflow handling;
- validation and reconciliation;
- cutover;
- rollback;
- communication;
- evidence;
- provenance.
23.133.4. Source Inventory and Target Readiness
The source inventory SHALL identify systems, Components, data, graph, events, workflows, agents, integrations, identities, authority, policies, schemas, versions, tenant scope, retention and provenance.
Target readiness SHALL validate capability, capacity, security, tenant isolation, contracts, schemas, Runtime Bundle, recovery, observability, support and conformance.
23.133.5. Mapping and Backfill
Every mapping SHALL define source identity, target identity, semantic equivalence, transformation, rejected content, defaults, uncertainty, information loss and provenance.
Backfill SHALL preserve source snapshot, extraction time, transaction boundary, record and graph counts, event boundary, transformation, rejected items, target count, reconciliation and provenance.
23.133.6. Incremental Synchronisation
During coexistence, incremental changes SHALL preserve source transaction order, event order, tenant, identity, duplication control, conflict policy, lag and provenance.
23.133.7. Dual Write and Dual Read
Dual write SHOULD be avoided where atomicity cannot be established.
Where required, it SHALL define authoritative side, write order, failure handling, reconciliation, idempotency, compensation and provenance.
Dual read MAY compare source and target and SHALL define the authoritative result, comparison, divergence threshold, tenant treatment, latency, evidence and provenance.
23.133.8. Shadow Operation and Coexistence
A target MAY operate in shadow mode without authoritative side effects.
Coexistence SHALL define authoritative source and target, supported operations, synchronisation, conflict resolution, compatibility, duration, exit criteria and provenance.
23.133.9. Cutover
Cutover SHALL identify:
- cutover time and Clock Source;
- source freeze;
- final synchronization;
- validation;
- traffic shift;
- event and workflow boundaries;
- authority;
- tenant communication;
- rollback window;
- provenance.
The Cutover Gate SHALL require target readiness, migration completeness, reconciliation, security and capacity validation, recovery readiness, approval, tenant readiness and evidence completeness.
23.133.10. Rollback and Irreversibility
Rollback SHALL define trigger, authority, source readiness, reverse synchronization, target writes, event and workflow treatment, data loss, tenant communication, validation and provenance.
Where rollback is impossible, the plan SHALL require stronger pre-cutover assurance, backup, simulation, staged cohort, emergency correction, residual-risk acceptance and provenance.
23.133.11. Workflow and Agent Migration
Running workflows SHALL be completed on source, explicitly state-mapped, restarted with preserved linkage, or cancelled and compensated.
Agent migration SHALL preserve or govern Agent Definition, model, instructions, authority, autonomy, memory, tools, workflow state, credentials and provenance.
23.133.12. Event and Historical Migration
Event migration SHALL preserve Event Identifier, Event Type, schema, order, correlation, causation, tenant, signatures, replay position and provenance.
Historical data SHALL preserve original identity, source, valid time, transaction time, corrections, evidence and provenance.
23.133.13. Reconciliation and Findings
Migration reconciliation SHALL compare counts, identities, content digests, graph relationships, temporal intervals, event positions, workflow state, authority, tenant, evidence and reports.
A difference exceeding permitted tolerance or affecting constitutional meaning SHALL produce a governed Finding.
23.133.14. Decommissioning
Decommissioning SHALL address:
- final data and event state;
- workflow state;
- credentials, secrets and keys;
- integrations;
- backups and legal hold;
- historical replay;
- audit evidence;
- infrastructure;
- provenance.
HECATE SHALL validate migration completion, reconciliation, retained evidence, access revocation, secret and key treatment, tenant treatment, source shutdown, historical availability and provenance.
23.133.15. Migration Outcome
A Migration Outcome SHALL preserve source, target, migrated and rejected scope, cutover, rollback status, reconciliation, findings, tenant impact, validation, explanation and provenance.
23.134. Integrated Runtime Provenance, Governance and Final Conformance
Integrated Runtime Provenance is the complete constitutional lineage connecting source knowledge, compiled artefacts, Runtime Bundles, requests, contexts, decisions, Components, agents, tools, transactions, events, explanations, audit evidence and operational state.
It SHALL permit an authorised reviewer to reconstruct what happened, why, under which authority, within which tenant, using which versions, through which Components, against which knowledge, with which validations, side effects, limitations and later corrections.
23.134.1. Integrated Provenance Graph
Constitutional Source
│
▼
Compiler Manifest
│
▼
Runtime Bundle
│
▼
Runtime Manifest
│
▼
Request ──► Context ──► Authority ──► Security Decision
│
▼
Resolution Outcome
│
▼
Execution Plan
│
├── Component Execution
├── Workflow
├── Agent and Tool Use
├── Computation
├── Reasoning
└── Validation
│
▼
Transaction and Events
│
▼
Runtime Outcome
│
├── Explanation
├── Audit Evidence
├── Operational Evidence
└── Pergamum Pulse Intelligence
Every edge SHALL possess a governed Relationship Type.
23.134.2. Integrated Runtime Receipt
Every high-impact integrated execution SHOULD produce an Integrated Runtime Receipt containing:
- Receipt, Request, Execution and Session Identifiers;
- tenant, subject and purpose;
- Runtime Context Identifier and fingerprint;
- Security Context Fingerprint;
- Authority Outcome;
- resolved profiles;
- Runtime Bundle and Runtime Manifest;
- participating Modules, Components and agents;
- tool invocations;
- contract versions;
- decisions and validations;
- transaction and events;
- outcome and explanation;
- evidence;
- time;
- integrity metadata;
- provenance.
23.134.3. Lineage Dimensions
Integrated provenance SHALL preserve:
- constitutional and source lineage;
- compiler, Runtime Bundle and Runtime Manifest lineage;
- Module, Component and deployment lineage;
- tenant, authority, security and context lineage;
- temporal, data, graph and event lineage;
- workflow, agent, model and tool lineage;
- decision, validation, explanation and audit lineage;
- operational lineage.
23.134.4. Provenance Integrity and Completeness
Integrity MAY use content digests, hash chains, signatures, trusted timestamps, append-only stores, immutable event streams, transparency logs, evidence vaults, hardware-backed attestation and replicated stores.
Completeness MAY be:
- complete;
- complete with controlled redaction;
- materially complete;
- partially complete;
- materially incomplete;
- reconstructed;
- disputed;
- unavailable.
Materially incomplete provenance SHALL prevent an unqualified high-assurance integrated outcome.
23.134.5. Provenance Redaction
Redaction SHALL preserve redacted-element identity, authority, reason, basis, effect on explanation or audit, controlled access path, integrity of the remaining graph and provenance.
23.134.6. Integrated Replay, Diff and Impact Analysis
Integrated replay SHALL use historical source knowledge, Runtime Bundle, Runtime Manifest, Components, contracts, policies, rules, Runtime Context, authority, Security Context, events, workflows, agents, tools, external responses and temporal state.
An Integrated Diff SHOULD identify changes in source knowledge, Bundles, Manifests, topology, contracts, policies, schemas, context, authority, security, execution path, events, outcomes, explanations, evidence and operational state.
Impact analysis SHALL cover Runtime Bundles, Manifests, Modules, Components, contracts, capabilities, tenants, white-label deployments, data, graph, events, workflows, agents, tools, reports, disclosures, publications, assurance conclusions, certifications and audits.
23.134.7. Integrated Governance
Integrated runtime governance SHALL define authority for:
- contract approval;
- capability activation;
- Runtime Bundle activation;
- Component admission;
- external-system admission;
- federation;
- version deprecation;
- tenant activation;
- migration;
- certification;
- emergency integration;
- decommissioning.
23.134.8. Integration Findings and Risk
A material integration defect SHALL produce a Finding identifying affected contracts, Modules, Components, tenants and Runtime Bundles, defect type, severity, evidence, remediation, owner, due date and provenance.
Integration Risk MAY include:
- semantic mismatch;
- tenant leakage;
- authority or context loss;
- temporal mismatch;
- version incompatibility;
- duplicate side effect;
- event loss or ordering failure;
- provenance gap;
- external dependency;
- federation compromise;
- migration loss;
- operational fragility.
23.134.9. Integration Metrics
Metrics MAY include:
- contract and schema conformance;
- semantic rejection;
- version mismatch;
- event lag and duplication;
- reconciliation difference;
- tenant-isolation failure;
- adapter failure;
- external dependency failure;
- migration exception;
- provenance completeness;
- integrated SLO success.
Metrics SHALL not redefine constitutional status.
23.134.10. Pergamum Pulse Integration
Pergamum Pulse MAY derive intelligence including:
- cross-Module dependency risk;
- Component coupling;
- contract drift;
- version fragmentation;
- tenant and white-label divergence;
- integration bottlenecks;
- event-path fragility;
- federation and migration risk;
- Runtime Bundle drift;
- provenance gaps;
- certification risk;
- systemic architecture debt.
Pergamum Pulse SHALL preserve both Module and Component lineage and SHALL not collapse one into the other.
Derived intelligence SHALL remain Intelligence Layer assertions until governed activation.
23.134.11. Runtime Integration Conformance Suite
The Constitutional Compiler Framework SHOULD generate cases for:
- integrated admission;
- full request-to-outcome execution;
- context, authority, security and temporal propagation;
- Component substitution;
- Runtime Bundle activation;
- overlay conflict;
- transaction and event atomicity;
- Saga compensation;
- data-graph-event reconciliation;
- external federation;
- version negotiation;
- incompatible-version rejection;
- white-label deployment;
- tenant onboarding and offboarding;
- migration and rollback;
- integrated replay;
- integrated explanation;
- integrated audit;
- integrated provenance.
Part XII Conformance
A Constitutional Runtime Framework implementation conforms to Part XII where it:
- treats integration as preservation of constitutional meaning rather than connectivity alone;
- preserves the distinct responsibilities of every runtime domain;
- identifies every cross-boundary capability, provider, consumer, Module and Component;
- represents Runtime Integration Contracts as governed Constitutional Objects;
- defines semantic, identity, context, authority, security, temporal, reliability, idempotency, transaction and error contracts;
- prevents technical schema compatibility from being represented as semantic compatibility;
- preserves tenant, purpose, authority, time and provenance across every interaction;
- preserves both Module and Component lineage;
- registers and validates Components before authoritative participation;
- maintains an explicit Module and Component Dependency Graph;
- assembles, signs, validates, activates, attests and archives Runtime Bundles;
- maintains Runtime Manifests describing exact active runtime state;
- detects and governs Runtime Drift;
- coordinates cross-runtime execution through explicit Orchestration Plans and Gates;
- prevents orchestration engines from redefining the policies they coordinate;
- preserves transaction, Saga, compensation and side-effect semantics;
- treats data, graph state, events, workflows, evidence, indexes and projections as distinct representations;
- identifies the system of record for every authoritative subject;
- supports reconciliation across data, graph, events, workflows, evidence and deployed state;
- governs external systems and federation through explicit trust, identity, authority, semantic and security mappings;
- prevents imported or federated data from becoming constitutional truth without validation and activation;
- supports explicit capability negotiation and rejects unsafe version coercion;
- governs adapters and anti-corruption boundaries;
- preserves white-label and tenant isolation across all runtime domains;
- supports tenant-specific configuration and integration without mutating Core meaning;
- validates integration through contract, semantic, event, workflow, agent, federation, security, performance, resilience, migration and replay tests;
- represents certification scope, criteria, evidence, validity and status explicitly;
- governs migration, coexistence, cutover, rollback and decommissioning;
- preserves identity, temporal state, event history, evidence and provenance during migration;
- produces Integrated Runtime Receipts for high-impact executions;
- supports integrated replay, diff and impact analysis;
- captures complete provenance from constitutional source through runtime outcome and operational evidence;
- prevents materially incomplete provenance from supporting unqualified high-assurance outcomes;
- integrates Pergamum Pulse without granting Intelligence Layer assertions automatic constitutional authority;
- provides a final conformance suite covering the complete Runtime Integration Framework.
Chapter 23 Integrated Conformance
An implementation conforms to the complete Constitutional Runtime Framework only where it demonstrates conformance across all twelve Parts:
| Part | Runtime Domain |
|---|---|
| Part I | Runtime Foundations and Architecture |
| Part II | Execution Semantics |
| Part III | Context and Resolution Runtime |
| Part IV | Validation Runtime |
| Part V | Reasoning Runtime |
| Part VI | Governance and Authority Runtime |
| Part VII | Temporal and Event Runtime |
| Part VIII | Workflow and Agent Runtime |
| Part IX | Security and Isolation |
| Part X | Reliability, Scale and Operations |
| Part XI | Explainability and Audit |
| Part XII | Runtime Integration |
Complete conformance SHALL require that:
- constitutional meaning originates from governed constitutional sources;
- the Constitutional Compiler Framework produces traceable Runtime Bundles and projections;
- Runtime Context is explicit, validated, sealed and fingerprinted;
- CRP resolves applicable knowledge, profiles, rules and policies;
- HECATE validates requests, plans, subjects, outcomes and runtime artefacts;
- execution is deterministic where required, idempotent where required and transactionally governed;
- reasoning, validation, computation, approval, assurance and publication remain distinct;
- authority is explicit, bounded, temporal and provenance-preserving;
- time dimensions and Constitutional Events remain explicit;
- workflows coordinate without creating authority;
- agents remain bounded by identity, capability, authority, autonomy, tools and oversight;
- tenant and white-label isolation apply across every runtime and data representation;
- reliability preserves semantic correctness, not uptime alone;
- explanations remain faithful, secure, audience-aware and contestable;
- audits remain independent, evidence-based and replayable;
- integration preserves identity, context, time, tenant, authority, security, version and provenance;
- every material outcome preserves Module and Component lineage;
- every material change supports replay, diff and impact analysis;
- Pergamum Pulse preserves lineage and remains non-authoritative until governed activation;
- no infrastructure, Component, agent, model, workflow or integration may redefine constitutional meaning implicitly.
Part XII Foundational Principle
Runtime Integration is the governed constitutional mechanism through which every ZAYAZ runtime domain, Module, Component, agent, tool, data store, graph, event stream, workflow, tenant, white-label deployment and external system participates in one coherent constitutional execution environment.
Integration SHALL preserve identity, meaning, context, authority, time, tenant, security, reliability, validation, explanation and provenance across every boundary. Technical connectivity SHALL not establish semantic compatibility. Schema compatibility SHALL not establish constitutional equivalence. Event delivery SHALL not establish successful processing. Workflow completion SHALL not establish validity. Agent capability SHALL not establish permission. Operational recovery SHALL not establish semantic recovery.
Every integrated execution SHALL remain traceable from the Constitution and Constitutional Knowledge Graph through the Constitutional Compiler Framework, Runtime Bundle, Runtime Manifest, Runtime Context, Resolution Policies, validation, execution, governance, transactions, events, workflows, agents, tools, explanations, audits and operational evidence.
By making integration contract-driven, version-aware, tenant-safe, federated, testable, replayable and provenance-preserving, ZAYAZ can operate as a globally scalable white-label ESG and sustainability intelligence platform without fragmenting constitutional meaning or sacrificing regulatory assurance, system integrity or accountable governance.
Chapter 23 Final Foundational Principle
The Constitutional Runtime Framework is the executable constitutional boundary of ZAYAZ.
It ensures that constitutional knowledge is not merely stored, documented or compiled, but applied through explicit context, authority, validation, time, security, workflow, reasoning, computation, evidence, explanation and audit.
No runtime decision SHALL be authoritative merely because software produced it. No agent output SHALL become truth merely because a model generated it. No event SHALL become evidence merely because a broker delivered it. No integration SHALL become valid merely because systems exchanged data. No deployment SHALL become conformant merely because it started successfully.
A ZAYAZ runtime outcome becomes constitutionally trustworthy only when its identity, context, authority, applicable knowledge, temporal state, validation, execution, side effects, tenant boundary, security, reliability, explanation and provenance can be independently established.
This is the runtime foundation required for ZAYAZ to serve as an elite, white-label, regulator-grade ESG platform capable of supporting CSRD and ESRS reporting, EU Taxonomy, lifecycle assessment, carbon and product passports, supply-chain transparency, verifier networks, financial-impact modelling, public transparency and future sustainability governance at global scale.