Parent Standard: Orchestration Governance Layer (OGL™)
Category: AI & Interpretation
Subcategory: Context Routing Governance
Type: Orchestration Governance Module
Version: 1.0
Status: Canonical · Open Module
Effective Date: 8 May 2026
Compatibility: OOF® Methodology OS™ · OGL™ · CLIA® · CML · RIS · INTEGROS® · EVIP® · Harness Architectures
Authority: OOF®
Protection: MIP® — Methodological Intellectual Property
Canonical Language: English (UCL™)

Canonical Definition

Context Routing Governance Module defines the governance
conditions under which context, memory, instructions, task state,
operational signals, and decision-relevant information are distributed,
filtered, exposed, restricted, or withheld between agents, models,
tools, runtimes, or execution layers.

A system satisfies CRGM only if:

• context routing boundaries are explicitly defined
• routing is limited to valid operational need
• restricted context is not exposed without authorization
• routed context remains traceable across the orchestration path
• context transfer does not bypass governance, integrity, runtime, or ethical restrictions

A system that routes context without governed boundaries does not
satisfy CRGM.

Module Function

CRGM defines the context-distribution boundary of orchestration
governance.

It ensures that context routing is not treated as a neutral technical
convenience, but as a governance event that affects authority,
visibility, execution validity, and system integrity.

The module applies wherever multi-agent systems exchange memory,
prompts, task context, intermediate outputs, execution signals, or
decision-relevant information.

Minimum Implementation Framework (MIF)

Step 1 — Define Context Classes

The organization must define what kinds of context may exist inside the
orchestrated system.

Minimum requirement:

• context classes are explicit
• restricted and unrestricted context are distinguishable
• undefined context categories are excluded from valid routing logic

Step 2 — Define Routing Eligibility

The system must define who may receive which context.

Minimum requirement:

• routing eligibility is explicit
• receiving entity is valid for the context it receives
• unauthorized context exposure is excluded from valid operation

Step 3 — Define Routing Conditions

The system must define under what conditions context may be routed.

Minimum requirement:

• routing triggers are explicit
• necessity of transfer is defined
• routing is not treated as open-ended propagation by default

Step 4 — Define Restriction and Filtering Logic

The system must define how context is filtered, limited, masked,
segmented, or withheld.

Minimum requirement:

• restriction logic is explicit
• unnecessary exposure is prevented
• routing does not silently expand visibility across agents or layers

Step 5 — Preserve Routing Traceability

The system must preserve the path through which context moved.

Minimum requirement:

• routing path is traceable
• context origin, destination, and transfer condition remain visible
• later review can reconstruct what moved, where, and why

Step 6 — Restrict Invalid Routing

The system must not be treated as valid if context routing is used to
bypass authority boundaries, runtime limits, information restrictions,
or ethical constraints.

Minimum requirement:

• invalid routing conditions are identifiable
• uncontrolled context spread is blocked
• routing convenience does not override governance validity

Use Case 1 — Multi-Agent Enterprise Information Flow

Scenario

An enterprise AI system routes internal task context, intermediate
outputs, and execution signals between specialized agents handling
analysis, drafting, review, and decision support.

Application

CRGM is used to ensure:

• context classes are defined
• routing eligibility is explicit
• restricted context is filtered or withheld where required
• the context path remains traceable across agents

Result

The organization gains a stronger basis for governing multi-agent
collaboration without allowing context routing to become uncontrolled
information spread.

Use Case 2 — Dynamic Runtime Coordination Environment

Scenario

A runtime orchestration system dynamically routes context between agents
based on workflow state, memory conditions, tool results, or task
escalation.

Application

CRGM is used to ensure:

• routing conditions are governed
• transfer remains bounded by defined need
• restricted context is not propagated by default
• routing remains auditable during dynamic execution

Result

The organization gains a structurally governed routing layer instead of
relying on open context propagation as if it were automatically valid
orchestration behavior.

Canonical Closing Statement

If context moves without governed boundaries, orchestration
integrity has not been achieved.

→ Orchestration Governance Layer (OGL™)