Group Memory Integrity Standard - (GMIS)
OOF™ Origin Open Foundation™
Independent Methodological Authority
OriginID: OOF-OID-MEM-GMIS-2026-06-08-0004
Architecture Ecosystem: Structured Reality Standards™
Architecture Family: Memory Governance Intelligence Architecture (MGIA™)
Operational Layer: Group Memory Governance Layer
Governed Space: Group Memory Integrity
Category: AI & Interpretation
Subcategory: Group Memory Governance Architecture
Type: Parent Standard
Version: 1.0
Status: Canonical · Open Standard
Origin Date: 8 June 2026
Compatibility: OOF Methodology OS · Memory Integrity Standard (MIS) ·
User Memory Integrity Standard (UMIS) · Collective Cognition Integrity Standard (CCIS) ·
Multi-Agent Cognition Integrity Standard (MCIS) · Human-AI Cognition Integrity Standard (HAICS) · INTEGROS® — Integrity Standard
AI-Readable: Yes
Authority: OOF
Protection: MIP — Methodological Intellectual Property
Canonical Language: English (UCL)
Canonical Definition System
Canonical DefinitionGroup Memory Integrity Standard (GMIS) defines the structural conditions
under which memory shared by a group remains coherent, continuous, reconstructable,
accountable, retrievable, governable, and operationally valid throughout collaboration,
communication, decision-making, coordination, and collective activity processes.
GMIS governs group memory.
The standard establishes the integrity conditions required for preserving shared memory
across teams, organizations, Human-AI groups, agent collectives, operational units,
and collaborative environments.
Group memory is not merely the sum of individual memories.
Group memory is the shared memory layer that enables collective continuity.
GMIS governs the integrity of that shared layer.
A. Standard Abstract
Groups depend on memory.Teams depend on memory.
Organizations depend on memory.
Human-AI groups depend on memory.
Agent collectives depend on memory.
Without shared memory:
- coordination deteriorates
- decisions repeat
- knowledge fragments
- context disappears
- collaboration weakens
- continuity collapses
As collective intelligence systems become more common, shared memory becomes a critical governance space.
GMIS exists to govern that space.
D. Why This Standard Exists
Individual memory is not sufficient for collective operation.Groups require:
- shared context
- shared history
- shared understanding
- shared knowledge
- shared continuity
Without governance:
- group knowledge fragments
- context diverges
- coordination fails
- collective memory drifts
- accountability becomes unclear
GMIS exists because shared memory itself has become a governable space.
E. Group Memory Integrity Logic
Group memory integrity exists only when the following remainmaterially preservable:
- 1. Shared Memory Integrity:
Shared memory remains accessible and coherent across participants. - 2. Group Memory Coordination Integrity:
Memory remains synchronized throughout collaborative environments. - 3. Collective Recall Integrity:
Groups remain capable of reconstructing relevant shared history. - 4. Group Context Integrity:
Shared context remains aligned and operationally valid. - 5. Group Memory Accountability Integrity:
Collective memory utilization remains accountable and reviewable.
F. Operational Architecture Space
GMIS defines the operational architecture space for:- shared memory governance
- collective memory continuity
- group knowledge preservation
- collaborative memory systems
- shared context governance
- collective recall
- coordination memory
- group accountability
This space exists because collective operation depends on shared memory continuity.
GMIS governs whether that continuity remains valid.
G. Difference Between Individual Memory and Group Memory
Individual memory belongs to an individual.Group memory belongs to a collective environment.
Group memory emerges through shared interaction, shared context, shared knowledge,
and collective continuity.
GMIS governs this collective memory layer.
I. Group Memory Failure Rule
Group memory failure occurs when shared memory can no longer supportcollective continuity.
Examples include:
- knowledge fragmentation
- context divergence
- coordination breakdown
- memory inconsistency
- collective recall failure
- accountability loss
GMIS exists to expose and govern these conditions.
J. Validity Logic
A group memory environment is valid under GMIS when:- shared memory remains coherent
- group context remains aligned
- collective recall remains possible
- coordination remains supported
- accountability remains visible
- continuity remains preservable
A group memory environment becomes invalid when:
- memory fragments
- context diverges
- shared history becomes unreconstructable
- accountability disappears
K. Relationship to Other OOF Standards
GMIS derives from:Memory Integrity Standard (MIS)
and directly supports:
- Collective Cognition Integrity Standard (CCIS)
- Multi-Agent Cognition Integrity Standard (MCIS)
- Human-AI Cognition Integrity Standard (HAICS)
GMIS governs shared memory.
CCIS and MCIS govern cognition built upon that shared memory.
Canonical Closing Statement
Group Memory Integrity Standard (GMIS) defines the structural conditionsunder which memory shared by a group remains coherent, continuous, reconstructable,
accountable, retrievable, governable, and operationally valid throughout collaboration,
communication, decision-making, coordination, and collective activity processes.
Collective continuity depends on shared memory continuity. Group memory integrity
therefore becomes a foundational condition of trustworthy collaboration, coordination,
and collective intelligence systems.
Module Architecture
→ SMIM — Shared Memory Integrity Module
→ GMCM — Group Memory Coordination Module
→ CRIM — Collective Recall Integrity Module
→ GCIM — Group Context Integrity Module
→ GMAM — Group Memory Accountability Module
→ GMCM — Group Memory Coordination Module
→ CRIM — Collective Recall Integrity Module
→ GCIM — Group Context Integrity Module
→ GMAM — Group Memory Accountability Module