VALIDOS™ Validation Governance Architecture — Validation Governance Layer
Validation Governance Architecture — Validation Governance
Layer
Official Validation Governance Architecture for AI Systems,
Autonomous Systems,
Digital Assets, Organizations, Critical Infrastructure, Decision
Systems, Scientific
Claims, Operational Processes, and Future Validation Environments
VALIDOS™ serves as the official OOF® validation governance
architecture used for validation object definition, validation scope
governance, validation criteria design, validation method
governance, evidence fitness assessment, source reliability
assessment, validation execution, validation determination,
validation state governance, validation reliance, and revalidation
across AI systems, autonomous systems, organizations, digital
assets, critical infrastructure, decision environments, scientific
and technical systems, and future operational ecosystems.
VALIDOS™ does not determine what must be considered true, safe,
compliant, reliable, or acceptable in every domain. VALIDOS™ defines
the governance architecture required to ensure that validation
remains structurally defined, evidentially grounded,
methodologically controlled, operationally executed, formally
determined, lifecycle-governed, reliance-bounded, and
continuously revalidatable.
VALIDOS™ consists of 10 Core Parent Standards forming the primary
validation governance backbone within the OOF® ecosystem.
Additional compatible standards, specialized validation frameworks,
validation protocols, bridge standards, and domain-specific
validation systems may extend the architecture when new validation
governance spaces are identified. However, the standards listed
below form the official core governance structure of VALIDOS™.
Layer
Official Validation Governance Architecture for AI Systems,
Autonomous Systems,
Digital Assets, Organizations, Critical Infrastructure, Decision
Systems, Scientific
Claims, Operational Processes, and Future Validation Environments
VALIDOS™ serves as the official OOF® validation governance
architecture used for validation object definition, validation scope
governance, validation criteria design, validation method
governance, evidence fitness assessment, source reliability
assessment, validation execution, validation determination,
validation state governance, validation reliance, and revalidation
across AI systems, autonomous systems, organizations, digital
assets, critical infrastructure, decision environments, scientific
and technical systems, and future operational ecosystems.
VALIDOS™ does not determine what must be considered true, safe,
compliant, reliable, or acceptable in every domain. VALIDOS™ defines
the governance architecture required to ensure that validation
remains structurally defined, evidentially grounded,
methodologically controlled, operationally executed, formally
determined, lifecycle-governed, reliance-bounded, and
continuously revalidatable.
VALIDOS™ consists of 10 Core Parent Standards forming the primary
validation governance backbone within the OOF® ecosystem.
Additional compatible standards, specialized validation frameworks,
validation protocols, bridge standards, and domain-specific
validation systems may extend the architecture when new validation
governance spaces are identified. However, the standards listed
below form the official core governance structure of VALIDOS™.
Core Parent Standards
1. Validation Object Standard (VOS)Governed Space: Validation Object
Core Question: What exactly is being validated, how is the
Validation Object uniquely bounded and identified, and how can its
identity remain stable throughout the validation lifecycle?
2. Validation Purpose & Scope Standard (VPSS)
Governed Space: Validation Purpose & Scope
Core Question: Why is validation being performed, what must it
cover, what remains outside its boundaries, and at what Validation
Depth must the inquiry operate?
3. Validation Criteria Standard (VCS)
Governed Space: Validation Criteria
Core Question: Against which explicit, applicable, sufficient, and
governed criteria must the Validation Object be evaluated?
4. Validation Method Standard (VMS)
Governed Space: Validation Method
Core Question: Which validation method is appropriate for the
Validation Object, purpose, scope, criteria, consequence, and
required Validation Depth?
5. Validation Evidence Fitness Standard (VEFS)
Governed Space: Validation Evidence Fitness
Core Question: Is the available evidence sufficiently relevant,
complete, current, representative, usable, and fit to support the
intended validation determination?
6. Validation Source Reliability Standard (VSRS)
Governed Space: Validation Source Reliability
Core Question: Are the sources producing or supporting validation
evidence sufficiently identifiable, capable, reliable, independent
where necessary, and traceable for the intended validation purpose?
7. Validation Execution Standard (VES) Governed Space:
Validation Execution
Core Question: How must an approved validation method be
operationally executed, controlled, observed, documented, and
audited so that the resulting validation record remains trustworthy?
8. Validation Determination Standard (VDS)
Governed Space: Validation Determination
Core Question: What conclusion does the complete governed validation
record legitimately support, and how must uncertainty, conflict,
negative findings, conditions, and partial outcomes remain reflected
in that determination?
9. Validation State Governance Standard (VSGS)
Governed Space: Validation State Governance
Core Question: What Validation State does the Validation Object
legitimately hold now, where and under which conditions does that
state apply, and how must the state change when validation-relevant
reality changes?
10. Validation Reliance & Revalidation Standard (VRRS)
Governed Space: Validation Reliance & Revalidation
Core Question: Who or what may legitimately rely upon the current
Validation State, for which purpose and scope, under which
conditions and level of consequence, for how long, and when must
that reliance be reconsidered through revalidation?
VALIDOS™ Four-Layer Validation Protocol™
VALIDOS™ may be operationalized through the VALIDOS™ — Four-LayerValidation Protocol™ (4LVP™).
The protocol compresses the broader validation architecture into
four mandatory operational validation layers:
Layer 1 — Object & Scope Validation
Layer 2 — Evidence & Source Validation
Layer 3 — Execution & Determination Validation
Layer 4 — State & Reliance Validation
The protocol does not replace the 10 Core Parent Standards.
VALIDOS™ defines the validation governance architecture. 4LVP™
defines a compact operational pathway through that architecture.
Its core conformity principle is:
No validation claim may exceed the weakest unresolved validation
layer on which that claim materially depends.
Compatible OOF® Architectures
VALIDOS™ interoperates with multiple OOF® architectures governingcomplementary methodological and operational spaces.
GOA™ — Governance Architecture provides the constitutional
governance layer defining authority, boundaries, scope, delegation,
accountability, validation, transparency, integrity, continuity, and
interoperability of governance itself.
ORA™ — Operational Reality Architecture governs whether validation
assumptions, execution conditions, and resulting states remain
representative of actual operational reality.
OBIDENITY® — Identity Governance Architecture governs origin,
identity, ownership, authority, provenance, transfer, and continuity
of Validation Objects, evidence sources, actors, and
governed records.
INTEGROS® — Integrity Governance Architecture provides complementary
integrity governance for evidence, validation records, execution
artifacts, determinations, state information, and
lifecycle continuity.
AGA™ — Accountability Governance Architecture governs responsibility
for validation design, execution, determination, reliance
authorization, revalidation initiation, and downstream decisions.
CLIA® — Cognitive Governance Intelligence Architecture governs
cognition, reasoning, interpretation, and cognitive integrity where
human or machine interpretation materially influences validation.
MGIA™ — Memory Governance Intelligence Architecture governs memory,
historical continuity, retained validation records, lifecycle
reconstruction, and the persistence or correction of
validation-relevant information.
AIG® — AI Governance Architecture governs behavioral conditions of
AI systems where AI behavior forms part of the Validation Object,
validation method, operational execution, or reliance context.
ASGA™ — Autonomous Systems Governance Architecture governs
autonomous authority, permissions, constraints, escalation,
operational control, and lifecycle conditions where autonomy
materially affects validation.
RIS™ provides complementary risk and consequence information capable
of affecting Validation Depth, validation urgency, monitoring
intensity, reliance restrictions, and revalidation requirements.
SIMULOS® may provide governed simulation environments and
simulation-derived evidence used within validation where simulation
itself remains sufficiently controlled and valid.
VALIDOS™ serves as the common validation governance architecture
supporting the broader OOF® ecosystem by ensuring that validation
claims remain bounded by the objects, evidence, sources, methods,
execution records, determinations, states, and reliance conditions
that legitimately support them.
Architectural Position
VALIDOS™ governs the complete validation governance lifecycle.The architecture progresses through:
Validation Object → Validation Purpose & Scope → Validation Criteria
→ Validation Method → Validation Evidence Fitness → Validation
Source Reliability → Validation Execution → Validation Determination
→ Validation State → Validation Reliance & Revalidation
Together these standards govern how a Validation Object is
identified, why and where it is validated, against what requirements
it is examined, how validation is methodologically performed, what
evidence and sources may legitimately support it, how execution is
controlled, what determination may be drawn, what Validation State
results, how that state may be relied upon, and how material change
returns the object into revalidation.
VALIDOS™ therefore begins as a governed sequence but becomes a
recursive validation lifecycle once operational reliance begins.
The extended lifecycle becomes:
Validation Object
→ Purpose & Scope
→ Criteria
→ Method
→ Evidence
→ Sources
→ Execution
→ Determination → Validation State
→ Reliance
→ Monitoring
→ Material Change
→ Revalidation Trigger
→ Validation Delta
→ Lifecycle Re-Entry
→ New Validation Determination
→ New Validation State
→ Renewed, Restricted, Suspended, or Withdrawn Reliance
This cycle may continue for the complete operational lifetime of the
Validation Object.
Cross-Architecture Interfaces
→ GOA™ — Governance Architecture
Direction: Bidirectional governance interface
Governed boundary: GOA governs governance architecture and constitutional conditions; VALIDOS governs the lifecycle through which Validation Objects acquire, maintain, change, or lose governed validation status.
→ ORA™ — Operational Reality Architecture
Direction: Operational Reality to validation governance, with governed feedback
Governed boundary: ORA governs what is occurring in Operational Reality; VALIDOS governs whether a defined Validation Object can support a validation determination under governed conditions.
→ OBIDENITY® — Origin-Bound Identity Governance Architecture
Direction: Identity and provenance into validation governance
Governed boundary: OBIDENITY governs origin, identity, ownership, authority, permission, provenance, transfer, and continuity; VALIDOS governs their validation-specific use.
→ INTEGROS® — Integrity Governance Architecture
Direction: Integrity conditions into validation determination and reliance
Governed boundary: INTEGROS governs integrity across objects, information, states, processes, and records; VALIDOS governs whether the complete validation basis supports determination, state, and bounded reliance.
→ ADIT® — Continuous Audit & Evidence Governance Architecture
Direction: Evidence governance into the validation lifecycle
Governed boundary: ADIT governs evidential observation, preservation, verification, traceability, and auditability; VALIDOS governs evidence fitness and use within validation.
→ AGA™ — Accountability Governance Architecture
Direction: Accountability governance around validation activity
Governed boundary: AGA governs authority, responsibility, accountability, attribution, escalation, and decision relationships; VALIDOS governs validation methodology, execution, determination, state, reliance, and revalidation.
Direction: Bidirectional governance interface
Governed boundary: GOA governs governance architecture and constitutional conditions; VALIDOS governs the lifecycle through which Validation Objects acquire, maintain, change, or lose governed validation status.
→ ORA™ — Operational Reality Architecture
Direction: Operational Reality to validation governance, with governed feedback
Governed boundary: ORA governs what is occurring in Operational Reality; VALIDOS governs whether a defined Validation Object can support a validation determination under governed conditions.
→ OBIDENITY® — Origin-Bound Identity Governance Architecture
Direction: Identity and provenance into validation governance
Governed boundary: OBIDENITY governs origin, identity, ownership, authority, permission, provenance, transfer, and continuity; VALIDOS governs their validation-specific use.
→ INTEGROS® — Integrity Governance Architecture
Direction: Integrity conditions into validation determination and reliance
Governed boundary: INTEGROS governs integrity across objects, information, states, processes, and records; VALIDOS governs whether the complete validation basis supports determination, state, and bounded reliance.
→ ADIT® — Continuous Audit & Evidence Governance Architecture
Direction: Evidence governance into the validation lifecycle
Governed boundary: ADIT governs evidential observation, preservation, verification, traceability, and auditability; VALIDOS governs evidence fitness and use within validation.
→ AGA™ — Accountability Governance Architecture
Direction: Accountability governance around validation activity
Governed boundary: AGA governs authority, responsibility, accountability, attribution, escalation, and decision relationships; VALIDOS governs validation methodology, execution, determination, state, reliance, and revalidation.
Related Documents
→ VALIDOS™ Architecture Map
→ About VALIDOS™ — Validation Governance Architecture
→ VALIDOS™ — Four-Layer Validation Protocol™
→ VALIDOS® Complete Standards & Modules Index
→ About VALIDOS™ — Validation Governance Architecture
→ VALIDOS™ — Four-Layer Validation Protocol™
→ VALIDOS® Complete Standards & Modules Index