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Hunter Storm Records Management System (HSRMS)

The Hunter Storm Records Management System (HSRMS) is the records-management architecture for the Hunter Storm ecosystem. It provides the structure used to classify, identify, organize, relate, preserve, govern, and retrieve records and other significant artifacts across the system.

HSRMS is designed to support a growing body of work without requiring the underlying architecture to be rebuilt as the corpus expands. It separates classification, identification, artifact type, contextual metadata, provenance, relationships, lifecycle, and governance so that each serves a distinct function while remaining part of a coherent records-management environment.

 

Purpose

The purpose of HSRMS is to provide a durable, extensible structure for managing the Hunter Storm corpus across its websites, research activities, institutional work, publications, frameworks, archives, and related digital infrastructure.

The system is intended to support:

  • consistent identification of records and artifacts;
  • classification by subject, function, and archival context;
  • controlled artifact-type and subtype terminology;
  • property and series context;
  • relationships between records and related materials;
  • provenance and attribution;
  • version and historical continuity;
  • lifecycle and archival management;
  • reliable retrieval and future search;
  • continuity as the corpus expands or changes.

 

HSRMS is not limited to the management of individual documents. It provides the architectural context in which those records exist and remain intelligible over time.

 

Architecture

HSRMS uses multiple complementary structures rather than relying on a single numbering or categorization scheme. The principal components are listed in the following sections.

 

Hunter Storm Classification System (HSCS)

The Hunter Storm Classification System establishes the classification architecture used to organize records according to subject, function, institutional context, or archival purpose.

Classification identifies what a record belongs to within the larger information environment. It does not, by itself, establish truth, credibility, importance, or causation.

 

Hunter Storm Classification Numbering System (HSCNS)

The Hunter Storm Classification Numbering System provides persistent identifiers for records and artifacts within the classification architecture.

Identifiers are assigned according to controlled numbering rules and are intended to remain stable through revision, correction, relocation, supersession, or changes in presentation.

Legacy identifiers may be retained as previous document numbers where necessary to preserve continuity.

 

Artifact Type and Subtype Vocabulary

Artifact types identify the primary functional form of a record or information product.

Controlled types include:

  • Briefing
  • Doctrine
  • Framework
  • Governance
  • Index
  • Legal
  • Marketing
  • Media
  • Policy
  • Principles
  • Publication
  • Report
  • Site Structural Artifact
  • Standards
  • Statement
  • Store

 

Subtypes provide additional specificity where the primary artifact type alone is insufficient. For example, a Publication may have a subtype such as Article, Book, Blog, Memoir, History, or Chronology.

Artifact type and subtype describe what an artifact is and how it functions; they are distinct from its subject classification.

 

Property Registry

The Property Registry establishes the properties, domains, and associated identifiers within the Hunter Storm ecosystem.

Property context allows records to remain connected to the site, institution, project, series, or other environment from which they originate.

 

Series Registry

The Series Registry provides functional or contextual groupings for records that belong together because of their subject, purpose, activity, project, or continuing body of work.

Series provide a level of organization between individual records and the larger system.

 

Records Registry

The Records Registry provides the structured record of individual artifacts and their identifying information.

A registry entry may include the artifact title, type, subtype, series, property, identifiers, classification, URL, previous identifier, and other metadata required to establish context and continuity.

 

Metadata Framework

The Metadata Framework defines the information required to describe, identify, contextualize, manage, and retrieve records.

Metadata may include identity, classification, ownership or authorship, dates, status, provenance, relationships, lifecycle information, and other contextual information appropriate to the record.

 

Records Relationships

Records do not exist in isolation.

The Records Relationships structure provides a means of documenting connections between artifacts, including relationships such as:

  • part of;
  • derived from;
  • supersedes;
  • superseded by;
  • references;
  • related to;
  • supports;
  • documents;
  • cites;
  • associated with.

 

Relationships preserve context that cannot be represented adequately by a record’s title or classification alone.

 

Provenance and History

Provenance establishes where a record came from, its relationship to its originating creator or system, and relevant history of creation, modification, movement, or succession.

Attribution is treated as part of the architecture rather than as information dependent solely on a byline, copyright notice, external citation, or continued goodwill.

The system therefore supports persistent connection between records and their originating context.

 

Lifecycle and Retention

Records may have different lifecycle requirements depending on their function, evidentiary value, operational importance, or archival significance.

Lifecycle management provides a framework for distinguishing active, superseded, archived, retained, and other appropriate states without assuming that every piece of working material must become a permanent record.

Disposable working material may remain outside the permanent record environment where appropriate. Records with continuing operational, evidentiary, historical, legal, or contextual value may require preservation.

 

Archive

The Archive provides for the long-term preservation of records and historical context that should remain accessible after their active use has ended.

Archival preservation may include superseded versions, historical identifiers, provenance information, relationships, and other information necessary to understand how a record or system developed over time.

 

Future Records Search

HSRMS is designed so that a future search or application layer can be built without redesigning the underlying records architecture.

The public-facing hub provides the conceptual and navigational structure. The registry, classification, numbering, metadata, and relationship models provide the information architecture beneath it.

A production search or application layer may be implemented when the size, use, or operational requirements of the corpus justify it.

 

System Principles

HSRMS is based on several core principles.

Persistence
Identifiers and relationships should remain stable enough to preserve continuity as records change location, presentation, or status.

 

Separation of Functions
Classification, artifact type, subtype, property, series, identifier, provenance, and lifecycle information serve different purposes and should not be conflated.

 

Extensibility
The architecture must accommodate additional properties, classifications, artifact types, subtypes, series, and records without requiring fundamental redesign.

 

Context
A record should remain understandable within the environment, body of work, activity, or system from which it originated.

 

Provenance
The origin and history of significant records should remain identifiable.

 

Continuity
Legacy identifiers, superseded records, historical versions, and relationships may be retained where necessary to preserve the history of the corpus.

 

Retrievability
Records should be structured so that they can be located and understood by future users and systems.

 

Proportionality
Records management should preserve what has continuing value without converting every transient working artifact into a permanent record.

 

Relationship to Governance

HSRMS operates within the broader Governance architecture of the Hunter Storm ecosystem.

Governance establishes the rules, responsibilities, controls, authorities, and operating requirements under which information and records are managed.

HSRMS provides the records-management system through which those requirements can be organized and operationalized.

The system therefore functions as a governed architectural component rather than as a standalone policy document.

 

Relationship to the Database

HSRMS is not synonymous with a particular database implementation.

A database may provide the technical storage and query environment through which the records architecture is implemented, but the database itself is not the architecture.

The classification model, numbering system, metadata structures, relationships, provenance, and governance requirements define the information architecture. Technical implementations may change without requiring the underlying conceptual model to change.

The system is therefore designed to remain portable across future technical environments.

 

Scope

HSRMS applies across the Hunter Storm information environment, including relevant websites, institutional and research properties, publications, frameworks, archives, media, structural artifacts, and other records or information products that require controlled identification or preservation.

The system is intended to scale beyond the currently published corpus and to accommodate additional historical and unpublished material as it is incorporated.

 

Documentation and Maintenance

HSRMS is itself subject to documentation, revision, and governance.

Changes to classification structures, numbering conventions, artifact vocabulary, metadata, relationships, or other system components should be documented sufficiently to preserve continuity and explain architectural decisions.

The system is designed to evolve without losing the history of how it evolved.

 

System Resources

The HSRMS architecture is supported by the following resources:

  • Classification System (HSCS)
  • Classification Numbering System (HSCNS)
  • Artifact Type & Subtype Vocabulary
  • Property Registry
  • Series Registry
  • Records Registry
  • Metadata Framework
  • Records Relationships
  • Provenance & History
  • Lifecycle & Retention
  • Governance
  • System Documentation
  • Archive
  • Future Records Search

 

Together, these components form the records-management architecture for the Hunter Storm corpus.

The database is where the architecture is operationalized. HSRMS is the architecture itself.

Related Governance Pages

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  • Classification System (HSCS) — Provides the structural taxonomy for organizing institutional content, ensuring consistent categorization, discoverability, and cross‑domain alignment.
  • Classification Numbering System (HSCNS) — Establishes the numbering schema used across documents, pages, and collections to maintain traceability, version clarity, and archival precision.
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  • Continuity and Succession Governance — Defines continuity posture, succession rules, and operational safeguards that ensure the institution remains stable across transitions, disruptions, or leadership changes.
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  • Ethics and Conduct Governance — Sets behavioral expectations, ethical standards, conflict‑of‑interest rules, and conduct requirements for all institutional participants.
  • Governance Framework — Serves as the central anchor for all governance domains, providing structure, routing, and authoritative definitions for the institution’s governance architecture.
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  • Information Security Governance — Provides the institution’s security posture, protection requirements, threat controls, and information‑handling standards.
  • Naming, Attribution, and Provenance — Establishes the site-wide naming and attribution convention used across Hunter Storm systems, classifications, archives, and infrastructure, preserving creator identity, authorship, continuity, and architectural provenance.
  • Operational Integrity Governance — Ensures operational consistency, reliability, and compliance across all institutional processes, systems, and workflows.
  • Policy Lifecycle Governance — Defines how policies are drafted, reviewed, approved, updated, retired, and archived to maintain institutional coherence and accountability.
  • Records Management System (HSRMS) — Establishes the records-management architecture used to classify, identify, organize, preserve, relate, and govern records across the Hunter Storm ecosystem, providing a structured foundation for continuity, provenance, retrieval, and long-term stewardship.
  • Risk and Threat Governance — Establishes risk posture, threat assessment rules, mitigation strategies, and institutional resilience frameworks.
  • Site Index — Provides the full structural map of the institution’s digital footprint, including domains, collections, governance hubs, and continuity nodes.
  • Stakeholder Engagement Governance — Defines how the institution interacts with stakeholders, manages expectations, communicates decisions, and maintains trust.
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  • Website Governance — Establishes site structure, update cadence, editorial rules, and digital maintenance standards for all institutional web properties.