RHIM — Residual Harm Identification Module
OOF® Origin Open Foundation®
Independent Methodological Authority
Canonical Definition
The RHIM — Residual Harm Identification Module governs how Harm thatcontinues to remain after materially relevant Recovery has been evaluated
is identified as a candidate for Residual Harm and distinguished from
temporary unrecovered conditions, continuing active Harm, newly emerging
Harm, unresolved Recovery uncertainty, historical Harm, and consequences
that no longer constitute current Harm.
RHIM determines whether materially relevant Harm remains after Recovery,
what remaining Harm belongs to the original governed Harm lifecycle, which
subjects, objects, components, domains, locations, or effects it continues
to affect, how its boundary may differ from the original Harm Boundary,
and whether the remaining condition has a sufficient governed basis to be
identified as Residual Harm.
It establishes the transition:
Governed Harm Recovery Evaluation + Remaining Harm Candidate Set →
Remaining Harm Examination → Residual Qualification → Residual Boundary →
Residual Harm Identification → Governed Residual Harm Identification
Its central question is:
What Harm continues to remain after Recovery, and which remaining
conditions can legitimately be identified as Residual Harm?
- Operational Role
HREM determines:
what has recovered and what remains unrecovered.
RHIM determines:
which remaining Harm has become Residual Harm.
Its operational role is:
to convert materially supported remaining Harm into a governed Residual
Harm identification without treating every unrecovered condition as
residual.
This distinction is fundamental:
Unrecovered Condition ≠ Residual Harm by Default
- Position Within HRRHS
The HRRHS governance flow is:
Recovery Initiation → Recovery Progress → Recovery Evaluation → Residual
Harm Identification → Residual Harm State
RHIM governs the fourth stage:
Residual Harm Identification
It receives principally:Governed Harm Recovery Evaluation
and:Remaining Harm Candidate Set
It produces:Governed Residual Harm Identification
for:RHSM — Residual Harm State Module
- Governed Object
The primary governed object is:
Remaining Harm potentially qualifying as Residual Harm
RHIM does not govern all remaining differences from the pre-Harmcondition.
A changed condition is not necessarily Harm.
Likewise, an unrecovered condition is not necessarily Residual Harm.
Therefore:
Post-Harm Difference ≠ Residual Harm
Unrestored Condition ≠ Residual Harm
Remaining Harm Candidate ≠ Residual Harm Established
- Foundational Residual Harm Principle
The foundational rule is:
Residual Harm is Harm that remains materially present after relevant
Recovery has been sufficiently evaluated and cannot legitimately be
represented as recovered, eliminated, absent, or merely historical.
Residual Harm is therefore a current governed Harm condition.
It is not simply:
evidence that Harm once occurred.
- Residual Harm Qualification
A remaining condition may qualify for Residual Harm Identification where
there is sufficient basis that:
Harm remains materially present
the remaining Harm belongs to the relevant governed Harm lifecycleRecovery has been sufficiently evaluated for the relevant condition
the condition is not merely a temporary unresolved Recovery observationand:
the remaining condition still constitutes Harm
Qualification must remain appropriate to the Harm being governed.
- Recovery Evaluation Sufficiency
Residual Harm should not be established prematurely where Recovery remains
too uncertain or insufficiently evaluated.
Therefore:
Recovery Incomplete ≠ Residual Harm Established by Default
A condition may remain:
Remaining Harm Candidate
until sufficient Recovery evaluation exists.This prevents ordinary Recovery progression from being prematurely
classified as Residual Harm.
- Residual Harm and Ongoing Recovery
Residual Harm does not universally require all Recovery activity to have
ended.
Some Harm may become sufficiently established as residual while other
dimensions continue recovering.
Therefore:
Recovery Continuing ≠ Residual Harm Impossible
The relevant question is whether the particular remaining Harm has a
sufficient basis for Residual identification.
- Residual Harm and Recovery Limits
Recovery may reach a materially supported limit.
Conceptually:
Recovery → Achievable Recovery Condition → Harm Still Remains
The remaining Harm may then qualify as Residual Harm.
However:
Current Recovery Limit ≠ Permanent Recovery Limit by Default
Future conditions, technologies, interventions, resources, or knowledge
may alter what is recoverable.
- Residual Harm and Partial Recovery
Partial Recovery may naturally coexist with Residual Harm.
Conceptually:
Original Harm → Partial Recovery → Residual Harm
This is not a contradiction.
Canonical principle:
Recovery and Residual Harm describe different parts of the post-Harm
reality.
- Residual Harm and Successful Recovery
Successful Recovery does not require that every Harm consequence
disappear.
A legitimate Recovery Target may be achieved while Harm remains.
Therefore:
Recovery Target Achieved + Residual Harm = Valid Governed Condition
and:
Residual Harm ≠ Recovery Failure
- Residual Harm and Pre-Harm Difference
A post-Recovery condition may differ permanently from the pre-Harm state
without constituting Residual Harm.
For example, a system may operate through a different but non-harmful
configuration.
Therefore:
Difference from Pre-Harm State ≠ Residual Harm
RHIM identifies Harm, not historical difference.
- Residual Harm and Adaptation
Adaptation may conceal continuing Harm.
A subject may regain function by working around a permanent impairment.
Therefore:
Adapted Function ≠ Residual Harm Eliminated
RHIM must examine whether Harm remains beneath or alongside the adapted
condition.
- Residual Harm and Compensation
Compensation may address consequences associated with Harm without
eliminating the Harm itself.
Therefore:
Compensation ≠ Residual Harm Elimination
A compensated Harm may remain Residual Harm.
Conversely, compensation may continue after Harm has ceased.
The two objects remain separate.
- Residual Harm and Dependency
A subject may regain function only because a continuing dependency
compensates for remaining Harm.
RHIM must preserve whether the underlying Harm remains.
Therefore:
Dependency-Supported Recovery ≠ Residual Harm Absence
External support may manage consequences without removing the Harm
condition.
- Residual Harm vs Active Continuing Harm
Not every continuing Harm is Residual Harm.
Some Harm may still be:
actively developing
propagating
accumulating
compounding
or:
being newly produced
Such Harm remains governed through the appropriate earlier HAGA™ lifecycle
spaces.
Canonical distinction:
Continuing Harm ≠ Residual Harm by Default
Residual identification must not hide active Harm production.
- Residual Harm vs New Harm
New Harm emerging during Recovery must not automatically be absorbed into
the residual condition of the original Harm.
Therefore:
New Harm ≠ Residual Harm of Original Harm by Default
Where appropriate, the new Harm enters its own governed HAGA™ lifecycle.
- Residual Harm vs Historical Harm
Historical Harm may have existed but no longer remain materially present.
Therefore:
Historical Harm ≠ Residual Harm
Residual Harm concerns what continues to exist now.
A record of past Harm remains evidence of history, not proof of current
Residual Harm.
- Residual Harm vs Latent Harm
A Harm may remain materially present without producing continuously
observable effects.
RHIM must therefore allow Residual Harm that is:
latent
intermittent
conditional
or:
periodically expressed
Canonical principle:
Absence of continuous manifestation does not establish absence of Residual
Harm.
- Residual Harm vs Risk
Residual Harm is existing Harm.
Risk concerns possible future Harm.
Therefore:
Residual Harm ≠ Risk
Residual Harm may create future risk, but the objects remain distinct.
- Residual Harm Boundary
The Residual Harm Boundary identifies what belongs to the remaining
governed Harm after Recovery.
It may include materially relevant:
subjects
objects
effects
domains
locations
time conditions
and:
downstream consequences
The Residual Harm Boundary must correspond to current post-Recovery
reality.
- Original Harm Boundary vs Residual Harm Boundary
The Residual Harm Boundary may differ substantially from the original Harm
Boundary.
Conceptually:
Original Harm Boundary → Recovery → Residual Harm Boundary
Some originally affected components may recover fully.
Others may remain harmed.
Therefore:
Original Harm Boundary ≠ Residual Harm Boundary by Default
- Boundary Contraction
Recovery may reduce the Harm Boundary.
For example:
10 affected components → 3 components remain harmed
The Residual Harm Boundary should reflect the remaining three rather than
preserve the historical ten as currently harmed.
Canonical principle:
Historical Harm Scope must not inflate current Residual Harm Scope.
- Boundary Redistribution
Residual Harm may remain in a different distribution from the original
Harm.
For example, direct Harm may recover while downstream Harm persists
elsewhere.
Therefore:
Residual Harm Location ≠ Original Harm Location by Default
RHIM must follow the Harm that remains.
- Residual Harm Transformation
Remaining Harm may differ in form from the original Harm.
A temporary operational Harm may leave a persistent capability impairment.
A physical Harm may produce a lasting functional consequence.
Therefore:
Residual Harm Form ≠ Original Harm Form by Default
The connection must remain governed without requiring identical
manifestation.
- Residual Harm Across Domains
Original Harm may span several domains while Residual Harm remains only in
selected domains.
For example:
Physical Harm → Recovered
Operational Harm → Recovered
Financial Harm → Residual
or:
Environmental Harm → Residual
RHIM must preserve domain-specific Residual Harm.
- Composite Residual Harm
Composite Harm may leave residual conditions in selected components.
For example:
Component A → No Residual Harm
Component B → Residual Harm Identified
Component C → Identification Uncertain
Therefore:
Residual Harm in One Component ≠ Residual Harm Across Entire Composite by
Default
- Collective Residual Harm
Where Harm affects a group or population, Residual Harm may remain
concentrated in a subset.
A strong collective Recovery average must not erase remaining Harm
affecting a materially significant subgroup.
Therefore:
Collective Recovery ≠ Universal Residual Harm Absence
- Distributed Residual Harm
Distributed systems, infrastructure, organizations, environments, or
societies may retain Residual Harm in particular locations or nodes.
Therefore:
Recovery in Most Locations ≠ No Distributed Residual Harm
RHIM must preserve materially relevant residual concentration.
- Residual Harm Persistence
Residual Harm may persist across time.
Persistence may be:
continuous
intermittent
conditional
recurrent
or:
uncertain
RHIM identifies persistence characteristics where they materially affect
whether Harm remains.
Detailed state governance belongs to RHSM.
- Residual Harm Severity
Residual Harm may be:
minor
material
substantial
or otherwise domain-appropriately characterized.
However:
Reduced Severity ≠ Harm Absence
Harm may become less severe through Recovery while remaining legitimate
Residual Harm.
- Residual Harm Accumulation
Residual Harm may continue to accumulate even after Recovery of other
conditions.
Where accumulation represents active Harm Change or Propagation, HCPS
remains relevant.
RHIM must not use “residual” to remove actively changing Harm from earlier
governance stages.
Therefore:
Residual Classification ≠ Exemption from Harm Change Governance
- Residual Harm Reversibility
Residual Harm may later become recoverable.
Therefore:
Residual Harm ≠ Irreversible Harm
A Harm condition can legitimately be residual today and recoverable later.
New interventions, knowledge, resources, environmental changes, or
technologies may alter the Recovery possibility.
- Residual Harm Permanence
Permanence should not be assumed merely because Harm has been classified
as residual.
Therefore:
Residual Harm ≠ Permanent Harm by Default
Where permanence is materially supported, it may be represented.
Where it is uncertain, uncertainty must remain explicit.
- Residual Harm Uncertainty
Residual identification may remain uncertain because of:
insufficient Recovery evaluation
latent effects
measurement limitations
conflicting indicators
uncertain Harm persistence
uncertain boundary
or:
uncertain relationship to the original Harm lifecycle
RHIM must preserve:
Residual Harm Identification Uncertain
rather than force establishment or rejection.- Residual Harm Identification States
RHIM may represent identification through states such as:
No Residual Harm Candidate Identified
Residual Harm Candidate Identified
Residual Harm Identification Pending
Residual Harm Partially Established
Residual Harm Identified
Residual Harm Identification Uncertain
or:Residual Harm Not Established
These are identification states.They are not the full Residual Harm lifecycle state governed by RHSM.
- Residual Harm Traceability
Residual Harm should remain traceable through the relevant Harm lifecycle.
Conceptually:
Governed Harm → Mitigation → Recovery Initiation → Recovery Progress →
Recovery Evaluation → Remaining Harm → Residual Harm Identification
Traceability prevents Residual Harm from becoming an isolated post-Harm
label.
- Causation Boundary
RHIM may require sufficient association between the remaining Harm and the
governed Harm lifecycle to identify it as residual.
However, RHIM does not become a general causation or forensic
investigation system.
Therefore:
Residual Harm Association ≠ General Causation Determination
The question is whether the remaining Harm legitimately belongs to the
governed Harm lifecycle.
- Accountability and Liability Boundary
Residual Harm may exist regardless of whether:
accountability
responsibility
or:
liability
has been established.
Therefore:
No Accountability Determination ≠ No Residual Harm
No Liability ≠ No Residual Harm
and:
Residual Harm ≠ Liability
HAGA™ governs Harm.
Adjacent architectures govern their respective objects.
- Value Boundary
Residual Harm may create persistent value consequences.
However, RHIM does not determine the value lifecycle.
HAGA™ asks:
What Harm remains?
VFM® asks:
What happened to value as a result?
Therefore:
Residual Harm ≠ Value Loss
A relationship may exist without methodological identity.
- Resolution Boundary
Residual Harm does not automatically prevent future Harm Resolution.
Some Harm lifecycles may reach legitimate Resolution while Residual Harm
remains recognized and governed.
Therefore:
Residual Harm Exists ≠ Resolution Impossible
The conditions for Resolution and Finality belong to:
HRFS — Harm Resolution & Finality Standard
- Residual Harm Reassessment
Residual Harm Identification must be reassessed where:
Recovery resumes
Residual Harm decreases
Residual Harm disappears
new information emergesthe Harm Boundary changes
new Harm appears
previously latent Harm manifests
or:
the identification basis materially changes
Canonical principle:
Residual Harm is a governed current condition, not a permanent historical
label.
- Minimum Implementation Framework
A minimum RHIM implementation requires exactly eight capabilities.
- Remaining Harm Examination
Examine materially relevant unrecovered conditions and determine whether
current Harm continues to remain after Recovery Evaluation.
- Residual Qualification
Distinguish legitimate Residual Harm from temporary unrecovered
conditions, incomplete Recovery, historical Harm, new Harm, active
continuing Harm, risk, and non-harmful post-Recovery difference.
- Residual Harm Boundary Establishment
Identify the current subjects, objects, effects, domains, locations,
temporal conditions, and downstream consequences belonging to the
remaining Harm.
- Residual Harm Form & Distribution Identification
Preserve transformation, contraction, redistribution, composite,
collective, distributed, and cross-domain Residual Harm where materially
relevant.
- Persistence, Reversibility & Permanence Governance
Distinguish persistent, intermittent, latent, potentially recoverable,
irreversible, and uncertain Residual Harm without assuming that residual
means permanent.
- Lifecycle Traceability & Boundary Control
Maintain sufficient traceability to the governed Harm lifecycle while
preserving boundaries with new Harm, active Harm Change, general
causation, accountability, liability, and value governance.
- Uncertainty & Reassessment Governance
Preserve uncertainty and require reassessment when Recovery, Harm,
boundary, persistence, or the identification basis materially changes.
- Governed Output
Produce a traceable Governed Residual Harm Identification suitable for
Residual Harm State governance. 44. Use Case 1 — Recovery Achieved With
Permanent Functional Limitation
An affected subject achieves the legitimate Recovery Target and returns to
stable functioning.
However, a specific capability remains permanently impaired as a
consequence of the governed Harm.
RHIM distinguishes:
Recovery Target Achieved
from:Residual Harm Absent
and may identify the continuing impairment as:Residual Harm
The governing principle is:Successful Recovery and Residual Harm can coexist without contradiction.
- Use Case 2 — Most of a Distributed System Recovers
A distributed infrastructure system experiences governed Harm across
multiple locations.
Recovery restores normal operation in most locations, while a small number
of materially important nodes retain persistent impairment.
RHIM contracts the original Harm Boundary to represent where Harm actually
remains.
It does not preserve every historically affected location as currently
harmed.
The governing principle is:
Residual Harm follows the Harm that remains, not the historical size of
the Harm that once existed.
- Governance Requirements
RHIM requires that:
- Residual Harm remain distinct from merely unrecovered conditions
- post-Harm difference not automatically become Residual Harm
- Residual Harm represent currently existing Harm rather than only
historical Harm; - sufficient Recovery Evaluation precede Residual Harm
identification where required; - ongoing Recovery not universally prevent
Residual Harm identification; - current Recovery limits not automatically
become permanent limits; - Partial Recovery and Residual Harm be allowed
to coexist; - successful Recovery not require Residual Harm absence; -
adaptation not hide continuing Harm; - compensation not be confused with
Harm elimination; - dependency-supported function not automatically
establish Residual Harm absence; - active continuing Harm remain
distinguishable from Residual Harm; - new Harm remain distinguishable from
original Residual Harm; - historical Harm remain distinct from current
Residual Harm; - latent and intermittent Residual Harm remain
representable; - Residual Harm remain distinct from risk; - Residual Harm
Boundary reflect current post-Recovery reality; - original and Residual
Harm Boundaries remain distinguishable; - boundary contraction and
redistribution remain representable; - transformed Residual Harm remain
governable; - cross-domain differences remain visible; - composite,
collective, and distributed Residual Harm remain separately governable; -
reduced severity not be confused with Harm absence; - active Harm
accumulation remain subject to Harm Change governance; - Residual Harm not
automatically imply irreversibility or permanence; - uncertainty remain
explicit; - Residual Harm remain traceable to the relevant Harm lifecycle;
- association remain distinct from general causation determination; -
Residual Harm remain independent from accountability and liability
conclusions; - Residual Harm remain distinct from value consequences; -
Residual Harm not automatically prevent Resolution; - Residual Harm
Identification remain reassessable.
- Governance Logic
RHIM applies the following logic:
Has Recovery been sufficiently evaluated for the relevant condition?
If no:
→ maintain:
Remaining Harm Candidate / Identification Pending / Uncertain
If yes:→ ask:
Does Harm materially remain?
If no:
→ Residual Harm is not established for that condition.
If yes:
→ determine whether the condition represents:
Residual Harm Candidate
Active Continuing Harm
New Harm
Historical Harm
Temporary Unrecovered Condition
Risk
or:Non-Harmful Post-Recovery Difference
If the condition remains Harm and legitimately belongs to the governedHarm lifecycle:
→ establish the current:
Residual Harm Boundary
Then determine:What remains harmed?
Where does Harm remain?
In what form?
Across which domains?
Across which subjects or components?
Is it continuous, intermittent, latent, or uncertain?
Is it potentially recoverable?
Is permanence established or merely assumed?
Does active Harm production continue?
Has new Harm emerged?
What uncertainty remains?
Then establish:
Governed Residual Harm Identification
and hand off:Residual Harm Identification → Residual Harm State
Throughout:
Unrecovered ≠ Residual
Different ≠ Harmed
Historical ≠ Current
Risk ≠ Harm
Continuing Harm ≠ Residual Harm by Default
New Harm ≠ Original Residual Harm
Residual ≠ Permanent
Residual ≠ Irreversible
Residual Harm ≠ Liability
Residual Harm ≠ Value Loss
- Governance Outputs
RHIM may produce:
Governed Residual Harm Identification
Remaining Harm Candidate Set
Residual Harm Qualification
Residual Harm Identification State
Residual Harm Boundary
Residual Harm Subject Set
Residual Harm Object Set
Residual Harm Effect Set
Residual Harm Domain Set
Residual Harm Location Set
Residual Harm Temporal Condition
Residual Harm Form
Residual Harm Distribution
Composite Residual Harm Identification
Collective Residual Harm Identification
Distributed Residual Harm Identification
Cross-Domain Residual Harm Identification
Residual Harm Persistence Characteristic
Residual Harm Reversibility Condition
Residual Harm Permanence Uncertainty
Residual Harm Identification Uncertainty
Residual Harm Lifecycle Traceability
Residual Harm Reassessment Trigger
and:Residual Harm State Readiness
The principal output is:Governed Residual Harm Identification
- Critical Distinctions
Unrecovered Condition ≠ Residual Harm
Post-Harm Difference ≠ Residual Harm
Unrestored Condition ≠ Residual Harm
Remaining Harm Candidate ≠ Residual Harm Established
Recovery Incomplete ≠ Residual Harm Established
Recovery Continuing ≠ Residual Harm Impossible
Current Recovery Limit ≠ Permanent Recovery Limit
Residual Harm ≠ Recovery Failure
Recovery Target Achieved ≠ Residual Harm Absent
Difference from Pre-Harm State ≠ Residual Harm
Adapted Function ≠ Residual Harm Eliminated
Compensation ≠ Residual Harm Elimination
Dependency-Supported Recovery ≠ Residual Harm Absence
Continuing Harm ≠ Residual Harm by Default
New Harm ≠ Residual Harm of Original Harm by Default
Historical Harm ≠ Residual Harm
Residual Harm ≠ Risk
Original Harm Boundary ≠ Residual Harm Boundary
Residual Harm Location ≠ Original Harm Location
Residual Harm Form ≠ Original Harm Form
Reduced Severity ≠ Harm Absence
Residual Classification ≠ Exemption from Harm Change Governance
Residual Harm ≠ Irreversible Harm
Residual Harm ≠ Permanent Harm by Default
Residual Harm Association ≠ General Causation Determination
Residual Harm ≠ Liability
Residual Harm ≠ Value Loss
Residual Harm Exists ≠ Resolution Impossible
- Canonical Boundary
The RHIM — Residual Harm Identification Module governs how materially
relevant Harm remaining after Recovery Evaluation is examined, qualified,
bounded, differentiated, and identified as Residual Harm. It governs
remaining Harm qualification, Residual Harm Boundary formation, boundary
contraction and redistribution, transformed Harm, composite, collective,
distributed and cross-domain Residual Harm, persistence characteristics,
latent Harm, reversibility, permanence uncertainty, lifecycle
traceability, identification uncertainty, and reassessment. RHIM does not
govern Recovery Progress or Recovery Evaluation as its primary object,
determine the subsequent Residual Harm State, convert active continuing or
newly emerging Harm into residual merely for convenience, perform general
causation or forensic investigation, determine accountability,
responsibility, liability, claims or compensation, govern value
consequences, or establish Harm Resolution or Finality.
- Canonical Closing Statement
Residual Harm is not everything that failed to return to the past. It is
the Harm that remains in the present.
It may persist after substantial Recovery, exist beneath adapted or
dependency-supported function, contract to only part of the original Harm
Boundary, change form, remain latent, or become recoverable again as
conditions change.
RHIM ensures that Recovery does not erase continuing Harm—and that
historical difference is not mislabeled as Harm merely because the
pre-Harm condition was not restored.
Residual Harm begins where legitimate Recovery evaluation ends and Harm
still remains.