Network Architecture

Routing & Network Behavior

Govern how a QR interaction is permitted to resolve and where it may route.

Protocol Family: Network
Status: Published
Version: 1.0
Effective Date: 2026-08-12
Related Department: QRProtocol.us
Scope: Resolver and destination behavior for governed QR objects.
Purpose: Govern how a QR interaction is permitted to resolve and where it may route.
Dependencies: operating-sequence

Routing is governed.

A QR destination is not necessarily the same thing as QR identity. That distinction allows the infrastructure to govern routing without abandoning the identity and history of the QR object.

Protocol establishes rules for:

•Conditional routing
•Geographic routing
•Time-based routing
•Role-based routing
•State-based routing
•Event-based routing
•Route priority
•Fallback routing
•Route recovery

When routing changes, the governing rules determine whether that change is permitted and what record must be created.

This creates controlled routing rather than uncontrolled destination behavior.

Identity and destination are separate concerns. Because the QR identity persists independently of where the interaction resolves, a destination may change under governed conditions without discarding the object's history, state or evidence.

Conditional

Resolution depends on evaluated state, authority, time or location rather than a fixed target.

Priority

Where more than one route is available, priority determines which authorized pathway applies.

Fallback

A defined alternative pathway applies when the primary route cannot be used.

Recovery

Routing failures return the interaction to a controlled state rather than an undefined one.

Change control

When routing changes, the governing rules determine whether the change is permitted and what record must be created for it.

Definition

A QR destination is not necessarily the same thing as QR identity. That distinction allows the infrastructure to govern routing without abandoning the identity and history of the QR object.

Governing Rule

This creates controlled routing rather than uncontrolled destination behavior.

Implementation Notes

When routing changes, the governing rules determine whether that change is permitted and what record must be created.

What it governs

— Authorized destinations and resolution behavior
— Conditions under which a route may change
— Handling of failed routes and resolver conditions
— External handoffs and confirmation

Permitted

— Conditional, geographic, time-based, role-based, state-based and event-based routing
— Fallback routing and route recovery where the applicable Protocol defines one
— Recording of route changes

Not permitted

— Reducing a Registered QR Code to a generic redirect
— Changing a route outside the governing rules or without the required record
— Any claim of universal or governmental DNS control

When the condition passes: The interaction resolves to the authorized destination and the outcome is recorded.
When the condition fails: A routing or resolver failure is handled under Failures & Exceptions.
Department performing the operation: Protocol governs routing rules. Resolution occurs within the proprietary destination environment; the demonstration environment is QuickResponseCode.us.
Record / evidence required: Route changes, failures and confirmations recorded where required.
Where the operational record lives: QRCodex.us.

Direct Answers

Is a Registered QR Code just a redirect?

No. Reducing a Registered QR Code to a generic redirect is expressly not permitted. Resolution is governed: routing may be conditional, geographic, time-based, role-based, state-based or event-based, and route changes are recorded where required.

Does QR Protocol control DNS?

No. No claim of universal or governmental DNS control is made. Resolution occurs within the applicable proprietary destination environment, demonstrated at QuickResponseCode.us.