Interactive Tools¶
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Experience Digital Physics
Hands-on applications that bring the concepts of trust, telemetry, and governance to life.
The Data Compass¶
Navigate Your Security Journey
Chart your organization's security journey through 27 unique operational archetypesβfrom reactive monitoring to strategic leadership.
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Choose Your Own Adventure
The Data Compass is an interactive tool for security teams and CISOs to assess and evolve their operational maturity.
Features:
- π₯ Healthcare, ποΈ Government, π’ Enterprise sectors
- Defensive and attack-response scenarios
- 27 operational archetypes across 3 maturity levels
- AI-ready prompts for strategic planning
The Journey:
How It Works¶
Select your organization type:
- Healthcare β Academic medical centers, hospitals, clinics
- Government β Federal, state, local agencies
- Enterprise β Commercial organizations
Choose your path:
- Defensive β Build proactive security posture
- Attack Response β Handle compromised endpoints or agentic attacks
Progress through maturity levels:
| Level | Archetype | Characteristics |
|---|---|---|
| 1 | Reactive Monitor | Raw alerts, no context |
| 2 | Proactive Defender | Enriched analytics, orchestration |
| 3 | Strategic Leader | Predictive, business-aligned |
Connection to KTP¶
The Data Compass operationalizes KTP concepts:
| Data Compass | KTP Equivalent |
|---|---|
| Maturity Journey | Trust Tier progression |
| Sector Context | Zone configuration |
| Attack Scenarios | Threat model responses |
| Archetypes | Policy enforcement patterns |
Web of Data¶
Indigenous Data Sovereignty Explorer
Explore the threads of privacy, identity, knowledge, and sovereignty across centuries of history.
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Interactive History
The Web of Data is a companion to the Medium article "Web of Data: From Telegraph to AI." It brings the metaphor of interconnected threads to life through interactive visualization.
Features:
- π Timeline β Events from 1000 CE to 2100 CE
- πΈοΈ Force Graph β Explore concept relationships
- πΌοΈ Gallery β Data sovereignty frameworks
- π Narrative β Chapter-by-chapter exploration
Key Concepts:
- OCAP Principles (Ownership, Control, Access, Possession)
- CARE Principles (Collective Benefit, Authority, Responsibility, Ethics)
- FAIR Principles (Findable, Accessible, Interoperable, Reusable)
- Contextual Integrity
The Five Threads¶
graph LR
subgraph THREADS["The Web of Data"]
I[πͺΆ Identity]
K[π Knowledge]
P[π Privacy]
S[π Sovereignty]
D[π Data]
end
I <--> K
K <--> P
P <--> S
S <--> D
D <--> I
style THREADS fill:#1a1a2e,stroke:#87CEEB
Connection to KTP¶
| Web of Data Concept | KTP Implementation |
|---|---|
| Data Sovereignty | KTP-Governance |
| Contextual Integrity | KTP-Privacy |
| Identity Threads | KTP-Identity |
| Knowledge Systems | KTP-Provenance |
Digital Physics Viewer¶
Trust Flow Visualization
Visualize how trust flows from raw telemetry to executive decisions through the three-layer Digital Physics model.
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Micro β Meso β Macro
The Digital Physics Viewer is built into this documentation site. It provides an interactive diagram of the KTP trust calculation pipeline.
Layers:
- π¬ Micro β Packets, logs, real-time metrics
- βοΈ Meso β Aggregation, ARQ calculation, risk deflation
- π Macro β Global context, Experience Score, executive actions
Tool Ecosystem¶
flowchart TB
subgraph LEARN["π Learn"]
ODAM[ODAM Book<br/>odam.community]
WOD_ART[Web of Data Article<br/>Medium]
end
subgraph EXPLORE["π¬ Explore"]
DC[Data Compass<br/>datacompass.odam.community]
WOD[Web of Data App<br/>webofdata.odam.community]
end
subgraph IMPLEMENT["βοΈ Implement"]
DPV[Digital Physics Viewer<br/>This site]
KTP[KTP RFCs<br/>Specifications]
end
ODAM --> DC
WOD_ART --> WOD
DC --> DPV
WOD --> KTP
DPV --> KTP
style LEARN fill:#1a1a2e,stroke:#87CEEB
style EXPLORE fill:#16213e,stroke:#87CEEB
style IMPLEMENT fill:#0f3460,stroke:#87CEEB
What's Next?¶
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Development Roadmap
See what's coming in Q1 2026, Q2 2026, and beyondβfrom Trust Simulators to REST APIs.