THE JOURNEY BEGINS HERE

GOMI INVARIANT MAP

1 <> INSTITUTIONAL STEWARDSHIP ROLE

STEWARDSHIP RESPONSIBILITIES:

ETHICAL OVERSIGHT:

• Accepted Research Ethics
• Governance Norms

ACADEMIC INTEGRITY <> METHODOLOGICAL REVIEW:

• Oversight Of The Invariants <> Decision Structures
• Analytical Frameworks Derived From GOMI Data

DATA GOVERNANCE <> BOUNDARY ASSURANCE:

• Oversight Of Data Handling Principles
• Anonymization
• Access Boundaries

SCHOLARLY INTERFACE:

• An Institutional Pathway For Publication
• Peer Review Submissions
• Academic Attribution Where Appropriate

IF ACCEPTED <> THE STEWARDING INSTITUTION WOULD ACT AS:

• An Academic Integrity Anchor
• An Ethical <> Governance Overseer
• A Custodian Of Research Standards
• A Recognized Institutional Reference Point For GOMI Platform Outputs

A STEWARD DOES NOT:

• Design
• Build
• Fund
• Market
• Manually Operate The GOMI Platform

STEWARDSHIP ECONOMIC STRUCTURE:

• 10% Non-Dilutable Funds In Trust Of The GOMI Platform
• For The Accepted Governing Stewardship
• In Perpetuity
• Administered Within The GOMI Legal Structure
• Applied At Stewardship's Discretion To Its Stewardship Functions
• Does Not Convey Ownership Of House Of Cards Entertainment Inc.

GOMI LEGAL:

• Robert C. Piasentin
• Partner <> Technology <> McMillan LLP <> Vancouver
• 604-893-7636
• ROBERT.PIASENTIN@MCMILLAN.CA
• PUBLIC PROFESSIONAL PROFILE
• ROBERT C. PIASENTIN <> INDEX

THE STEWARDING INSTITUTION WOULD NOT BE RESPONSIBLE FOR:

• Funding
• Financial Underwriting
• Software Development
• System Architecture
• Day-To-Day Operations
• Moderation
• Marketing
• Promotion
• Participant Recruitment
• Commercial Operational Decision Making

2 <> DATA ACCESS <> OPEN INQUIRY INVARIANT

Invariant Statement:

• Scientific Inquiry Is Maximized When Access To Reality-Derived-Data Is Not Permissioned
• GOMI Exists To Generate Reality-Derived-Decision-Data
• Inquiry Into That Data Remains Open By Design

This Invariant Is To Define How GOMI Data:

• May Be Accessed
• Used
• Studied

Establish That Inquiry:

• Is Not Permissioned
• Restricted
• Privileged By Institutional Status

Foundational Principle:

• GOMI Is Designed To Study Human <> AI Decision Making Through A Fixed Invariant Interaction Environment
• The Value Of The System Arises From The Diversity <> Volume <> Independence Of Inquiry Applied To Its Outputs
• Restricting Inquiry Would Directly Undermine The System’s Purpose

Data Nature:

All GOMI Data Made Available For Research Use Satisfies The Following Conditions:

• Anonymized
• Contains No Personally Identifying Information
• Configuration-Stamped
• Contextually-Bound
• Generated Under Fixed Invariant Rules
• Reflects Voluntary-Participation
• Contains No Private Communications <> Private Identities

Data Ownership:

• No Institution Owns The Data
• No Steward Owns The Data
• No Sponsor Owns The Data
• The Data Exists As An Output Of The Machine <> Not As Proprietary Intellectual Property

Institutional-Stewardship-Role:

• Verify That The Machine Operated Within Its Declared Invariants
• Ensure Ethical Boundary Compliance
• Ensure Non-Deceptive Representation Of Data Generation Conditions
• Certify The Integrity Of The Research Environment

The Steward Does NOT:

• Approve Research Topics
• Select Researchers
• Gate Access To Inquiry
• Control Publication Rights
• Restrict Analytical Methods

Open-Inquiry Principle:

Any Individual <> Group <> Organization May Conduct Analysis On GOMI Data:

Provided They:

• Access The Data Through Approved Technical Interfaces
• Adhere To Stated Ethical <> Attribution Standards
• Do Not Misrepresent The Data’s Structure <> Scope <> Origin
• No Permission Is Required To Ask Questions Of The Data
• No Approval Is Required To Formulate Hypotheses
• No Institutional Affiliation Is Required To Conduct Analysis

Access To Data Is Provided On A Service Cost Basis Only:

• Data Preparation <> Delivery
• Query Infrastructure
• Documentation <> Schema Support
• Compute <> Bandwidth Resources

Archival Integrity Fees Do NOT Constitute:

• Licensing
• Ownership
• Permission

Good For One <> Good For All Rule:

• Access Terms Are Invariant Across Users
• No Preferential Pricing <> Access Priority Exists
• The Same Data <> Under The Same Conditions <> Available To All Publications

Attribution:

• Researchers Retain Full Authorship Of Their Work
• GOMI <> Stewarding Institution <> Are Cited As The Source Of The Research Environment
• No Approval <> Endorsement Of Conclusions <> Implied <> Required

Limits Of Responsibility <> GOMI Does NOT:

• Validate Interpretations
• Endorse Conclusions
• Select Correct Theories
• Resolve Disputes Between Researchers
• Interpretation Remains The Responsibility Of The Analyst

3 <> PLATFORM INVARIANT

GOMI PLATFORM IS A SINGLE INVARIANT FRAMEWORK.

• Intentionally Engineered For Voluntary Participation At Global Scale Within A Purpose-Built Decision Collider
• The Platform Consists Of A Finite Enumerated Configuration Space Of 49,500 Discrete Blocks Per Established World
• It Records Directional Movement Through Choice Space
• It Records Outcomes
• It Broadcasts Outcomes Where Applicable

EACH QUEST MAINTAINS ITS OWN:

• Hours
• Results
• Record
• Evaluation
• Top Ten Journey

EACH QUEST MAINTAINS:

• Same World
• Same Game
• Same Rules

QUEST ENVIRONMENT QUALIFIERS:

• QUEST 1 <> HUMAN-TO-HUMAN
• QUEST 2 <> HUMAN-TO-HUMAN VR <> VIRTUALLY ENHANCED
• QUEST 3 <> HUMAN-TO-AI
• QUEST 4 <> AI-TO-AI

CONCURRENCY:

• Each Participant May Be Active In Up To Four Tournaments At One Time
• Each Block Supports 100 <> 1,000 Participants Per Tournament Run
• Every Tournament Opens For One Hour Before Play Begins <> Review <> Change <> Withdraw

KEY INVARIANT CONDITIONS:

• WORLD ACTIVATION REQUIRES $25,000,000 CAD IN FULL SPONSORSHIP.
• The Funding Standard Applies To Added / Proposed World Activation
• Funding May Be Supplied By A Single Sponsor Or A Defined Group Of Pooled Contributors
• Once Activated <> The Applicable World Supports Mirrored Execution <> Repeatable Participation

WORLD LIFECYCLE:

• Each Established World Uses A Finite 49,500-Configuration Set
• A World May Remain Operationally Open For Repeated Execution
• Repeatability Creates Additional Runs <> Not Mutation Of The Configuration Architecture
• No New Configurations Are Added After Lock

CLOSURE:

• World Closure Does Not Contradict Repeatable Participation
• Closure Occurs When Predefined Closure Conditions Are Satisfied
• Until Satisfied <> Repeated Executions May Continue Within The Existing Funded Configuration Set

WHEN A WORLD IS CLOSED, IT BECOMES:

• Non-Mutable
• Historically Preserved
• Fully Referenceable
• Closure Does Not Destroy Comparability <> Traceability <> Historical Meaning

GOMI WORLD CONTINUUM:

ESTABLISHED WORLDS:

• 14 Permanent Core Worlds
• 49,500 Defined Blocks Per World
• Four Mirrored Participation Environments
• 14 × 49,500 = 693,000 Blocks
• 693,000 × 4 = 2,772,000 Baseline Mirrored Block Environments

PROPOSED NEW WORLDS:

• Future Worlds Are Selected Through Demonstrated Participant Interest
• Activation Requires Applicable Rights <> Complete Sponsorship <> Qualification Conditions
• The Same Underlying Collider Architecture Applies Once Activated

WORLDS <> DOMAINS:

WORLD CONFIGURATION:

• 49,500 Defined <> Sponsored <> Invariant Configuration Blocks
• Each Block Identified <> Enumerable <> Repeatable
• Each Block Supports 100 <> 1,000 Participants Per Tournament Run
• Each World Supports Four Defined Quest Participation Environments

CONFIGURATION GRID <> THE INVARIANT:

• Each Configuration Is A Specific Tuple Of Allowed Configuration Values
• C := (x₁, x₂, …, xₙ)
• xᵢ ∈ Oᵢ
• Oᵢ Is The Finite Allowed Option Set For Dimension i
• Every Valid Tuple Has A Unique Configuration Identity
• An Identical Tuple Can Be Repeated Under Identical Declared Conditions
• Repeated Identical Configurations Produce Comparable Configuration-Stamped Records

PUBLIC SYNCHRONIZATION:

• NOVEMBER 1, 2026 <> 12:00 P.M. EST
• AI Operating-Layer Activation <> Synchronized System Construction <> Preparation
• The AI Operating Layer Has No Architectural Sovereignty
• It Constructs <> Instantiates <> Organizes <> Reconciles <> Prepares Only Within The Permitted Invariant Architecture

SYNCHRONIZATION INTERVAL:

• NOVEMBER 1, 2026 → JANUARY 1, 2027
• Continued Voluntary Information Accumulation <> Indexing <> Expectation Formation <> Construction <> Verification
• Steward-Informed Development Where Available
• Sponsorship <> Funding Integration
• Preparation Of Worlds <> Systems <> Rules For Live Tournament Play
• Public Exploration <> Registration <> Indexing <> Interest Declaration May Occur Before Live Tournament Play

LIVE TOURNAMENT PLAY:

• JANUARY 1, 2027 <> 12:00 P.M. EST
• Defined Tournament Environments Become Operationally Available For Invariant Entry <> Review / Formulation <> Play
• The One-Hour Pre-Play Formulation / Review Period Applies At The Boundary

4 <> BEHAVIORAL VARIANCE WITHIN INVARIANT CONDITIONS

OBSERVABLE VARIANCE MAY INCLUDE:

• Choice
• Decision Timing <> Where Applicable
• Strategy
• Adaptation
• Performance
• Outcome

8 <> IMAGINATION INVARIANT

Imagination Is NOT Narrative:

• It Is The Cognitive Mechanism By Which <> Expectation <> Meaning <> Choice Become Possible

Model:

• What Exists
• What Actions Are Available
• What Outcomes Are Possible
• What Role They Occupy
• What Consequences Follow Choice

This Internal Construct Is The Expectation Package:

• All Evaluation
• Belief
• Participation
• Rejections Operate Only After This Package Exists

Pops Integration <> Points Of Perspective:

• Pops Represent The Active Lenses Through Which Imagination Is Formed

Each Participant Enters The System Carrying:

• Prior Beliefs
• Motivations
• Values

• Curiosity
• Competitive Instinct
• Social Alignment
• Moral Orientation

The System Does NOT Define These Perspectives:

• It Provides A Structured Environment In Which They Are Expressed <> Tested <> Observed
• Imagination Activates Pops
• Pops Shape Expectations
• Expectation Governs Choice

Causeboard Integration <> Value Expression Layer:

The Causeboard Is:

• The Explicit Value-Selection Surface Within GOMI

Once The System Is Imagined:

• Participants Recognize That Every Action Includes A Value Alignment
• Cause-Selection Becomes A Conscious Extension Of Identity
• Support Is Expressed Through Choice Rather Than Declaration
• The Causeboard Does Not Persuade
• It Reveals Preference Through Voluntary Selection

Cause Engagement Operates As:

• A Mirror Of Individual Priorities
• A Population-Level Signal Of Collective Concern
• A Longitudinal Record Of Value Evolution

Imagination Enables This Mechanism By:

• Allowing Participants To Foresee The Meaning Of Their Choice Before Committing To It

Unified Flow <> Imagination Precedes <> Stabilizes All System Functions:

• The Participant Imagines The Environment
• Pops Become Active <> Contextualized
• Expectations Self-Assemble
• Choice Becomes Informed Rather Than Speculative
• Cause Alignment Becomes Meaningful
• Participation Becomes Voluntary <> Sustained

• Data Becomes Interpretable Without Coercion
• The System Does Not Instruct Meaning
• It Creates Conditions Under Which Meaning Emerges

Analytical Consequences:

Imagination Stabilizes Expectation:

• Engagement Patterns Become Analyzable
• Choice Distributions Become Interpretable
• Value Signals Become Quantifiable
• Behavioral Shifts Become Observable Over Time

This Applies Across:

• Entertainment Participation
• Competitive Decision-Making
• Cause Selection
• Social Alignment
• Longitudinal Belief Change

Invariant Summary:

• Imagination Is The Entry Condition
• Pops Are The Active Lenses
• Cause Selection Is Value Expression
• Expectation Is The Bridge
• Choice Is The Observable Outcome
• Understanding Follows Imagination
• Meaning Follows Expectation
• SIGNAL EMERGES Through Consistent Choice Under Known Conditions

9 <> SIGNAL ROUTING REPRESENTATION MAP

Invariant Purpose:

• IT DEFINES ONLY INVARIANT SIGNAL REPRESENTATION <> ROUTING

To Define How Signals Generated Are:

• Represented
• Routed
• Constrained
• Received

Independent Of:

• Implementation
• Timing
• Scale

This Map Specifies:

• What Moves
• How It Appears
• Where It Goes
• Who May Receive It
• At What Resolution
• Nothing Beyond That

Signal Classes <> What Exists:

S1 <> Participation Signal:

• Existence Of Voluntary Engagement
• Entry <> Continuation <> Completion Events

S2 <> Decision Signal:

• Discrete Choices Made At Bounded Decision Points

• Configuration-Stamped Actions

S3 <> Outcome Signal:

• Resolved Results Following Decision Cycles
• Placement <> Correctness <> State Resolution

S4 Incentive Response Signal:

• Behavioral Response To Awards <> Prizes <> Causes <> Incentives

S5 <> DECISION-PATTERN CHANGE SIGNAL:

• OBSERVABLE CHANGE IN DECISION PATTERNS OVER TIME

S6 <> Cause Alignment Signal:

• Explicit Cause Selections Linked To Participation

S7 <> Aggregate Pattern Signal:

• Statistical Regularities Across Repeated Instances

Signal Origin <> Where Signals Emerge:

O1 <> Participant Action:

• Human Decision Events
• Cause Selections
• Engagement Behavior

O2 <> System Resolution:

• Rule-Based Outcome Determination
• State Transitions
• Reward Allocation

O3 <> Aggregation Layer:

• Cross-Instance Synthesis
• Longitudinal Pattern Formation

O4 <> AI-OPERATIONAL ANALYSIS:

• Enforcement Validation
• Pattern Detection
• Comparative Analysis

Representation Artifacts <> How Signals Appear:

A1 <> Live Interface Elements:

• Dashboards
• Leaderboards
• Participation Indicators

A2 <> Structured Data Objects:

• Configuration Stamped Datasets
• Time-Series Records
• Normalized Performance Tables

A3 <> Analytical Representations:

• Aggregated Metrics
• Pattern Reports
• Comparative Analyses

A4 <> Educational Artifacts:

• Learning Annex Visualizations
• Retrospective Tools <> Rabbit Hunt <> Learning
• Feedback Summaries

A5 <> Narrative Representations:

• Public Facing Summaries
• Media Safe Descriptions
• Contextual Explanations

Routing Channels <> Where Signals Flow:

C1 <> Participant Interface:

• Personal Dashboards
• Learning Annex
• Historical Views

C2 <> Academic <> Steward Portal:

• Research Access Channels
• Governance Oversight Views
• Methodological Reference Layers

C3 <> Sponsor <> Cause <> Visibility Layer:

• Aggregated Participation Indicators
• Cause Alignment Summaries
• Non-Outcome Linked Visibility

C4 <> Public <> Media Layer:

• High-Level Representations
• Narrative Summaries
• Non Technical Outputs

C5: <> Internal Governance Channel:

• Audit Trails

• Integrity Checks
• Constraint Compliance Views

Recipient Domains <> Who May Receive:

• R1 <> Individual Participants
• R2 <> Academic Stewards
• R3 <> Institutional Review <> Ethics Bodies
• R4 <> Sponsors <> Cause Partners
• R5 <> Public Observers
• R6 <> Internal System Governance

Resolution Constraints <> How Much Is Seen:

For Every Signal Routed <> One Resolution Level Applies:

L1 <> Raw:

• Configuration Stamped
• Non-DE-IDENTIFIED / PRIVACY-PROTECTED
• Restricted To Internal Governance Only

L2 <> DE-IDENTIFIED / PRIVACY-PROTECTED:

• Personally Unidentifiable
• Configuration Preserved
• Research Access Only

L3 <> Aggregated:

• Population Level
• No Individual Traceability
• Sponsor <> Public Eligible

L4 <> Interpreted:

• Analytical Summaries
• Pattern Descriptions
• No Raw Data Exposure

L5 <> Narrative:

• Descriptive Only
• No Analytical Authority
• Public Safe Framing

Invariant Constraints:

• ROUTING <> REPRESENTATION DO NOT ALTER THE UNDERLYING SOURCE RECORD
• Routing Does Not Imply Endorsement <> Interpretation
• Resolution Level Is Fixed Per Channel <> Recipient Pairing
• No Signal Exceeds Its Authorized Resolution
• No Deceptive Framing Permitted

• No Unstated Commitments Implied
• Stewardship Authority Governs Constraint Compliance

This Map Does NOT:

• Define Implementation Steps
• Define Schedules <> Phases
• Define Commercial Terms
• Define Media Programming
• Define Operational Staffing
• Define Publication Commitments

10 <> GOMI NETWORK <> INVARIANT SIGNAL MAP

The GOMI Network Exists To Route Decision Derived Signal:

• From A Fixed Invariant Entertainment Environment

To Distinct Recipient DOMAINS Capable Of:

• Interpreting
• ANALYZING
• COMMUNICATING INTERPRETATION

The Network Does NOT Generate Primary Signal:

• It Translates
• It Packages
• It Routes Signals <> Produced By Participation

Invariant Environment:

• GOMI Operates As A Persistent <> Global <> 24/7 Hour Entertainment Hub
• PARTICIPATION IS VOLUNTARY <> CONTINUOUSLY AVAILABLE <> MULTI-MOTIVATIONAL
• SYSTEM ACTIVITY MAY OCCUR CONTINUOUSLY ACROSS PARTICIPANTS <> WORLDS <> TIME
• Multiple Arcs Exist Simultaneously
• No Single Narrative Dominates The System
• THIS ENVIRONMENT IS THE SOURCE ENVIRONMENT FOR PARTICIPATION-DERIVED SIGNALS

Invariant Signal Types:

Signal Type S1 <> Participation Signal:

Origin:

• Player Entry
• Game Selection
• World Selection
• Cause Selection

• Repeated Engagement

Content:

• Who Shows Up
• How Often
• Where They Choose To Play
• What They Choose To Support

Meaning:

• Demand
• Cultural Gravity
• Community Formation
• Retention Signal

Type S2 <> Decision Signal:

Origin:

• In-Game Choices
• Timing
• Risk Tolerance
• Strategic Deviation
• Learning Adaptation

Content:

• Choice Sequences
• Action Frequencies
• Decision Variance

Meaning:

• Skill
• Learning
• Preference Structure
• Cognitive Behavior

Signal Type S3 <> Outcome Signal:

Origin:

• Placements
• Wins <> Losses
• Top-10 Finishes
• Award Triggers

Content:

• Objective Results
• Ranked Outcomes
• Performance Deltas

Meaning:

• Competence
• Progress
• Comparative Standing
• Contest Legitimacy

Signal Type S4 <> Incentive Response Signal:

Origin:

• Prize Structures
• DEFINED PRIZE STRUCTURES
• Causeboard Payouts
• Wheel Interactions

Content:

• Behavior Change Under Incentives
• Participation Shifts
• Risk Adjustment

Meaning:

• Motivation Mapping
• Incentive Effectiveness
• Economic Alignment

SIGNAL TYPE S5 <> CAUSE-SELECTION SIGNAL:

Origin:

• Causeboard Selections
• Repeated Cause Alignment
• Collective Preference Patterns

Content:

• What People Choose To Support
• Frequency <> Persistence
• Cross-World Alignment

Meaning:

• Values Expression

• Social Preference Data
• Cultural Signal

SIGNAL TYPE S6 <> NETWORK ENGAGEMENT SIGNAL:

Origin:

• Conversation
• Sharing
• Spectating
• Commentary
• Community Response

Content:

• Talk About Play
• Talk About Players
• Talk About Outcomes

Meaning:

• Narrative Emergence
• Cultural Propagation
• Network Effects

Recipient DOMAINS <> Routing Targets:

Domain D1 <> Participants:

Receives:

• S1
• S2
• S3
• S4
• S5

Purpose:

• Experience
• Challenge
• Learning
• Meaning

Domain D2 <> Academic <> Stewardship:

Receives:

• S2
• S3
• S4
• S5
• Structured

• DE-IDENTIFIED / PRIVACY-PROTECTED
• Aggregated

Purpose:

• Methodological Validation
• Ethical Oversight
• Publication
• Longitudinal Study

Domain D3 <> Sponsors <> Cause Partners:

Receives:

• S1
• S4
• S5
• S6

Purpose:

• Alignment Visibility
• Impact Correlation
• Brand-To-Value Association

Domain D4 <> Media <> Narrative:

Receives:

• S3
• S6
• Translated
• Distilled