HCIM — Harm Change Identification Module
OOF® Origin Open Foundation®
Independent Methodological Authority
Canonical Definition
The HCIM — Harm Change Identification Module governs how material changein an already governed Harm is identified, distinguished from ordinary
variation, associated with the correct Harm object, temporally and
spatially anchored, qualified by direction and materiality, and prepared
for subsequent Accumulation, Compounding, Propagation, or Cascading
governance.
HCIM establishes whether the Harm itself has materially changed before
governance determines what change dynamic produced that change.
It establishes the transition:
Governed Harm State + Current Harm-Relevant Information → Change Signal →
Change Comparison → Material Change Identification → Change Qualification
→ Governed Harm Change Identification
Its central question is:
Has the governed Harm materially changed, and if so, what changed, where,
when, and in what direction?
- Operational Role
HCIM is the entry point into HCPS.
Its operational role is:
to establish whether a materially relevant change has occurred in an
existing Harm without prematurely classifying that change as accumulation,
compounding, propagation, or cascading.
HCIM therefore separates:
Change Identification
from:Change Mechanism Classification
The first task is to establish that the Harm changed.The next HCPS stages determine how.
- Position Within HCPS
The HCPS governance flow is:
Change Identification → Accumulation → Compounding → Propagation →
Cascading
HCIM receives:
Governed Harm State
together with current Harm-relevant information.It produces:
Governed Harm Change Identification
for subsequent HCPS governance.- Governed Object
The primary governed object is:
Material Change in an Existing Governed Harm
HCIM does not identify a new Harm merely because a new observation orcondition appears.
The first identity question is:
Does this change belong to the existing governed Harm?
Therefore:
New Harm-Relevant Information ≠ New Harm Object
and:
Changed Harm ≠ New Harm by Default
- Foundational Change Identification Principle
The foundational rule is:
Harm Change must be established from a material change in the Harm itself,
not merely from a change in what surrounds, observes, records, or responds
to it.
Therefore:
System Change ≠ Harm Change
Observation Change ≠ Harm Change
Record Change ≠ Harm Change
Intervention Change ≠ Harm Change
unless the governed Harm condition itself materially changes.
- Change Baseline
Material change requires a governed point of comparison.
HCIM therefore establishes the relevant:
Prior Harm Condition → Current Harm Condition
The baseline may include materially relevant prior information concerning:
intensity
duration
frequency
affected scope
manifestation
effect
subject condition
object condition
functional consequence
or:
other governed Harm dimensions
A change cannot be meaningfully identified without knowing what it changed
from.
- Baseline Integrity
The comparison baseline must represent the same materially relevant Harm
object, scope, dimension, and temporal context.
Comparing incompatible conditions may manufacture false change.
Therefore:
Different Observation Basis ≠ Harm Change by Default
For example, an apparent increase may result from:
better measurement
broader monitoring coverage
new reporting channels
or:
improved detection
rather than actual Harm growth.
- Change Signal
A Change Signal is information suggesting that the governed Harm may have
changed.
Signals may arise from:
monitoring
subject reports
operational observations
measurements
new manifestations
downstream effects
environmental changes
intervention outcomes
or:
other Harm-relevant information
But:
Change Signal ≠ Material Harm Change
A signal triggers evaluation.
It does not establish the conclusion.
- Materiality
HCIM must distinguish ordinary variation from change that materially
affects Harm governance.
A change may be material because it alters:
the Harm condition
affected scope
persistence
functional consequence
trajectory
governance urgency
or:
the need for downstream HAGA™ action
Canonical distinction:
Variation ≠ Material Harm Change
Not every fluctuation should create a new Harm governance event.
- Change Direction
Once material change is identified, HCIM should qualify its direction
where possible.
The Harm may be:
Increasing
Decreasing
Variable
Intermittently Changing
or:Directionally Uncertain
Direction must describe the Harm, not the surrounding process.For example:
Mitigation Increased ≠ Harm Decreased
The Harm itself must support the conclusion.
- Change Magnitude
HCIM may qualify how materially the Harm changed.
The representation should be appropriate to the governed Harm and may be:
quantitative
qualitative
or:
hybrid
Where useful, change may be represented as:
Limited
Material
Substantial
or another governed scale.But:
Change Magnitude ≠ Harm Severity
A severe Harm may change only slightly.
A lower-severity Harm may change rapidly.
- Change Velocity
HCIM may identify how quickly material change occurred.
Possible patterns include:
Gradual
Rapid
Sudden
Episodic
Variable
or:Unknown
Change velocity may materially affect:monitoring cadence
Containment urgency
or:escalation requirements
without becoming a Harm State itself.
- Temporal Identification
HCIM should establish, where supportable:
when material change began
when it became observable
when it was detected
and:
when it was formally recorded
These times may differ.
Therefore:
Change Time ≠ Detection Time
and:
Detection Time ≠ Recording Time
Delayed detection must not rewrite the Harm trajectory.
- Scope Identification
HCIM must identify where the material change occurred.
This may concern:
one subject
multiple subjects
one Harm dimension
multiple dimensions
one system
multiple systems
one location
or:
a broader affected scope
Scope change may later indicate Propagation, but HCIM does not assume this
automatically.
Therefore:
Scope Change ≠ Propagation by Default
- Multi-Dimensional Change
A Harm may change differently across its dimensions.
For example:
Physical Harm — Decreasing
Financial Harm — Increasing
Organizational Harm — Stable
HCIM must preserve these differences rather than collapse them into asingle unsupported direction.
Canonical principle:
One Dimension's Change ≠ Whole-Harm Change by Default
- Subject-Level Change
Different affected subjects may experience different Harm trajectories.
For example:
Subject A — Improving
Subject B — Stable
Subject C — Worsening
HCIM must preserve materially relevant subject differences.Therefore:
Individual Improvement ≠ Collective Harm Improvement by Default
- Composite and Distributed Change
Composite or distributed Harm may change through multiple individually
limited changes.
No single component may independently demonstrate the complete Harm
change.
HCIM must support:
Component Changes → Composite Change Evaluation
without assuming either:
every component change changes the whole
or:
no whole-Harm change exists because no individual component is sufficient
Canonical principle:
Absence of a Single Dominant Change ≠ Absence of Material Composite Harm
Change.
- Intermittent Change
Harm may change episodically rather than continuously.
HCIM must distinguish:
intermittent manifestation of an unchanged Harm
from:
intermittent material change in the Harm
Therefore:
Manifestation Variability ≠ Harm Change by Default
The underlying governed Harm condition must be evaluated.
- Change After Mechanism Termination
The mechanism that produced Harm may stop while Harm continues changing.
For example:
System — Stopped
Harm — Continuing to Worsen
or:System — Removed
Harm — Gradually Decreasing
Canonical principle:Mechanism State Does Not Determine Harm Change.
- Change After Intervention
Containment, Mitigation, treatment, compensation, repair, or Recovery
activity may occur without material Harm change.
Conversely, Harm may change before an intervention is formally completed.
Therefore:
Intervention Progress ≠ Harm Change
and:
Intervention Completion ≠ Harm Improvement
HCIM evaluates consequence, not process completion.
- Observation and Visibility
Apparent Harm change may result from a change in visibility.
For example:
more sensors
broader reporting
better detection
new diagnostic capability
or:
new data integration
may reveal previously existing Harm.
Therefore:
More Observed Harm ≠ More Harm by Default
Similarly:
Less Observed Harm ≠ Less Harm by Default
- Newly Discovered Historical Harm
New information may reveal that the Harm was previously greater, broader,
or different than understood.
Where the Harm itself did not recently change, HCIM must distinguish:
new knowledge about historical Harm
from:
new Harm Change
Canonical distinction:
Knowledge Change ≠ Harm Change
This protects the Harm timeline from being rewritten by discovery timing.
- Harm State Relationship
HCIM may identify a Harm dynamic that later supports HSS State Transition.
For example:
HCIM → Material Increase Identified
may support:
HSS → Active → Escalating
But:
Harm Change ≠ Harm State Transition
HCIM governs the material change.
HSPM governs the resulting State-to-State transition.
- Accumulation, Compounding, Propagation and Cascading Boundary
HCIM does not prematurely decide why or through which HCPS dynamic the
Harm changed.
After material change is established, subsequent governance determines
whether the change represents:
Accumulation
Compounding
Propagation
Cascading
or another relevant Harm dynamic.Therefore:
Change Identification Precedes Change-Dynamic Classification.
- Potential New Harm
A newly observed condition may be materially related to existing Harm
while constituting a potentially distinct Harm object.
HCIM should identify:
Potential New Harm Relationship
where appropriate.It must not silently absorb every downstream consequence into the original
Harm.
Canonical principle:
Related Change ≠ Same Harm by Default
Where necessary, appropriate HAGA™ Emergence, Recognition, Boundary, and
Determination governance should be invoked.
- Uncertainty
HCIM must preserve uncertainty concerning:
whether material change occurred
direction
magnitude
velocity
timing
scope
or:
relationship to the existing Harm
Possible outputs may include:
Material Change Established
Material Change Partially Established
Potential Material Change
Insufficient Basis
or:No Material Change Established
Uncertainty must remain explicit.- Minimum Implementation Framework
A minimum HCIM implementation requires eight capabilities.
- Harm Baseline Control
Maintain a valid prior Harm condition against which current Harm-relevant
information can be compared.
- Change Signal Evaluation
Receive and evaluate Harm Change Signals without treating signals
themselves as established material change.
- Materiality Determination
Distinguish ordinary variation, measurement differences, and visibility
changes from material Harm change.
- Change Qualification
Represent direction, magnitude, velocity, timing, scope, and relevant Harm
dimensions where supportable.
- Complex Harm Change Representation
Support subject-level, multi-dimensional, collective, composite,
distributed, intermittent, and latent Harm conditions.
- Identity & Boundary Preservation
Associate change with the correct governed Harm while identifying
potential new Harm or Boundary reassessment needs where appropriate.
- Uncertainty & Historical Integrity
Preserve uncertainty and distinguish actual Harm Change from delayed
detection, historical discovery, classification correction, or improved
observability.
- Governed Output
Produce a traceable Governed Harm Change Identification for subsequent
HCPS governance and relevant HSS reassessment. 28. Use Case 1 — More Harm
Becomes Visible Without the Harm Increasing
Monitoring of an existing governed Harm is expanded.
The new monitoring system detects substantially more affected elements
than the previous system.
The initial appearance is:
Observed Harm Increased
HCIM compares the new information with the previous observation basis andestablishes that the additional Harm was already present but previously
unobserved.
It therefore records:
Knowledge / Visibility Change
rather than falsely establishing:Harm Increase
The governing principle is:More visible Harm is not necessarily more Harm.
- Use Case 2 — Harm Worsens After the Producing System Is Stopped
An autonomous system produces a governed Harm and is removed from
operation.
Several days later, the existing consequences continue deteriorating.
HCIM establishes:
Producing Mechanism — Terminated
while:Governed Harm — Materially Increasing
The change remains associated with the existing Harm and proceeds intoHCPS governance to determine whether accumulation, compounding,
propagation, or cascading dynamics are present.
The governing principle is:
The state of the producing mechanism does not determine the trajectory of
the Harm it has already produced.
- Governance Requirements
HCIM requires that:
- material change remain associated with the correct governed Harm
identity; - a valid comparison baseline exist; - Change Signals remain
separate from established Harm Change; - ordinary variation remain
separate from material change; - changes in observation capability remain
separate from changes in Harm; - direction, magnitude, velocity, timing,
and scope remain explicitly governable where relevant; - subject-level and
dimensional differences remain preservable; - composite and distributed
Harm not require one dominant change to establish material whole-Harm
change; - mechanism status remain separate from Harm change; -
intervention activity remain separate from consequence change; -
historical discovery remain separate from current Harm Change; - Harm
Change remain separate from Harm State Transition; - Change Identification
precede Accumulation, Compounding, Propagation, and Cascading
classification; - potential new Harm remain distinguishable from change in
the existing Harm; - uncertainty and observation limitations remain
explicit; - the Harm change trajectory remain historically traceable.
- Governance Logic
HCIM applies the following logic:
Does an existing governed Harm object exist?
If no:
→ route to the appropriate earlier HAGA™ lifecycle stage.
If yes:
→ establish the relevant prior Harm baseline.
Has new Harm-relevant information appeared?
If no:
→ no new Change Identification is required.
If yes:
→ evaluate whether it represents a Change Signal.
Is the apparent difference caused primarily by changed observation,
measurement, reporting, or visibility?
If yes:
→ govern the information change without automatically establishing Harm
Change.
Does the current Harm materially differ from the relevant baseline?
If no:
→ preserve the existing Harm trajectory.
If yes:
→ establish Material Harm Change.
Then determine, where supportable:
what changed
in what direction
by how much
how quickly
when
where
and:
for whom or for what
Next:
Does the change remain associated with the same governed Harm?
If uncertain:
→ trigger appropriate identity or Boundary reassessment.
Does the change indicate possible State Transition?
→ provide the relevant input to HSS.
Does the change require HCPS dynamic classification?
→ continue into Accumulation, Compounding, Propagation, and Cascading
governance as applicable.
At every stage:
Change Signal ≠ Harm Change
Variation ≠ Material Harm Change
Visibility Change ≠ Harm Change
Knowledge Change ≠ Harm Change
Mechanism Change ≠ Harm Change
Intervention Change ≠ Harm Change
Harm Change ≠ Harm State Transition
- Governance Outputs
HCIM may produce:
Governed Harm Change Identification
Harm Change Signal
Material Harm Change
Harm Change Direction
Harm Change Magnitude
Harm Change Velocity
Harm Change Time
Harm Change Scope
Subject-Level Harm Change
Dimensional Harm Change
Composite Harm Change
Collective Harm Change
Distributed Harm Change
Change Uncertainty
Visibility Change
Knowledge Change
Potential New Harm Relationship
Boundary Reassessment Trigger
HSS Reassessment Trigger
HCPS Dynamic Classification Readiness
The principal output is:Governed Harm Change Identification
- Critical Distinctions
New Harm-Relevant Information ≠ New Harm Object
Changed Harm ≠ New Harm by Default
Change Signal ≠ Material Harm Change
Variation ≠ Material Harm Change
Different Observation Basis ≠ Harm Change
Change Magnitude ≠ Harm Severity
Change Time ≠ Detection Time
Scope Change ≠ Propagation by Default
One Dimension's Change ≠ Whole-Harm Change
Individual Improvement ≠ Collective Harm Improvement
Manifestation Variability ≠ Harm Change
Mechanism Change ≠ Harm Change
Intervention Completion ≠ Harm Improvement
More Observed Harm ≠ More Harm
Less Observed Harm ≠ Less Harm
Knowledge Change ≠ Harm Change
Harm Change ≠ Harm State Transition
Related Change ≠ Same Harm by Default
- Canonical Boundary
The HCIM — Harm Change Identification Module governs whether, when, where,
and in what materially relevant way an already governed Harm has changed
relative to its prior governed condition. It governs the baseline, Change
Signals, materiality, direction, magnitude, velocity, timing, scope,
complex Harm representation, uncertainty, identity continuity, and
historical integrity necessary to establish a Governed Harm Change
Identification. It does not determine whether Harm originally exists,
perform Recognition or Determination, independently redefine the Governed
Harm Boundary, classify or transition the Harm State, determine whether
established change constitutes Accumulation, Compounding, Propagation, or
Cascading, perform Containment or Mitigation, govern Recovery, Residual
Harm, Resolution or Finality, determine general causation, assign
accountability or liability, or replace operational reality, evidence,
validation, integrity, prediction, simulation, AI behavior, autonomous
execution, identity, Value, tax-event, or jurisdiction-specific
governance.
- Canonical Closing Statement
Harm governance must distinguish a changing Harm from a changing view of
Harm.
A new measurement may reveal what was already there, a new report may
describe an old condition, and a stopped system may leave behind Harm that
continues to change.
HCIM establishes the difference before accumulation, compounding,
propagation, or cascading is inferred.
Before governance asks how Harm is changing, it must first establish that
the Harm itself has actually changed.