New Public Insights

These are recently updated publicly accessible Insights. In addition to public Insights, Insight Maker also supports creating private Insights.

 Model was implemented with just variables, but some of these items are flows or stocks. Check the spreadsheet in the tab group and correct the variable types as needed. Flows are created by setting the flows/transitions|links button to Flows.. and connecting 2 stocks - the connector is then a flow.

Model was implemented with just variables, but some of these items are flows or stocks. Check the spreadsheet in the tab group and correct the variable types as needed. Flows are created by setting the flows/transitions|links button to Flows.. and connecting 2 stocks - the connector is then a flow. See examples Community_Capital in this model.  I can manually create these fairly quickly if needed so don't waste tokens. 

Audit the model using the attached spreadsheet. 


Below is a clean, GCR-consistent rewrite of your model outline, keeping it InsightMaker-friendly, dimensionally clearer, and aligned with the working paper.
(As always, models simplify reality—please validate against the paper and intended use.)

Page: GCR Integrated Assessment Model (Revised)CORE STOCKS
  • Atmospheric_CO₂ (GtCO₂ or ppm)

  • Clean_Energy_Capacity (indexed or GW-equivalent)

  • Community_Capital (index)

  • Ecosystem_Integrity (index)

  • XCR_Outstanding (XCR units)

  • Central_Bank_Balance_Exposure (index or $)

KEY FLOWS & EQUATIONS1. Carbon Reward Issuance (by verified mitigation)
  • Verified_CDR (tCO₂/yr)
    = CDR_Capacity × MRV_Integrity × Durability_Factor

  • Verified_Mitigation (tCO₂e/yr)
    = Mitigation_Capacity × MRV_Integrity × Additionality_Factor

  • XCR_Issued (XCR/yr)
    = Verified_CDR × 1

    • Verified_Mitigation × (1 / Reward_Multiplier_R)

2. XCR Valuation and Capital Mobilisation
  • XCR_Grant_Value ($/yr)
    = XCR_Issued × XCR_Price_Floor

  • Private_Capital_Crowded_In ($/yr)
    = XCR_Grant_Value × Leverage_Ratio

  • Total_Mitigation_Finance ($/yr)
    = XCR_Grant_Value + Private_Capital_Crowded_In

3. Central Bank Backstop (CQE)
  • CQE_Intervention ($/yr)
    = IF XCR_Spot_Price < XCR_Price_Floor
    THEN Floor_Defence_Function × Central_Bank_Participation
    ELSE 0

(CQE is contingent, not proportional funding)

4. Energy Transition
  • Clean_Energy_Capacity_Growth
    = Total_Mitigation_Finance × Energy_Allocation_Share

  • Clean_Energy_Capacity
    = Clean_Energy_Capacity(-1) + Clean_Energy_Capacity_Growth

5. Emissions and Carbon Cycle
  • Net_Annual_Emissions (tCO₂e/yr)
    = Baseline_Emissions − Verified_Mitigation

  • Atmospheric_CO₂
    = Atmospheric_CO₂(-1)

    • Net_Annual_Emissions
      − Verified_CDR

6. Climate Response
  • Global_Temperature
    = Climate_Response_Function(Atmospheric_CO₂)

7. Co-Benefits and System Stability (Reward Channel 3)
  • Ecosystem_Regeneration
    = Verified_Mitigation × CoBenefit_Share

  • Community_Capital_Growth
    = Ecosystem_Regeneration + Stakeholder_Engagement

  • Community_Capital
    = Community_Capital(-1) + Community_Capital_Growth

(Channel 3 redistributes XCR value; it does not mint new XCR)

8. Integrity and Greenwashing Risk
  • Greenwashing_Risk
    = exp(−(MRV_Integrity × Durability_Factor × No_Offsetting_Policy))

  • Greenwashing_Reduction
    = 1 − Greenwashing_Risk

KEY PARAMETERS (SLIDERS / INPUTS)Carbon Reward & Pricing
  • XCR_Price_Floor: 10–200 USD/tCO₂ (default 50)

  • Reward_Multiplier_R: ≥1 (default 1 for CDR)

  • Leverage_Ratio: 1–10

Governance & Credibility
  • Central_Bank_Participation: 0–100%

  • MRV_Integrity: 0–1

  • Durability_Factor: 0–1

  • Additionality_Factor: 0–1

Allocation & Co-Benefits
  • Energy_Allocation_Share: 0–1

  • CoBenefit_Share: 0–1

  • Stakeholder_Engagement: 0–1

Climate System
  • Baseline_Emissions (tCO₂e/yr)

  • Climate_Response_Function (simple TCRE or IAM module)

STRUCTURAL NOTES (IMPORTANT)
  • XCR issuance is tied to verified mitigation, not central bank balance sheets.

  • Central banks only defend the price floor (CQE is conditional).

  • CDR and emissions reductions are distinct flows.

  • Co-benefits improve durability and acceptance, not atmospheric accounting.

  • No offsetting: reductions do not cancel emissions elsewhere.

If you want, next steps could be:

  • a stock-and-flow diagram mapped explicitly to InsightMaker objects, or

  • a minimal climate–finance–inflation loop to test CQE sensitivity.

29 minutes ago
 Model was implemented with just variables, but some of these items are flows or stocks. Check the spreadsheet in the tab group and correct the variable types as needed. Flows are created by setting the flows/transitions|links button to Flows.. and connecting 2 stocks - the connector is then a flow.

Model was implemented with just variables, but some of these items are flows or stocks. Check the spreadsheet in the tab group and correct the variable types as needed. Flows are created by setting the flows/transitions|links button to Flows.. and connecting 2 stocks - the connector is then a flow. See examples Community_Capital in this model.  I can manually create these fairly quickly if needed so don't waste tokens. 

Audit the model using the attached spreadsheet. 


Below is a clean, GCR-consistent rewrite of your model outline, keeping it InsightMaker-friendly, dimensionally clearer, and aligned with the working paper.
(As always, models simplify reality—please validate against the paper and intended use.)

Page: GCR Integrated Assessment Model (Revised)CORE STOCKS
  • Atmospheric_CO₂ (GtCO₂ or ppm)

  • Clean_Energy_Capacity (indexed or GW-equivalent)

  • Community_Capital (index)

  • Ecosystem_Integrity (index)

  • XCR_Outstanding (XCR units)

  • Central_Bank_Balance_Exposure (index or $)

KEY FLOWS & EQUATIONS1. Carbon Reward Issuance (by verified mitigation)
  • Verified_CDR (tCO₂/yr)
    = CDR_Capacity × MRV_Integrity × Durability_Factor

  • Verified_Mitigation (tCO₂e/yr)
    = Mitigation_Capacity × MRV_Integrity × Additionality_Factor

  • XCR_Issued (XCR/yr)
    = Verified_CDR × 1

    • Verified_Mitigation × (1 / Reward_Multiplier_R)

2. XCR Valuation and Capital Mobilisation
  • XCR_Grant_Value ($/yr)
    = XCR_Issued × XCR_Price_Floor

  • Private_Capital_Crowded_In ($/yr)
    = XCR_Grant_Value × Leverage_Ratio

  • Total_Mitigation_Finance ($/yr)
    = XCR_Grant_Value + Private_Capital_Crowded_In

3. Central Bank Backstop (CQE)
  • CQE_Intervention ($/yr)
    = IF XCR_Spot_Price < XCR_Price_Floor
    THEN Floor_Defence_Function × Central_Bank_Participation
    ELSE 0

(CQE is contingent, not proportional funding)

4. Energy Transition
  • Clean_Energy_Capacity_Growth
    = Total_Mitigation_Finance × Energy_Allocation_Share

  • Clean_Energy_Capacity
    = Clean_Energy_Capacity(-1) + Clean_Energy_Capacity_Growth

5. Emissions and Carbon Cycle
  • Net_Annual_Emissions (tCO₂e/yr)
    = Baseline_Emissions − Verified_Mitigation

  • Atmospheric_CO₂
    = Atmospheric_CO₂(-1)

    • Net_Annual_Emissions
      − Verified_CDR

6. Climate Response
  • Global_Temperature
    = Climate_Response_Function(Atmospheric_CO₂)

7. Co-Benefits and System Stability (Reward Channel 3)
  • Ecosystem_Regeneration
    = Verified_Mitigation × CoBenefit_Share

  • Community_Capital_Growth
    = Ecosystem_Regeneration + Stakeholder_Engagement

  • Community_Capital
    = Community_Capital(-1) + Community_Capital_Growth

(Channel 3 redistributes XCR value; it does not mint new XCR)

8. Integrity and Greenwashing Risk
  • Greenwashing_Risk
    = exp(−(MRV_Integrity × Durability_Factor × No_Offsetting_Policy))

  • Greenwashing_Reduction
    = 1 − Greenwashing_Risk

KEY PARAMETERS (SLIDERS / INPUTS)Carbon Reward & Pricing
  • XCR_Price_Floor: 10–200 USD/tCO₂ (default 50)

  • Reward_Multiplier_R: ≥1 (default 1 for CDR)

  • Leverage_Ratio: 1–10

Governance & Credibility
  • Central_Bank_Participation: 0–100%

  • MRV_Integrity: 0–1

  • Durability_Factor: 0–1

  • Additionality_Factor: 0–1

Allocation & Co-Benefits
  • Energy_Allocation_Share: 0–1

  • CoBenefit_Share: 0–1

  • Stakeholder_Engagement: 0–1

Climate System
  • Baseline_Emissions (tCO₂e/yr)

  • Climate_Response_Function (simple TCRE or IAM module)

STRUCTURAL NOTES (IMPORTANT)
  • XCR issuance is tied to verified mitigation, not central bank balance sheets.

  • Central banks only defend the price floor (CQE is conditional).

  • CDR and emissions reductions are distinct flows.

  • Co-benefits improve durability and acceptance, not atmospheric accounting.

  • No offsetting: reductions do not cancel emissions elsewhere.

If you want, next steps could be:

  • a stock-and-flow diagram mapped explicitly to InsightMaker objects, or

  • a minimal climate–finance–inflation loop to test CQE sensitivity.

 Flip Flap Railway (1895): der Schlitten einer Achterbahn fährt zuerst eine schiefe Ebene hinunter, dann in einen kreisförmigen Looping und am Schluss horizontal weg. Die Bewegung ist auf den Schwerpunkt reduziert und vom Impuls wird nur der Betrag betrachtet. Demenstprechend beziehten sich die G-Kr
Flip Flap Railway (1895): der Schlitten einer Achterbahn fährt zuerst eine schiefe Ebene hinunter, dann in einen kreisförmigen Looping und am Schluss horizontal weg. Die Bewegung ist auf den Schwerpunkt reduziert und vom Impuls wird nur der Betrag betrachtet. Demenstprechend beziehten sich die G-Kräfte gemessen in g auf diesen Punkt.
Hier finden Sie das Video dazu https://youtu.be/ckQ1rpXLKE0
 ​Purpose  Enables the different components in the 5 capability model in a visual manner for Enterprise and Business Architecture stakeholders.      Enter volumes based on transactions from all your applications based on the business process layer.  Actual transaction volumes recorded for your expen
​Purpose
Enables the different components in the 5 capability model in a visual manner for Enterprise and Business Architecture stakeholders.  

Enter volumes based on transactions from all your applications based on the business process layer.  Actual transaction volumes recorded for your expense or revenue stream.  Example; how many applications are sponsored by engineering that allow CREATE and UPDATE of a supplier or customer.  Enter the number of transactions in the engineering variable.  The engineering group has no authority to create either a supplier or customer.  All organizations are allowed to submit a certain set of inputs for a super user group to review and then those super users create and update the master record.  

Food for thought, the difference between the records created by the super user group and the volume of created party management records is the opportunity to scale and protect the reputation of your client.  

Now lets do the same for every update to a party management record.  All changes to a supplier or customer could effect pricing and tax or duty fees and each must use the formal change management process with many changes needing to have an authorized representative from the supplier or customer.  Digital records are in need of key control designs.  These are monitored and reported to the SEC.  

BUSINESS ARCHITECTURE 

5 Capability Model
The 5 capability model has many stock and flow children which each organization will need to model based on their current state.  

  • Aligns to APQC Process Framework
  • Aligns to Principles in ISO 9001, 26000 and 27001 

ENTERPRISE ARCHITECTURE 
Aligns Zachman Framework Enterprise and Business Architecture with Executive and Leaders from a business management level across any organization.  

A method in which to align and benchmark any organization or agency, with the system(s) logic required from Architects in Row 3, to enable Row 4 engineers who need to supply physics. 


Semantic
Getting terms to align to the generic objects can be a trying task, unless you simply list the stakeholders "semantic" term below the stakeholder in the presentation layer by order shown in the business process management section above the capability management group.  



Model que representa l'estat dels embassaments i el volum de l'aigua històric, amb especial èmfasi en els episodis de sequera
Model que representa l'estat dels embassaments i el volum de l'aigua històric, amb especial èmfasi en els episodis de sequera