TrueOwnerOS Specification

Bringing Ownership Out of the Shadows.

Purpose

TrueOwnerOS shall provide an open-source intelligence system for identifying, classifying, mapping, and analyzing mission-critical corporate properties and the relationships between property ownership, corporate control, property operation, leasing, infrastructure dependency, and public service dependency.

The system shall identify situations in which an organization operates or depends upon a mission-critical property that it does not own.

TrueOwnerOS shall transform public records, corporate disclosures, government records, geographic information, infrastructure data, financial information, and other legally usable sources into a verifiable ownership and dependency intelligence graph.

The system shall prioritize evidence, provenance, transparency, reproducibility, and human verification.

Core Objectives

TrueOwnerOS shall:

Identify mission-critical properties
Identify property owners
Identify ultimate corporate owners where verifiable
Identify property operators and occupants
Detect operator-owner mismatches
Map corporate ownership structures
Map landlord and tenant relationships
Analyze lease structures
Identify infrastructure dependencies
Identify corporate and community concentration risks
Analyze property and portfolio resilience
Preserve evidence and provenance
Provide historical ownership records
Support AI-assisted research and analysis
Provide machine-readable data and APIs
Support community verification
Maintain an auditable public knowledge base

Core Modules

Property Intelligence Module

The Property Intelligence Module shall maintain canonical records for mission-critical properties.

The module shall support:

Property identification
Address normalization
Geographic coordinates
Parcel identification
Property classification
Facility naming
Property ownership records
Property operator records
Property occupancy records
Property history
Property status
Property criticality classification
Property service-area identification
Property evidence records
Property confidence scoring

The module shall support property categories including:

Data centers
Fulfillment centers
Distribution centers
Logistics facilities
Warehouses
Cold storage facilities
Hospitals
Clinics
Medical facilities
Pharmaceutical facilities
Telecom facilities
Fiber infrastructure
Utility facilities
Power facilities
Manufacturing facilities
Semiconductor facilities
Food processing facilities
Government facilities
Emergency service facilities
Transportation facilities
Public infrastructure
Other mission-critical facilities

Mission Criticality Module

The Mission Criticality Module shall determine the operational importance of a property.

The module shall evaluate:

Service dependency
Population dependency
Replacement difficulty
Relocation difficulty
Geographic uniqueness
Infrastructure interdependency
Supply chain importance
Availability of alternative facilities
Service-area size
Operational continuity requirements

The module shall assign a mission-criticality classification and confidence level.

The classification methodology shall be transparent and configurable.

Ownership Intelligence Module

The Ownership Intelligence Module shall identify and resolve property ownership.

The module shall support:

Recorded owner identification
Corporate owner identification
LLC identification
Subsidiary identification
Parent-company identification
Ultimate-owner identification
Ownership-chain mapping
Beneficial ownership relationships where publicly verifiable
Historical ownership
Acquisition tracking
Disposition tracking
Ownership confidence scoring

The module shall distinguish between:

Recorded owner
Legal owner
Corporate parent
Ultimate parent
Beneficial owner where verifiable
Investor
Asset manager
Property manager
Operator
Occupant
Tenant
Servicer

Operator and Servicer Module

The Operator and Servicer Module shall identify the organization operating, managing, servicing, or occupying a mission-critical property.

The module shall support:

Operator identification
Servicer identification
Occupant identification
Tenant identification
Property manager identification
Service relationship identification
Operator history
Operator confidence scoring

The module shall explicitly distinguish operational control from ownership.

Operator Owner Mismatch Module

The Operator Owner Mismatch Module shall identify properties where the organization operating or relying upon a property differs from the property owner.

The module shall identify relationships such as:

Operator owned by third-party landlord
Corporate tenant leasing mission-critical property
Government agency leasing privately owned property
Hospital operating from REIT-owned property
Utility operating from third-party property
Corporation operating from private-equity-owned property
Critical service operating from infrastructure-fund-owned property

Each mismatch shall include:

Property
Owner
Operator
Relationship type
Evidence
Confidence
Effective date where known
Verification status

Corporate Entity Resolution Module

The Corporate Entity Resolution Module shall normalize and connect corporate identities.

The module shall support:

Corporate name normalization
Legal entity matching
DBA identification
Subsidiary matching
Parent-company matching
Ultimate-owner matching
Corporate alias detection
Historical corporate names
Corporate registration identifiers
SEC identifiers where applicable
Cross-source entity reconciliation

The module shall construct corporate family relationships including:

Parent
Subsidiary
Affiliate
Controlled entity
Holding company
Special purpose entity
Investment entity
Property holding entity

Lease Intelligence Module

The Lease Intelligence Module shall identify and analyze property lease structures.

The module shall support:

Lease identification
Lease type classification
NNN lease identification
NN lease identification
N lease identification
Gross lease identification
Modified gross lease identification
Sale-leaseback identification
Lease commencement
Lease expiration
Renewal options
Rent escalations
CPI-linked escalations
Fixed escalations
Lease obligations
Tenant rent burden
Lease concentration
Lease rollover exposure
Lease-adjusted leverage

The module shall preserve the source of each extracted lease term.

Ownership Shadow Detection Module

The Ownership Shadow Detection Module shall identify ownership structures requiring additional investigation.

The module shall detect:

Layered LLC structures
Shell entities
Common registered addresses
Common management relationships
Related-party relationships
Related-party leases
Rapid ownership transfers
Repeated sale-leasebacks
Unusual ownership chains
Conflicting ownership records
Incomplete ownership disclosures
Private equity control patterns
Infrastructure fund ownership patterns

The module shall distinguish between verified facts and AI-generated investigative indicators.

Portfolio Intelligence Module

The Portfolio Intelligence Module shall analyze collections of properties controlled, owned, leased, or operated by an organization.

The module shall support:

Corporate property portfolios
REIT portfolios
Private equity portfolios
Infrastructure fund portfolios
Institutional portfolios
Tenant portfolios
Landlord portfolios
Operator portfolios
Geographic portfolios
Mission-critical portfolios

The module shall calculate:

Property concentration
Geographic concentration
Tenant concentration
Landlord concentration
Critical-property exposure
Ownership concentration
Operator concentration

Concentration Risk Module

The Concentration Risk Module shall identify excessive dependency on individual organizations, properties, landlords, operators, or geographic areas.

The module shall detect:

Single-tenant exposure
Single-landlord exposure
Single-property dependency
Single-operator dependency
Corporate parent concentration
REIT tenant concentration
Geographic concentration
Municipal dependency
Subsidiary clustering
False diversification
Common-parent exposure

Corporate Dependency Module

The Corporate Dependency Module shall identify properties and infrastructure upon which organizations depend.

The module shall evaluate:

Property dependency
Landlord dependency
Operator dependency
Infrastructure dependency
Geographic dependency
Supply chain dependency
Service dependency
Lease dependency

The module shall calculate configurable scores including:

Property Control Index
Operational Criticality Score
Population Impact Score
Relocation Difficulty Score
Corporate Failure Impact Score
Community Dependency Score
Landlord Power Score
Failure Impact Score

Infrastructure Dependency Module

The Infrastructure Dependency Module shall map relationships between mission-critical properties and surrounding infrastructure.

The module shall identify dependencies involving:

Electricity
Natural gas
Water
Telecommunications
Fiber
Transportation
Logistics
Healthcare
Emergency services
Distribution networks
Manufacturing networks

The module shall identify infrastructure clusters and potential geographic chokepoints.

Infrastructure Fragility Module

The Infrastructure Fragility Module shall identify locations where multiple mission-critical systems overlap or depend upon one another.

The module shall support:

Co-location analysis
Dependency graphing
Geographic proximity analysis
Multi-system dependency detection
Critical cluster identification
Chokepoint identification
Regional fragility scoring
Service disruption modeling
Cascading dependency analysis

Supply Chain Intelligence Module

The Supply Chain Intelligence Module shall map corporate and physical dependencies across supply chains.

The module shall identify:

Suppliers
Manufacturers
Distributors
Warehouses
Fulfillment centers
Retailers
Transportation nodes
Critical logistics facilities
Non-owned infrastructure
Supply chain chokepoints

The module shall connect corporate relationships with physical property relationships.

Private Equity Intelligence Module

The Private Equity Intelligence Module shall identify relationships between private equity ownership and mission-critical property portfolios.

The module shall support:

PE portfolio company identification
PE property ownership identification
Roll-up mapping
Sale-leaseback analysis
Debt-loading indicators
Asset disposition tracking
Dividend extraction indicators
Lease burden analysis
Rent escalation analysis
Property monetization tracking
Corporate dependency analysis

The module shall present such findings as indicators requiring appropriate evidence and shall not automatically characterize lawful transactions as misconduct.

Government Dependency Module

The Government Dependency Module shall identify public services operating from privately owned properties.

The module shall support:

USPS facilities
DMV facilities
Social service facilities
Emergency facilities
Public health facilities
Utility operations
Municipal administration
Courthouses
Public schools
Charter schools
Government contractors
Other public-service facilities

The module shall identify:

Government operator
Private owner
Lease relationship
Property criticality
Public dependency
Lease expiration where available

Tenant Financial Intelligence Module

The Tenant Financial Intelligence Module shall analyze the financial resilience of organizations operating from mission-critical properties.

The module shall support:

Credit ratings
Bond yields
Financial statements
Cash flow metrics
Debt metrics
Lease-adjusted leverage
Rent burden
Financial distress indicators
Default probability modeling
Renewal risk modeling
Tenant failure scenarios

Predictions shall be labeled as models or estimates rather than verified facts.

Corporate Failure Simulation Module

The Corporate Failure Simulation Module shall model potential consequences of corporate, property, or landlord failures.

The module shall simulate:

Tenant bankruptcy
Lease default
Landlord bankruptcy
REIT liquidation
Property disposition
Rent increases
Lease expiration
Facility closure
Natural disasters
Infrastructure failures
Corporate restructuring

The module shall produce:

Potential property closures
Service disruption estimates
Population impact estimates
Supply chain disruption estimates
Dependency propagation
Alternative-property analysis

Resilience Analysis Module

The Resilience Analysis Module shall evaluate the ability of organizations and communities to maintain critical services when property or ownership conditions change.

The module shall support:

Property resilience scoring
Corporate resilience scoring
Portfolio resilience scoring
Municipal resilience scoring
Regional resilience scoring
Alternative facility identification
Replacement difficulty analysis
Relocation analysis
Service continuity analysis
Landlord dependency analysis

Failure Event Registry Module

The Failure Event Registry Module shall maintain historical records of mission-critical property failures and service disruptions.

The module shall support:

Foreclosures
Hospital closures
Data center outages
Distribution center closures
Warehouse fires
Utility failures
Manufacturing shutdowns
Facility relocations
Property abandonment
Service-area disruptions
Infrastructure failures

Each event shall include evidence, dates, affected properties, affected organizations, and verification status where available.

AI Filing Auditor Module

The AI Filing Auditor Module shall analyze public corporate and financial disclosures.

The module shall support:

SEC filings
Annual reports
Quarterly reports
Current reports
REIT disclosures
Property disclosures
Acquisition disclosures
Disposition disclosures
Lease disclosures
Related-party transaction disclosures

The module shall identify:

Ownership inconsistencies
Lease inconsistencies
Conflicting disclosures
Historical disclosure changes
Related-party relationships
Potentially incomplete disclosures

AI findings shall remain distinguishable from verified source information.

Public Records Module

The Public Records Module shall ingest and normalize legally accessible public records.

Supported sources may include:

County assessor records
Property tax records
Deeds
Corporate registrations
Public GIS systems
Government registries
Bankruptcy filings
Infrastructure registries
Public contracts
Government leases
Corporate disclosures

The module shall preserve source metadata and provenance.

FOIA and Public Records Request Module

The FOIA and Public Records Request Module shall support the collection and organization of government records.

The module shall support:

FOIA requests
State public records requests
OPRA requests
Request tracking
Document collection
Lease document collection
Government contract collection
Public property records
Facility records
Request status
Response documentation

Evidence and Provenance Module

The Evidence and Provenance Module shall provide traceability for every material database claim.

The module shall support:

Source citations
Evidence documents
Source reliability
Evidence confidence
Data provenance
Human verification
AI inference labeling
Conflicting-source detection
Historical evidence
Change history
Audit trails
Correction history
Verification status

The system shall distinguish:

Verified information
Source-derived information
AI-extracted information
AI-inferred information
Community-submitted information
Unverified information

Data Quality Module

The Data Quality Module shall maintain database integrity.

The module shall support:

Duplicate detection
Record validation
Missing-data detection
Conflicting-record detection
Confidence scoring
Source freshness
Data expiration alerts
Versioned datasets
Historical snapshots
Human review queues
Correction workflows

AI Entity Resolution Module

The AI Entity Resolution Module shall automatically identify relationships between records referring to the same entity.

The module shall support:

Corporate name matching
Address matching
LLC matching
Subsidiary matching
Parent matching
Property matching
Operator matching
Alias detection
Historical name matching
Duplicate detection
Entity confidence scoring

AI Property Discovery Module

The AI Property Discovery Module shall identify potential mission-critical properties from structured and unstructured sources.

The module shall support:

Address extraction
Facility-name extraction
Property-type classification
Operator identification
Owner identification
Corporate disclosure analysis
Public-record discovery
GIS discovery
Infrastructure dataset analysis
Evidence collection
Confidence scoring

Search and Discovery Module

The Search and Discovery Module shall provide structured access to the database.

The module shall support searches by:

Property
Address
Parcel
Corporation
Owner
Operator
Tenant
Landlord
REIT
Private equity group
Location
Property type
Mission criticality
Ownership mismatch
Lease structure
Risk score

The module shall support:

Full-text search
Advanced filters
Geographic search
Map search
Historical search
Evidence search

Mapping and Visualization Module

The Mapping and Visualization Module shall present relationships geographically and structurally.

The module shall support:

Property maps
Ownership maps
Corporate relationship graphs
Property-owner graphs
Operator-property graphs
Landlord-tenant graphs
Supply chain maps
Infrastructure dependency maps
Risk heatmaps
Concentration heatmaps
Historical ownership timelines
Corporate portfolio visualizations
Municipal dependency maps
Regional infrastructure maps

Public Accountability Module

The Public Accountability Module shall provide public-facing transparency tools.

The module shall support:

Who Owns This Property?
Who Owns This Building?
Who Owns Your Town?
Corporate property profiles
REIT exposure dashboards
Tenant dependency dashboards
Landlord dependency dashboards
Infrastructure vulnerability maps
Community dependency maps
Public ownership reports
Downloadable public datasets

Monitoring and Alert Module

The Monitoring and Alert Module shall detect material changes.

The module shall support alerts for:

Ownership changes
Property sales
Lease expirations
Corporate ownership changes
REIT portfolio changes
Tenant distress
Bankruptcy
Facility closures
Infrastructure failures
Disclosure changes
Risk-score changes
Newly identified ownership mismatches
Newly identified mission-critical properties

API Module

TrueOwnerOS shall provide programmatic access to system data and intelligence.

The API module shall support:

REST API
GraphQL API
Property queries
Corporate entity queries
Ownership queries
Operator queries
Lease queries
Risk queries
Evidence queries
Search queries
Mapping queries
Bulk data access

APIs shall return source and confidence metadata where applicable.

Developer Module

The Developer Module shall provide tools for integrating with TrueOwnerOS.

The module shall support:

Command Line Interface
Machine-readable exports
Bulk datasets
API clients
Webhooks
Custom data connectors
Model integration interfaces
Plugin interfaces
Data import tools
Data export tools

Data Interoperability Module

The Data Interoperability Module shall support standardized data exchange.

The module shall support:

CSV
JSON
GeoJSON
GIS data
Stable property identifiers
Corporate entity identifiers
External registry identifiers
Source identifiers
Dataset versioning
Cross-dataset reconciliation

Governance and Security Module

The Governance and Security Module shall protect system integrity while maintaining open-source transparency.

The module shall support:

Role-based access controls
Administrative controls
Audit logging
Dataset integrity monitoring
API access controls
Provenance controls
Data correction workflows
Contributor verification
Moderation workflows
Abuse reporting
Security reporting
Privacy safeguards
Unauthorized modification protection

TrueOwnerOS shall focus on corporate, institutional, governmental, and publicly documented property information.

The system shall avoid unnecessary publication of sensitive personal information.

Community Verification Module

The Community Verification Module shall allow contributors to improve database accuracy.

The module shall support:

Ownership corrections
Operator corrections
Property classification corrections
Source submissions
Evidence submissions
Record verification
Conflict reporting
Community review
Contributor attribution
Correction history

Community submissions shall remain distinguishable from independently verified records until verification requirements are satisfied.

International Ownership Module

The International Ownership Module shall extend ownership intelligence beyond a single jurisdiction.

The module shall support:

Cross-border ownership
Foreign parent companies
International subsidiaries
Offshore holding companies
Sovereign wealth fund ownership
International REITs
Cross-border investment structures
Country-level ownership concentration

Jurisdiction-specific data models shall be supported where local property and corporate records differ.

Optional Plugin Modules

Optional plugins shall extend TrueOwnerOS without requiring every deployment to enable every capability.

Financial Markets Plugin

The Financial Markets Plugin may provide:

REIT market data
Equity data
Debt data
Bond yields
Credit spreads
Market capitalization
Dividend information
Financial exposure analysis
Property portfolio market analysis

Advanced Geospatial Plugin

The Advanced Geospatial Plugin may provide:

Satellite imagery analysis
Parcel geometry
Building footprint analysis
Spatial clustering
Proximity analysis
Travel-time analysis
Service-area modeling
Geographic risk modeling

Satellite and Remote Sensing Plugin

The Satellite and Remote Sensing Plugin may provide:

Facility detection
Construction monitoring
Property change detection
Industrial activity indicators
Infrastructure expansion analysis
Historical imagery comparison

Corporate Registry Plugin

The Corporate Registry Plugin may connect jurisdiction-specific corporate registration databases.

It may provide:

Corporate registration records
Registered-agent information
Entity status
Filing history
Corporate officers where publicly available
Parent and subsidiary relationships

Infrastructure Registry Plugin

The Infrastructure Registry Plugin may integrate specialized infrastructure datasets.

It may support:

Telecommunications
Electricity
Water
Natural gas
Transportation
Emergency services
Utility infrastructure
Critical facility registries

News and Event Monitoring Plugin

The News and Event Monitoring Plugin may detect:

Facility closures
Property acquisitions
Corporate restructurings
Bankruptcy events
Lease announcements
Infrastructure failures
Corporate relocations
Major ownership changes

All automatically detected events shall require appropriate source attribution.

Document Intelligence Plugin

The Document Intelligence Plugin may provide:

OCR
PDF extraction
Table extraction
Lease extraction
Corporate filing extraction
Document classification
Document comparison
Historical document comparison
Automated evidence linking

Advanced AI Research Plugin

The Advanced AI Research Plugin may provide:

Multi-document reasoning
Entity relationship discovery
Automated investigative queries
Knowledge graph expansion
Hypothesis generation
Evidence clustering
Contradiction detection
Research summaries

AI-generated conclusions shall remain clearly labeled as analysis rather than established facts.

Predictive Risk Plugin

The Predictive Risk Plugin may provide:

Property failure prediction
Tenant distress prediction
Lease renewal prediction
Landlord distress prediction
Infrastructure disruption prediction
Corporate dependency forecasting
Concentration risk forecasting

Predictive outputs shall include model methodology, confidence, assumptions, and limitations.

Scenario Planning Plugin

The Scenario Planning Plugin may provide configurable simulations for:

Corporate bankruptcy
REIT liquidation
Property sale
Lease expiration
Rent increases
Infrastructure failure
Natural disasters
Supply chain disruption
Service-area loss
Multi-property failure

Public Portal Plugin

The Public Portal Plugin may provide:

Public property search
Public ownership profiles
Community dashboards
Municipal dashboards
Public maps
Public reports
Downloadable datasets
Ownership transparency pages

Researcher Plugin

The Researcher Plugin may provide:

Saved investigations
Research workspaces
Evidence collections
Custom queries
Relationship graphs
Timeline analysis
Dataset comparison
Citation management
Exportable research reports

Data Contribution Plugin

The Data Contribution Plugin may provide:

Community dataset submission
Bulk property submission
Ownership corrections
Evidence submission
Source verification
Data review queues
Contributor attribution

Notification Plugin

The Notification Plugin may deliver alerts through supported channels.

It may support:

Email
Web notifications
Webhooks
API callbacks
Dashboard alerts

Data Source Requirements

TrueOwnerOS shall prioritize legally accessible and appropriately licensed sources.

Potential sources include:

County property records
Property tax records
Deeds
Corporate registrations
SEC filings
Government records
Public GIS datasets
FOIA records
OPRA records
Infrastructure registries
Bankruptcy filings
Corporate disclosures
Public contracts
Publicly accessible lease disclosures
Open geographic datasets

Each source shall be associated with provenance metadata.

Data Provenance Requirements

Every material ownership, operator, lease, property, or risk claim should be traceable to one or more sources.

The system shall preserve:

Source identity
Source type
Source location
Retrieval date
Publication date where available
Relevant document
Relevant record
Extraction method
Verification status
Confidence level
Historical version

AI Requirements

AI functionality shall operate as an analytical layer over evidence rather than as an undisclosed source of truth.

AI systems shall:

Preserve source references
Distinguish extraction from inference
Assign confidence
Identify uncertainty
Preserve competing interpretations
Avoid presenting predictions as facts
Support human verification
Maintain reproducible processing where practical
Preserve model and processing metadata where appropriate

Risk Scoring Requirements

Risk scores shall be:

Transparent
Configurable
Reproducible
Evidence-based
Versioned
Explainable

Each score shall identify the factors contributing to the result.

Risk scores shall not be presented as definitive predictions when the underlying data is uncertain.

Use Cases

Investors

TrueOwnerOS may support:

REIT tenant risk analysis
Corporate lease exposure analysis
Property ownership research
Portfolio concentration analysis
Private equity property analysis
Sale-leaseback analysis
Tenant dependency analysis

Journalists

TrueOwnerOS may support:

Corporate ownership investigations
Property ownership investigations
Infrastructure dependency investigations
Public-service landlord investigations
Corporate structure research
Historical ownership research

Governments

TrueOwnerOS may support:

Emergency planning
Infrastructure dependency analysis
Municipal risk analysis
Public-service dependency analysis
Critical facility continuity planning
Property ownership research

Communities

TrueOwnerOS may support:

Local ownership transparency
Mission-critical property research
Public-service dependency awareness
Community infrastructure mapping
Corporate property research

Contributing

Contributions may include:

Data ingestion
Entity resolution
Property classification
Ownership research
AI extraction
Risk scoring
Graph analytics
Geospatial analysis
API development
Plugin development
Dashboard development
Data verification
Documentation
Testing

All contributions shall comply with the project’s licensing, attribution, provenance, privacy, and data integrity requirements.

See CONTRIBUTING.md for contribution guidelines.

Design Principles

TrueOwnerOS shall follow these principles:

Ownership transparency
Evidence before inference
Open-source development
Publicly verifiable data
Human-in-the-loop verification
Clear distinction between fact and analysis
Reproducible processing
Data provenance
Interoperability
Vendor neutrality
Modular architecture
Extensible plugins
Privacy-conscious public research
Long-term preservation of historical records

Vision

TrueOwnerOS is intended to become a permanent open-source intelligence layer for understanding who owns, operates, controls, leases, finances, and depends upon mission-critical real estate.

The system shall make corporate property ownership visible, connect physical assets to corporate structures, identify dependencies that are otherwise difficult to see, and preserve an evidence-based public record of changes over time.

Ownership should never be hidden.

TrueOwnerOS brings ownership out of the shadows.

Specification Branding License (SBL)

Standard

Fully AGPL-3.0+ compliant system
Copyleft enforced for network deployments
Required attribution:
- Roxanne Ardary
- https://www.roxanneardary.com/

Optional

Specification Branding License (SBL)
- Attribution-free commercial deployment
- Pricing based on scale, usage, and deployment scope
- https://roxanneardary.com/trueowneros/

License & Notice Requirements

TrueOwnerOS is released under the GNU Affero General Public License v3.0 or later (AGPL-3.0+).
By contributing to this project, you agree that your contributions will also be released under this license.

Please note the following:

All contributions must comply with the AGPL-3.0+ terms.
Under Section 7 of the license, all redistributions, forks, and derivative works must preserve attribution to:
Roxanne Ardary and roxanneardary.com.
TrueOwnerOS specificiations are free to use with attribution. A Specification Branding License can be negotiated upon request.
The project’s notice.md file tracks attribution requirements and contributor acknowledgments.
Any update that adds new contributors or modifies attribution should also update notice.md.
When submitting a pull request, ensure that any new files maintain the attribution headers where applicable.
Network-deployed versions of this software must also remain fully AGPL-3.0+ compliant, including exposure of source code modifications when applicable under the license.

For full legal details, please refer to the AGPL-3.0+ license and the project’s notice.md file.

Notice – TrueOwnerOS

Attribution Requirement:
Under Section 7 of the AGPL 3.0+ license, all redistributions, forks, and derivative works, including network-deployed versions of this project, must provide attribution to Roxanne Ardary and roxanneardary.com.

Contributors

This file tracks contributors and their specific contributions to the project.

Roxanne Ardary, roxanneardary.com – March 24, 2026
Created the repository for TrueOwnerOS. Established the mission-critical ownership transparency platform and initial project structure.
[Add other contributors here] – [Date]
[Describe contribution in one sentence]

License – TrueOwnerOS

This repository is licensed under the GNU Affero General Public License v3.0 or later (AGPL-3.0+).

Key Points:

You are free to use, modify, and distribute the code.
All redistributions, forks, and derivative works or network-deployed versions must also be licensed under AGPL-3.0+ and provide attribution to Roxanne Ardary and roxanneardary.com as required under Section 7 of the license.
The software is provided “as is,” without warranty of any kind.

For the full license text, see GNU AGPL-3.0 License.