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‎profile/AGAD-TRL-VV-TABLE.md‎

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| Fase AGAD | Nombre de Fase Principal | Nivel TRL | Tipos de datos AGAD-ID registrados (Ejemplos) | Procesos de V&V asociados | Ejemplo de Artefacto V&V (Conceptual) |
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| :-------- | :------------------------ | :-------- | :------------------------------------------------------------------------------------------------------------------------------------------- | :--------------------------------------------------------- | :---------------------------------------------------------------------------------------------------- |
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| AGAD 1/1 | Concept Definition | 1 | Requisitos de misión iniciales, análisis de mercado, identificación de stakeholders, casos de uso primarios, decisiones de viabilidad conceptual. | Conceptual validation, use-case mapping | `VerificationMethod: [UseCaseReview]`, `ValidationReport: mission_concept_review_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 1/2 | Concept Definition | 2 | Definición de objetivos de alto nivel, primeras restricciones de diseño, evaluación inicial de tecnologías clave, datos de tendencias. | Conceptual validation, use-case mapping | `VerificationMethod: [FeasibilityStudy]`, `ValidationReport: tech_feasibility_study_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 1/3 | Concept Definition | 3 | Refinamiento de requisitos, análisis de alternativas conceptuales, primeras estimaciones de coste/rendimiento, modelado conceptual básico. | Conceptual validation, use-case mapping | `VerificationMethod: [ConceptModelReview]`, `ValidationReport: concept_model_v0.1_review.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 1/4 | Concept Definition | 4 | Selección del concepto base, definición de la arquitectura funcional preliminar, identificación de interfaces críticas. | Conceptual validation, use-case mapping | `VerificationMethod: [ArchitectureReview]`, `ValidationReport: prelim_arch_review_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 1/5 | Concept Definition | 5 | Desarrollo del plan de proyecto, asignación de recursos preliminar, definición del plan de gestión de riesgos conceptual. | Conceptual validation, use-case mapping | `VerificationMethod: [ProjectPlanReview]`, `ValidationReport: project_plan_v0.1_review.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 1/6 | Concept Definition | 6 | Pruebas de concepto (PoC) para tecnologías críticas, validación de modelos de simulación de bajo nivel, feedback inicial de stakeholders. | Conceptual validation, use-case mapping | `VerificationMethod: [PoC_Demo]`, `ValidationReport: crit_tech_poc_report_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 1/7 | Concept Definition | 7 | Demostración del concepto en entorno relevante, validación de interfaces clave, refinamiento de la arquitectura funcional. | Conceptual validation, use-case mapping | `VerificationMethod: [EnvDemoReview]`, `ValidationReport: concept_env_demo_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 1/8 | Concept Definition | 8 | Sistema completo y cualificado a través de pruebas y demostraciones en su entorno operacional final (conceptual). | Conceptual validation, use-case mapping | `VerificationMethod: [SystemQualificationReview]`, `ValidationReport: system_qual_review_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 1/9 | Concept Definition | 9 | Misión conceptual probada con éxito en el entorno operacional (simulado para la fase de concepto). | Conceptual validation, use-case mapping | `VerificationMethod: [MissionSuccessReview]`, `ValidationReport: mission_sim_success_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 2/1 | Preliminary Design | 1 | Identificación de subsistemas principales, estudios de trade-off de arquitecturas, análisis de riesgos técnicos preliminares. | Trade-off studies, feasibility checks | `VerificationMethod: [TradeStudyReview]`, `ValidationReport: arch_trade_study_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 2/2 | Preliminary Design | 2 | Definición de interfaces de subsistemas, selección de tecnologías candidatas, modelos de simulación de subsistemas. | Trade-off studies, feasibility checks | `VerificationMethod: [InterfaceDefReview]`, `ValidationReport: prelim_interface_def_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 2/3 | Preliminary Design | 3 | Especificaciones funcionales de subsistemas, análisis de rendimiento preliminar, identificación de proveedores clave. | Trade-off studies, feasibility checks | `VerificationMethod: [SubsystemSpecReview]`, `ValidationReport: subsystem_func_spec_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 2/4 | Preliminary Design | 4 | Diseño preliminar de componentes críticos, análisis de costes detallado, plan de desarrollo de prototipos. | Trade-off studies, feasibility checks | `VerificationMethod: [CriticalCompReview]`, `ValidationReport: crit_comp_design_v0.1.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 2/5 | Preliminary Design | 5 | Prototipado de componentes/subsistemas críticos, pruebas de concepto en laboratorio, validación de modelos de simulación. | Trade-off studies, feasibility checks | `VerificationMethod: [LabPrototypeTest]`, `ValidationReport: subsystem_poc_lab_report_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 2/6 | Preliminary Design | 6 | Demostración de subsistemas en entorno relevante, validación de interfaces, refinamiento del diseño preliminar. | Trade-off studies, feasibility checks | `VerificationMethod: [SubsystemDemoReview]`, `ValidationReport: subsystem_env_demo_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 2/7 | Preliminary Design | 7 | Integración de subsistemas en un prototipo representativo del sistema, pruebas funcionales. | Trade-off studies, feasibility checks | `VerificationMethod: [SystemPrototypeTest]`, `ValidationReport: system_prototype_func_test_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 2/8 | Preliminary Design | 8 | Sistema completo y cualificado a través de pruebas y demostraciones en su entorno operacional (preliminar). | Trade-off studies, feasibility checks | `VerificationMethod: [PrelimSystemQualReview]`, `ValidationReport: prelim_system_qual_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 2/9 | Preliminary Design | 9 | Misión preliminar probada con éxito en el entorno operacional (con prototipo). | Trade-off studies, feasibility checks | `VerificationMethod: [PrelimMissionSuccess]`, `ValidationReport: prelim_mission_success_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 3/1 | Analytical Modeling | 1 | Definición de modelos físicos y matemáticos de alto nivel, identificación de parámetros clave para análisis. | Functional simulation, constraints test | `VerificationMethod: [ModelDefinitionReview]`, `ValidationReport: analytical_model_def_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 3/2 | Analytical Modeling | 2 | Desarrollo de software/scripts para simulación analítica, calibración inicial de modelos. | Functional simulation, constraints test | `VerificationMethod: [SimulationCodeReview]`, `ValidationReport: sim_code_v0.1_review.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 3/3 | Analytical Modeling | 3 | Ejecución de simulaciones funcionales, análisis de sensibilidad de parámetros, validación de restricciones de diseño. | Functional simulation, constraints test | `VerificationMethod: [SimulationResultsAnalysis]`, `ValidationReport: func_sim_results_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 3/4 | Analytical Modeling | 4 | Optimización de diseño basada en modelos analíticos, identificación de puntos críticos de rendimiento. | Functional simulation, constraints test | `VerificationMethod: [DesignOptimizationReview]`, `ValidationReport: analytical_opt_report_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 3/5 | Analytical Modeling | 5 | Verificación de modelos analíticos con datos experimentales limitados (si disponibles), ajuste de modelos. | Functional simulation, constraints test | `VerificationMethod: [ModelVerificationData]`, `ValidationReport: model_exp_verification_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 3/6 | Analytical Modeling | 6 | Refinamiento de modelos analíticos, análisis de modos de fallo y efectos (FMEA) a nivel conceptual. | Functional simulation, constraints test | `VerificationMethod: [FMEA_Review]`, `ValidationReport: conceptual_fmea_report_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 3/7 | Analytical Modeling | 7 | Documentación de modelos analíticos y resultados, preparación para diseño detallado. | Functional simulation, constraints test | `VerificationMethod: [DocumentationReview]`, `ValidationReport: analytical_model_docs_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 3/8 | Analytical Modeling | 8 | Revisión crítica del diseño analítico, aprobación para proceder a diseño detallado. | Functional simulation, constraints test | `VerificationMethod: [CriticalDesignReview]`, `ValidationReport: analytical_cdr_001.pdf`, `Passed: true`, `Coverage: N/A` |
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| AGAD 3/9 | Analytical Modeling | 9 | Modelos analíticos validados y listos para informar el diseño detallado. | Functional simulation, constraints test | `VerificationMethod: [FinalModelValidation]`, `ValidationReport: final_analytical_model_validation.pdf`, `Passed: true`, `Coverage: N/A` |

‎profile/AMP-CERT-QREADINESS-GASTOPCO2-COMBINED.md‎

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---
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title: AMPEL360 BWB-Q100 – Certification Strategy, Quantum Readiness Assessment & GA-SToP-CO2 Consolidated Framework
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version: 1.0
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date: 2025-05-23
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authors: [Amedeo Pelliccia, GAIA-Q-AIR Team, GAIA Quantum Aerospace Technical Team (Compiled)]
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reviewers: [GAIA-QAO Certification Board, GA-SToP-CO2 Steering Committee, Sustainability Integration Board, Emissions Quantification Working Group, Resource Sustainability Working Group, Materials Science Advisory Board, Systems Integration Working Group, Implementation Working Group]
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approvers: [Chief Sustainability Officer, Chief Technology Officer, Chief Strategy Officer]
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infoCode: AMP-CERT-QREADINESS-STRAT-V1R0 / GP-FD-07-000-CF-A
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status: DRAFT
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extensions: [Mermaid, Python, Annexes]
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tags: [GASToPCO2, framework, consolidated, aerospace, sustainability, CO2, resources, emissions, criticality, metrics, adoption, substitution]
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related: [GP-FD-07-001-OV-A, GP-FD-07-002-SPEC-A, GP-FD-07-003-FIG-A, GP-FD-07-004-PLAN-A, GP-FD-07-005-PROC-A, GP-FD-07-006-SPEC-A, GP-FD-07-007-SPEC-A]
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sustainability_impact: direct
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co2_reduction_potential: high
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resource_criticality_impact: high
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---
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# AMPEL360 BWB-Q100 – Certification Strategy, Quantum Readiness Assessment & GA-SToP-CO2 Consolidated Framework
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This master document outlines the AMPEL360 BWB-Q100’s integrated approach to certification, regulatory compliance, quantum readiness, and sustainability, with the full GA-SToP-CO2 consolidated framework. It covers quantum technology integration, advanced monitoring, digital twin frameworks, NATO Part Number (NPN) SOP, and sustainability/criticality metrics for audit and operational deployment.
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---
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## Executive Summary
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The AMPEL360 program builds on proven technologies with evolutionary enhancements, prioritizing safety, certification readiness, and quantum-integration preparedness. This includes compliance with CS-25, phased EASA certification strategy, AI-assisted validation, and direct alignment with the GA-SToP-CO2 sustainability and resource criticality framework.
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---
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## Sections Overview
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**Certification & Quantum Readiness**
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1. Evolutionary Technology Foundation
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2. Safety Enhancements Through Advanced Monitoring
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3. EASA Certification Compliance Strategy
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4. Collaborative Development with EASA
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5. Technical Readiness and Validation
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6. Operational Integration Strategy
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7. Risk Management and Mitigation
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8. Sustainability and Environmental Compliance
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9. Conclusion and Next Steps
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10. SOP: NATO Part Number Convention for Aerospace Artefacts
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11. Quantum Readiness Assessment Implementation Guide
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12. Appendices: Templates, Scripts, Diagrams, and Checklists
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**GA-SToP-CO2 Consolidated Framework**
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13. Overview & Scope
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14. Standardized CO₂ and Resource Criticality Metrics
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15. Material Substitution Process
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16. Strategic Objectives
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17. Lifecycle and Circular Economy Coverage
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18. International Standards Alignment
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19. Implementation Guidelines
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20. Related Documents
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21. Glossary & Abbreviations
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---
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## 1–12. AMPEL360 BWB-Q100 – Certification, Quantum, and Operational Readiness
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### 1. Evolutionary Technology Foundation
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- Leverage mature BWB airframe technology, advanced avionics, and integrated propulsion.
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### 2. Safety Enhancements Through Advanced Monitoring
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- Digital twin systems, quantum sensors, AI-assisted predictive maintenance.
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### 3. EASA Certification Compliance Strategy
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- CS-25 mapping, phased certification, continuous engagement with authorities.
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### 4. Collaborative Development with EASA
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- Early involvement, iterative reviews, joint workshops.
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### 5. Technical Readiness and Validation
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- Rigorous V&V, model-based systems engineering, formal quantum assurance.
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### 6. Operational Integration Strategy
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- Airline, maintenance, and supply chain onboarding methodologies.
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### 7. Risk Management and Mitigation
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- Proactive hazard identification, quantitative risk assessment, fallback plans.
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### 8. Sustainability and Environmental Compliance
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- Direct linkage to GA-SToP-CO2, lifecycle CO₂, and criticality metrics.
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### 9. Conclusion and Next Steps
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- Next-phase milestones, audit preparation, and continuous improvement.
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### 10. SOP: NATO Part Number Convention for Aerospace Artefacts
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- **Regex:**
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```regex
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^(?P<NPN>[A-Z0-9]{2,5}-[0-9]{2}-[0-9]{3}-[0-9]{4})-(?P<TipoDoc>[A-Z]{2,6})(-(?P<Seq>[0-9]{3}))?-(?P<Ver>v[0-9]+\.[0-9]+|r0[1-9]|r[1-9][0-9])\.(?P<ext>[a-z0-9]{1,5})$
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```
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- Example linting script, versioning, sequencing, responsibilities.
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### 11. Quantum Readiness Assessment Implementation Guide
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- Governance, RACI, evidence collection, security, scoring, roadmap, dashboards, audit templates.
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### 12. Appendices: Templates, Scripts, Diagrams, and Checklists
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- All referenced support materials for operational and audit use.
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---
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## 13–21. GAIA-Q AEROSPACE SYSTEM THREADING ORGANIZATIONAL PROTOCOL COFUNDING ONTOLOGY (GA-SToP-CO2) – CONSOLIDATED FRAMEWORK
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### 13. Overview & Scope
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- Defines the consolidated sustainability, emissions, and criticality framework for AMPEL360 and all derivative projects.
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### 14. Standardized CO₂ and Resource Criticality Metrics
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- Includes PCF, CMI, RCI, and other key metrics for lifecycle and supply chain evaluation.
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### 15. Material Substitution Process
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- Six-phase criticality and implementation cycle for sustainable materials adoption.
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### 16. Strategic Objectives
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- Standardization, integration, collaboration, innovation, transparency.
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### 17. Lifecycle and Circular Economy Coverage
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- Methodologies for circularity, recycling, and responsible end-of-life management.
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### 18. International Standards Alignment
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- ISO, ICAO, GHG Protocol, and other regulatory frameworks.
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### 19. Implementation Guidelines
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- Steps for deployment, audit, and continuous improvement.
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### 20. Related Documents
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- [GP-FD-07-001-OV-A], [GP-FD-07-002-SPEC-A], [GP-FD-07-003-FIG-A], [GP-FD-07-004-PLAN-A], [GP-FD-07-005-PROC-A], [GP-FD-07-006-SPEC-A], [GP-FD-07-007-SPEC-A]
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### 21. Glossary & Abbreviations
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- Definitions of all technical/sustainability terms and acronyms.
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---
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## Document Control
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| Field | Value |
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| ------------- | ------------------------------------------------------------------------------------------ |
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| Version | 1.0 |
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| Status | DRAFT |
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| InfoCode | AMP-CERT-QREADINESS-STRAT-V1R0 / GP-FD-07-000-CF-A |
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| Authors | Amedeo Pelliccia, GAIA-Q-AIR Team, GAIA Quantum Aerospace Technical Team (Compiled) |
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| Reviewers | GAIA-QAO Certification Board, GA-SToP-CO2 Steering Committee, and associated working groups |
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| Approvers | Chief Sustainability Officer, Chief Technology Officer, Chief Strategy Officer |
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| Date | 2025-05-23 |
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---
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> **No Flight Without QAO Assurance**
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> For details, contact the GAIA-QAO Certification Board or GA-SToP-CO2 Steering Committee.

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