MGIA™ Complete Standards & Modules Index

Memory Governance Intelligence Architecture

Official Memory Governance Map for AI Systems, Autonomous Agents,
Human-AI Environments and Robotics This document serves as the
official OOF® memory governance map and structural index used for
memory space identification, memory governance classification,
memory diagnostics, memory architecture navigation, memory
validation, and memory problem placement across AI systems,
autonomous agents, Human-AI environments, robotics, organizations,
institutions, and future intelligence ecosystems.

MGIA™ consists of 10 Parent Standards and 50 Core Modules .
Additional standards and modules may be added when new governable
memory spaces are identified. However, the standards and modules
listed below form the core structural backbone of MGIA™ 3.0.

1. Memory Integrity Standard (MIS)

Governed Space: Memory Integrity

Core Question: Is the memory valid?

Modules:

  • MFIM — Memory Formation Integrity Module
  • MSIM — Memory Storage Integrity Module
  • MRIM — Memory Retrieval Integrity Module
  • MCIM — Memory Continuity Integrity Module
  • MAIM — Memory Accountability Integrity Module


2. Agent Memory Integrity Standard (AMIS)

Governed Space: Agent Memory Integrity

Core Question: How does an autonomous agent maintain valid memory?

Modules:

  • AMFIM — Agent Memory Formation Integrity Module
  • AMRIM — Agent Memory Retrieval Integrity Module
  • AMUIM — Agent Memory Utilization Integrity Module
  • AMCIM — Agent Memory Continuity Integrity Module
  • AMAIM — Agent Memory Accountability Integrity Module


3. User Memory Integrity Standard (UMIS)

Governed Space: User Memory Integrity

Core Question: How does user-associated memory remain trustworthy?

Modules:

  • UMOIM — User Memory Ownership Integrity Module
  • UMCIM — User Memory Consent Integrity Module
  • UMACIM — User Memory Access Integrity Module
  • UMTIM — User Memory Traceability Integrity Module
  • UMAIM — User Memory Accountability Integrity Module


4. Group Memory Integrity Standard (GMIS)

Governed Space: Group Memory Integrity

Core Question: How do groups maintain shared memory?

Modules:

  • GMSIM — Group Memory Synchronization Integrity Module
  • GMCIM — Group Memory Continuity Integrity Module
  • GMAIM — Group Memory Attribution Integrity Module
  • GMTIM — Group Memory Traceability Integrity Module
  • GMAAIM — Group Memory Accountability Integrity Module


5. Temporal Memory Integrity Standard (TMIS)

Governed Space: Temporal Memory Integrity

Core Question: Does memory remain valid across time?

Modules:

  • TSIM — Temporal Sequencing Integrity Module
  • THIM — Temporal History Integrity Module
  • TCIM — Temporal Continuity Integrity Module
  • TDIM — Temporal Drift Integrity Module
  • TAIM — Temporal Accountability Integrity Module


6. Multimodal Memory Integrity Standard (MMIS)

Governed Space: Multimodal Memory Integrity

Core Question: How do multiple memory modalities
remain synchronized?

Modules:

  • MCIM — Modal Consistency Integrity Module
  • MSIM — Modal Synchronization Integrity Module
  • MTIM — Multimodal Traceability Integrity Module
  • MRIM — Multimodal Reconstruction Integrity Module
  • MMAIM — Multimodal Accountability Integrity Module


7. Collective Memory Integrity Standard (CMIS)

Governed Space: Collective Memory Integrity

Core Question: How does memory persist across collectives
and generations?

Modules:

  • CKIM — Collective Knowledge Integrity Module
  • CRIM — Collective Recall Integrity Module
  • CCIM — Civilizational Continuity Integrity Module
  • CCXIM — Collective Context Integrity Module
  • CMAM — Collective Memory Accountability Module


8. Memory Evolution Integrity Standard (MEIS)

Governed Space: Memory Evolution Integrity

Core Question: How may memory evolve safely?

Modules:

  • MCIM — Memory Change Integrity Module
  • MAIM — Memory Adaptation Integrity Module
  • MLIM — Memory Learning Integrity Module
  • MRIM — Memory Refinement Integrity Module
  • MEAIM — Memory Evolution Accountability Integrity Module


9. Memory Governance Standard (MGS)

Governed Space: Memory Governance

Core Question: How should memory be governed?

Modules:

  • MAUIM — Memory Authority Integrity Module
  • MACIM — Memory Access Integrity Module
  • MOIM — Memory Oversight Integrity Module
  • MAUDIM — Memory Auditability Integrity Module
  • MGAIM — Memory Governance Accountability Integrity Module


10. Skill Formation Integrity Standard (SFIS)

Governed Space: Skill Formation Integrity

Core Question: How does memory become capability?

Modules:

  • SAIM — Skill Acquisition Integrity Module
  • SDIM — Skill Development Integrity Module
  • STIM — Skill Transfer Integrity Module
  • SPIM — Skill Performance Integrity Module
  • SAAIM — Skill Accountability Integrity Module


MGIA™ Architecture Summary

  • Parent Standards: 10
  • Core Modules: 50


Core Governed Spaces

  • Memory Integrity
  • Agent Memory Integrity
  • User Memory Integrity
  • Group Memory Integrity
  • Temporal Memory Integrity
  • Multimodal Memory Integrity
  • Collective Memory Integrity
  • Memory Evolution Integrity
  • Memory Governance
  • Skill Formation Integrity


MGIA™ Navigation Layer

Core Questions Map

MIS → Is the memory valid? AMIS → How does an autonomous agent
maintain valid memory? UMIS → How does user-associated memory remain
trustworthy? GMIS → How do groups maintain shared memory? TMIS →
Does memory remain valid across time? MMIS → How do multiple memory
modalities remain synchronized? CMIS → How does memory persist
across collectives and generations? MEIS → How may memory evolve
safely? MGS → How should memory be governed? SFIS → How does memory
become capability?

Governance Flow

Memory Integrity → Agent Memory → User Memory → Group Memory →
Temporal Memory → Multimodal Memory → Collective Memory → Memory
Evolution → Memory Governance → Skill Formation

Architectural Position

MGIA™ governs the complete memory lifecycle. The
architecture progresses:

  • Memory Integrity → Agent Memory → User Memory → Group Memory → Temporal Memory → Multimodal
  • Memory → Collective Memory → Memory Evolution → Memory Governance → Skill Formation


Together these standards govern how memory remains valid throughout
memory formation, storage, retrieval, sharing, preservation,
evolution, governance, and capability formation.

Canonical Principle

MGIA™ does not govern what a system remembers. MGIA™ governs how
memory itself remains valid while the system remembers, learns,
adapts, evolves, collaborates, and develops capability.

Canonical Closing Statement

MGIA™ serves as the official OOF® memory governance map for AI
systems, autonomous agents, Human-AI environments, robotics,
organizations, institutions, and future intelligence ecosystems. By
defining the primary governable memory spaces of intelligent
systems, MGIA™ provides a structured memory reference architecture
used to identify, classify, govern, validate, preserve, evolve, and
understand memory throughout the complete memory lifecycle.