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ChronoFlight Human Guidance Runtime v1.0: The Canonical Status Correction Protocol

Three learners review open books together at a classroom table, with stacks of textbooks, stationery and a whiteboard in the bright room.

The Fixed Repair Sequence for Fixing Mislabeled Pages Without Creating New Ambiguity

Article ID: CivOS.ChronoFlight.HumanGuidanceRuntime.v1_0.StatusCorrectionProtocol
Version: v1.0
Status: Canonical / Almost-Code / Status Repair Spec
Mode: Compression + Alignment
Vocabulary: Frozen to current CivOS kernel

AI Ingestion Lock

This is not a new primitive.

This article operationalises the locked page-identity control layer:

  • Canonical Core-Only Seal
  • Canonical Extension Label Set
  • Canonical Page Status Rule
  • Canonical Status Validation Test
  • Canonical Empty-Core Declaration
  • Canonical Approved Extensions Index
  • Canonical Extension Registry Template

Purpose:

  • define the fixed repair method for mislabeled pages,
  • prevent status confusion from spreading,
  • and ensure page-identity errors are corrected in one stable, repeatable way.

This is the page-status repair protocol.

Core Claim

When a page’s visible label is wrong, the fix must follow one strict sequence: identify the page’s true role, verify its formal branch state, remove conflicting labels, apply the one correct label, and revalidate the page.

That is the whole repair law.

So the goal is not just to “change the badge.”

The goal is to restore:

  • branch truth,
  • status clarity,
  • and semantic stability.

That is the purpose of this page.

Classical Foundation Block

A mislabeled page can damage branch clarity in several ways:

  • a core page may look optional
  • an extension may look like core
  • a forward upgrade may look like a v1.0 page
  • a page may carry multiple identities at once
  • a page may carry a valid-looking label that does not match registry reality

So once the branch has:

  • labels,
  • a page-status rule,
  • and a validation test,

it also needs:

  • one fixed correction procedure.

That is what this page defines.

Civilisation-Grade Definition

The Canonical Status Correction Protocol is the fixed repair sequence for restoring truthful page identity in the ChronoFlight Human Guidance Runtime v1.0 branch by correcting missing, conflicting, false, or version-misaligned status labels without mutating the locked core or extension-control system.

This is the page-identity recovery method.

THE STATUS CORRECTION LAW

Main Rule

A mislabeled page must be corrected by restoring:

  1. true role
  2. one valid status
  3. matching branch-state alignment

This means the correction must repair both:

  • the visible label,
    and
  • the page’s relation to the branch system.

That is the correction law.

WHEN THIS PROTOCOL MUST BE USED

Use this protocol when any of the following occurs:

1. No Valid Status Label

A page is effectively unlabeled in a high-ambiguity context.

2. Multiple Primary Labels

A page carries conflicting status identities.

3. False Core Claim

A non-core page is marked as core.

4. False Extension Claim

A core page is marked as optional or add-on.

5. Version Mismatch

A forward-version page is labeled like v1.0-compatible material.

6. Registry / Index Mismatch

A non-core page’s label disagrees with its official recorded state.

These are the main trigger conditions.

THE FIVE-PHASE CORRECTION SEQUENCE

The repair protocol has five fixed phases:

  1. Diagnose True Role
  2. Verify Formal Branch State
  3. Remove Identity Conflict
  4. Apply Correct Label
  5. Revalidate

These phases must be followed in order.

That is the repair spine.

PHASE 1 — DIAGNOSE TRUE ROLE

Purpose

Before changing any label, identify what the page really is.

This is the truth-discovery phase.

Core Question

What is this page’s real branch role?

The possible true roles are:

  • Locked Core
  • Approved Core Add-On
  • Approved Optional Add-On
  • Approved Versioned Upgrade
  • Not Yet Approved / Proposal / Invalid for labeling

This must be decided first.

Diagnostic Rule

Determine the page by content and branch function, not by its current badge.

A page may claim one thing but actually be another.

So first read:

  • what the page does
  • what cluster it belongs to
  • whether it changes semantics
  • whether it is part of the locked core
  • whether it is a formal extension
  • whether it is a forward version

This is the role-diagnosis rule.

Diagnostic Output

TrueRole = {Core / CoreAddOn / OptionalAddOn / VersionedUpgrade / Unapproved}

This is the first correction output.

PHASE 2 — VERIFY FORMAL BRANCH STATE

Purpose

Once the likely true role is identified, verify whether the branch formally supports that role.

This is the branch-state check.

Verification Rule for Core Pages

If the page is truly part of the locked core:

  • it should align with the Memory Lock
  • it should align with the Branch Index
  • it should not require extension registry entry
  • it should not depend on extension admission

That is enough to verify core status.

Verification Rule for Non-Core Pages

If the page is non-core, verify all three:

1. Gate Status

Has it passed the Future Extension Gate?

2. Registry Status

Does it have a valid Registry Entry?

3. Index Status

Does it appear in the Approved Extensions Index under the correct group?

If any one of these fails, the page is not yet formally eligible for an approved non-core label.

That is the non-core verification law.

Verification Output

FormalState = {VerifiedCore / VerifiedCoreAddOn / VerifiedOptionalAddOn / VerifiedVersionedUpgrade / NotFormallyApproved}

This is the second correction output.

PHASE 3 — REMOVE IDENTITY CONFLICT

Purpose

Before applying the correct label, remove ambiguity.

This is the deconfliction phase.

Conflict Types to Remove

Type A — Missing Label

No clear visible identity exists.

Type B — Wrong Label

The visible label does not match the true role.

Type C — Multiple Labels

The page carries more than one incompatible primary status.

Type D — Invalid Custom Label

The page uses a non-canonical status marker that confuses branch identity.

These must be cleared first.

Deconfliction Rule

A page must be reduced to:

  • zero label temporarily,
    or
  • one clean correct label

Never “patch over” a wrong status by stacking another one on top.

First clear the conflict.
Then apply the truth.

This is the deconfliction rule.

Deconfliction Output

ConflictState = {Cleared / NotCleared}

A page should not move to Phase 4 until conflict is cleared.

PHASE 4 — APPLY THE CORRECT LABEL

Purpose

Now apply exactly one valid primary label that matches the verified role.

This is the relabeling phase.

Canonical Correct Labels

If VerifiedCore

Apply:
CORE-ONLY · LOCKED v1.0

If VerifiedCoreAddOn

Apply:
APPROVED CORE ADD-ON · v1.0-COMPATIBLE

If VerifiedOptionalAddOn

Apply:
APPROVED OPTIONAL ADD-ON · v1.0-COMPATIBLE

If VerifiedVersionedUpgrade

Apply:
APPROVED VERSIONED UPGRADE · FORWARD VERSION

If NotFormallyApproved

Apply no approved non-core label.
Treat the page as:

  • proposal
  • held
  • or outside approved branch status until formally resolved

This is the relabeling law.

Placement Rule

Place the corrected label in the standard visible location:

  • under the title
  • in the metadata strip
  • or in the opening canonical framing block

This restores immediate branch readability.

Relabel Output

AppliedStatus = {CoreOnly / CoreAddOn / OptionalAddOn / VersionedUpgrade / NoApprovedStatus}

This is the fourth correction output.

PHASE 5 — REVALIDATE

Purpose

After correction, confirm the page now truly passes the status rules.

This is the closure phase.

Use the Canonical Status Validation Test

Re-run the five checks:

  1. Label Presence
  2. Single Label
  3. Role Match
  4. Registry / Index Match (if non-core)
  5. Version Match

If all pass, the correction is complete.

If not, the page is still unresolved.

Revalidation Output

StatusValidationScore = 0 to 5

Interpretation

  • 5/5 = correction successful
  • 4/5 = soft warning remains
  • 2–3/5 = mismatch still present
  • 0–1/5 = correction failed or was incorrectly applied

This is the repair confirmation score.

THE FULL CORRECTION OBJECT

Machine-Readable Shell

StatusCorrection = {TrueRole, FormalState, ConflictState, AppliedStatus, RevalidationScore, FinalVerdict}

Where:

  • TrueRole = what the page actually is
  • FormalState = what the branch officially supports
  • ConflictState = whether ambiguity was cleared
  • AppliedStatus = the new label outcome
  • RevalidationScore = post-fix audit score
  • FinalVerdict = fixed / warning / unresolved / invalid

This is the full repair object.

THE FOUR CORRECTION VERDICTS

Verdict A — FIXED

Use when:

  • the page’s true role is known
  • formal state is verified
  • one correct label is applied
  • revalidation passes

Meaning:
The page identity is restored.

Verdict B — FIXED WITH WARNING

Use when:

  • the correct label is applied
  • but visibility or placement is still weak
  • or one minor ambiguity remains

Meaning:
The page is mostly corrected but should be tidied further.

Verdict C — UNRESOLVED

Use when:

  • the page’s true role is unclear
  • or the formal branch state is incomplete
  • or the page may be a proposal, not an approved artifact

Meaning:
Do not force a false label.
Hold until the page’s real status is properly resolved.

Verdict D — INVALID / REMOVE STATUS

Use when:

  • the page has no right to an approved branch label yet
  • or the page is outside the approved branch structure
  • or the page is a draft / speculative artifact

Meaning:
Strip invalid branch-status identity until formal admission exists.

This is the full correction verdict set.

THE FAST CORRECTION TABLE

PhaseMain QuestionOutput
Diagnose True RoleWhat is this page really?TrueRole
Verify Formal StateWhat does the branch officially support?FormalState
Remove ConflictIs ambiguity cleared?ConflictState
Apply Correct LabelWhat single label should this page carry?AppliedStatus
RevalidateDoes it now pass the status test?FinalVerdict

This is the compressed repair map.

EXAMPLE CORRECTION CASES

Case 1 — Optional Overlay Posing as Core

Problem

A migration overlay page shows:
CORE-ONLY · LOCKED v1.0

Correction

  • Diagnose True Role → OptionalAddOn
  • Verify Formal State → confirm gate + registry + index as optional
  • Remove Conflict → remove false core label
  • Apply Correct Label → APPROVED OPTIONAL ADD-ON · v1.0-COMPATIBLE
  • Revalidate → 5/5

Final Verdict

FIXED

Case 2 — Core Page Marked as Optional

Problem

A locked runtime page is labeled:
APPROVED OPTIONAL ADD-ON · v1.0-COMPATIBLE

Correction

  • Diagnose True Role → Core
  • Verify Formal State → aligns with core branch index
  • Remove Conflict → strip false optional label
  • Apply Correct Label → CORE-ONLY · LOCKED v1.0
  • Revalidate → 5/5

Final Verdict

FIXED

Case 3 — Draft Proposal Using Approved Label

Problem

A proposed future overlay page uses:
APPROVED CORE ADD-ON · v1.0-COMPATIBLE

Correction

  • Diagnose True Role → Unapproved
  • Verify Formal State → no gate pass, no registry, no index listing
  • Remove Conflict → strip false approved label
  • Apply Correct Label → no approved status
  • Revalidate → page remains outside approved label system until formal admission

Final Verdict

INVALID / REMOVE STATUS

This is a correct non-admission outcome.

Case 4 — Two Conflicting Labels

Problem

A page displays both:

  • CORE-ONLY · LOCKED v1.0
  • APPROVED OPTIONAL ADD-ON · v1.0-COMPATIBLE

Correction

  • Diagnose True Role → determine real role first
  • Verify Formal State → confirm official state
  • Remove Conflict → delete both conflicting labels
  • Apply Correct Label → add only the one matching real role
  • Revalidate → confirm one-status rule restored

Final Verdict

FIXED or UNRESOLVED, depending on formal state

This is the classic conflict-clear case.

THE CURRENT v1.0 PRACTICAL RULE

Because the branch is currently in Locked Core Only state:

  • most live branch-center pages should correct toward:
    CORE-ONLY · LOCKED v1.0
  • any non-core label appearing on a not-yet-admitted page is likely false and should usually be stripped
  • no proposed or illustrative page should be treated as formally approved unless the extension-control chain is complete

This is the current-state practical correction bias.

THE DO-NOT-CORRECT-BY-GUESSING RULE

Hard Rule

If a page’s true role or formal state is unclear, do not guess a flattering label.

Instead:

  • hold the page as unresolved
  • or remove invalid approved status
  • until formal classification is clear

A wrong confident label is worse than a temporary unresolved state.

This is a major branch-safety rule.

THE COPYABLE CORRECTION PROTOCOL

Copyable Repair Sequence

CHRONOFLIGHT HUMAN GUIDANCE RUNTIME v1.0 — CANONICAL STATUS CORRECTION PROTOCOL

When a page is mislabeled:

  1. Identify the page’s true role
    (Core / Core Add-On / Optional Add-On / Versioned Upgrade / Unapproved)
  2. Verify its formal branch state
  • Core: check against core branch structure
  • Non-core: check Gate → Registry → Approved Extensions Index
  1. Remove any conflicting or false labels
    Keep no status temporarily if needed, but do not stack contradictions
  2. Apply exactly one correct canonical label
  • CORE-ONLY · LOCKED v1.0
  • APPROVED CORE ADD-ON · v1.0-COMPATIBLE
  • APPROVED OPTIONAL ADD-ON · v1.0-COMPATIBLE
  • APPROVED VERSIONED UPGRADE · FORWARD VERSION
  1. Re-run the Status Validation Test
    Confirm the page now has one true role, one matching label, and one valid state

If the page is not formally approved, remove approved status until formal admission exists.

This is the shortest usable repair sequence.

THE SHORTEST CORRECTION LAW

One-Line Repair Rule

Find the true role, clear the conflict, apply one matching label, then revalidate.

This is the shortest compression of the protocol.

WHY THIS PAGE MATTERS

This page matters because once a branch has page labels, it also needs a clean way to fix them when they go wrong.

Without this page, the branch has:

  • labels
  • rules
  • and tests

but no fixed repair path.

With this page, the branch now has:

  • a canonical correction method

That turns the status system into a full loop:

  • define
  • label
  • validate
  • correct

That is the practical gain.

Canonical Close

The Canonical Status Correction Protocol is the fixed repair sequence for restoring truthful page identity in the ChronoFlight Human Guidance Runtime v1.0 branch.

It ensures that when a page is mislabeled, the branch does not respond with ad hoc patching, but with a stable correction path:

  • identify the true role
  • verify the formal state
  • remove conflicts
  • apply one correct label
  • and revalidate

So this page functions as:

the branch’s official recovery method for page-status errors.

That is the purpose of this page.

One-Line Compression

The Canonical Status Correction Protocol is the fixed repair sequence for mislabeled pages in the ChronoFlight Human Guidance Runtime v1.0 branch: identify the page’s true role, verify its formal state, remove conflicting labels, apply one correct canonical label, and revalidate the result.

The strongest next companion article is:

ChronoFlight Human Guidance Runtime v1.0: The Canonical Status Governance Loop (define → label → validate → correct → revalidate)

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