Lesson n. 1: Digital Transformation – Introduction
Prerequisites: Knowledge representation and modeling
The three phases of Digital Transformation: AsIs, Transformation, ToBe
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Michele Missikoff
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Lesson n. 2: Digital Transformation – Model-Driven Transformation
The three layers of Model-Driven Engineering: Computational Independent Models (CIM), Platform Independent Models (PIM), Platform Specific Models (PSM)
EasInnova Matrix
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Michele Missikoff
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Lesson n. 3: Digital Transformation – The EasInnova Methodology
CIM: AsIs, Trans, ToBe
PIM: AsIs, Trans, ToBe
PSM: AsIs, Trans, ToBe
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Michele Missikoff
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Lesson n. 4: Digital Transformation – Pizza shop example of DT
A simple example to show how the EasInnova Methodology can be used
Final considerations on the EasInnova Methodology
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Michele Missikoff
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Lesson n. 5: Business Plan and Data Analysis
Introduction
Product business model
Product-service business model
Service business model
Service-outcome business model
Outcome business model
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Manfred Leisenberg
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Lesson n. 6: Business analysis and low code platforms - Knowledge driven digital twin
BPA Canvas methodology: an introduction
The 8 sections of the BPA Canvas
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Michele Missikoff
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Lesson n. 7: Business analysis and low code platforms - Business Model Canvas
BP Signature
BP Statement
User Stories
The Actionable Triples
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Michele Missikoff
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Lesson n. 8: Business analysis and low code platforms - Business Process Analysis Canvas
The BP Glossary
The Semantic Lexicon
The UML Class Diagrams
BPA Canvas Body of Knowledge (BOK)
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Michele Missikoff
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Lesson n. 9: Business analysis and low code platforms - Enterprise BOK Diagramming
Hi-code, Low-code, No-code platforms
The three basic kinds: Data-Driven, User-Driven, Process-Driven
An example of Data-Driven mobile NoCode Platform
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Michele Missikoff
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Lesson n. 10: International funding and partner search - EU networks and communities
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Dario Assante
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Lesson n. 11: International funding and partner search - EU Funding
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Dario Assante
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Lesson n. 12: International funding and partner search - National initiatives
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Dario Assante
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Lesson n. 13: Cyber Security and Protection of Critical Infrastructures - Basic security concepts
Basic security concepts
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Elio San Cristobal
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Lesson n. 14: Cyber Security and Protection of Critical Infrastructures - Network communication
Network communication
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Elio San Cristobal
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Lesson n. 15: Cyber Security and Protection of Critical Infrastructures - Cloud computing and security
Cloud computing and security
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Elio San Cristobal
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Lesson n. 16: Cyber Security and Protection of Critical Infrastructures - Big Data and Analytics
Big Data and Analytics
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Elio San Cristobal
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Lesson n. 17: Cyber Security and Protection of Critical Infrastructures - Phases of an Attack
Phases of an Attack
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Elio San Cristobal
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Lesson n. 18: Cyber Security and Protection of Critical Infrastructures - Pentesting
Pentesting
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Elio San Cristobal
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Lesson n. 19: Cyber Security and Protection of Critical Infrastructures - Malware
Malware
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Elio San Cristobal
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Lesson n. 20: Cyber Security and Protection of Critical Infrastructures - Cyber threats and risk
Cyber threats and risk
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Elio San Cristobal
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Lesson n. 21: Cyber Security and Protection of Critical Infrastructures - Organization and protection of critical infrastructures
Organization and protection of critical infrastructures
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Elio San Cristobal
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Lesson n. 22: Cyber Security and Protection of Critical Infrastructures - Security policies
Security policies
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Elio San Cristobal
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Lesson n. 23: Cyber Security and Protection of Critical Infrastructures - Pillars of Industry 4.0 and Business opportunities
Pillars of Industry 4.0 and Business opportunities
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Elio San Cristobal
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Lesson n. 24: Cyber Security and Protection of Critical Infrastructures - Cybersecurity challenges and recommendations
Cybersecurity challenges and recommendations
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Elio San Cristobal
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Lesson n. 25: Cyber Security and Protection of Critical Infrastructures - Vertical and horizontal integration
Vertical and horizontal integration
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Elio San Cristobal
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