In Continuous Architecture in Practice, three leading software architecture experts update the classic practices of the discipline for contemporary environments, software development contexts, and applications. Coverage includes: * Discover what has changed, and how the role of the architect must change * Reflect the quality attributes of today in evolvable architectures * Understand team-based software architecture, and architecture as a GÇ£flow of decisionsGÇ¥ * Architect for security, including continuous threat modeling and mitigation * Explore architectural opportunities to improve…mehr
In Continuous Architecture in Practice, three leading software architecture experts update the classic practices of the discipline for contemporary environments, software development contexts, and applications. Coverage includes: * Discover what has changed, and how the role of the architect must change * Reflect the quality attributes of today in evolvable architectures * Understand team-based software architecture, and architecture as a GÇ£flow of decisionsGÇ¥ * Architect for security, including continuous threat modeling and mitigation * Explore architectural opportunities to improve performance in continuous delivery environments * Architect for scalability, avoid common scalability pitfalls, and scale microservices and serverless environments * Improve resilience and reliability in the face of inevitable failures * Architect data for NoSQL, big data, and analytics * Use architecture to promote innovation: case studies in AI/ML, chatbots, and blockchain
Murat Erder has more than twenty-five years' experience in the software industry working for software vendors, management consultancies and large international banks. During his career Murat has had a variety of roles, from developer, to software architect, to management consultant. Murat's corporate IT roles cover the areas of data, integration, architecture and working as a CTO. He is co-author of the book Continuous Architecture: Sustainable Architecture in an Agile and Cloud-Centric World (2015) and has presented on this topic at a range of conferences, including SEI Saturn, O'Reilly Software Architecture and GOTOLondon. Pierre Pureur is an experienced software architect, with extensive innovation and application development background, vast exposure to the financial services industry, broad consulting experience and comprehensive technology infrastructure knowledge. His past roles include serving as Chief Enterprise Architect for a major financial services company, leading large architecture teams, managing large-scale concurrent application development projects and directing innovation initiatives, as well as developing strategies and business plans. He is co-author of the book Continuous Architecture: Sustainable Architecture in an Agile and Cloud-Centric World (2015) and has published many articles and presented at range of software architecture conferences on this topic. Eoin Woods is the Chief Technology Officer of Endava, where he guides technical strategy, oversees capability development and directs investment in emerging technologies. Prior to joining Endava, Eoin worked in the software engineering industry for twenty years, developing system software products and complex applications in the capital markets domain. His main technical interests are software architecture, DevOps and software security and resilience. He is co-author of the book Software Systems Architecture (2012), is a frequent speaker at industry events and was the recipient of the 2018 Linda M. Northrup Award for Software Architecture, awarded by the SEI at Carnegie Mellon University.
Inhaltsangabe
Foreword by Vaughn Vernon, Series Editor xv Foreword by Kurt Bittner xix Introduction xxi Acknowledgments xxv About the Authors xxvii Chapter 1: Why Software Architecture Is More Important than Ever 1 What Do We Mean by Architecture? 1 Software Industry Today 3 Current Challenges with Software Architecture 5 Software Architecture in an (Increasingly) Agile World 8 Introducing Continuous Architecture 11 Applying Continuous Architecture 17 Introduction to the Case Study 19 Summary 22 Chapter 2: Architecture in Practice: Essential Activities 23 Essential Activities Overview 24 Architectural Decisions 26 Quality Attributes 32 Technical Debt 36 Feedback Loops: Evolving an Architecture 42 Common Themes in Today's Software Architecture Practice 48 Summary 54 Chapter 3: Data Architecture 55 Data as an Architectural Concern 56 Key Technology Trends 60 Additional Architectural Considerations 76 Summary 84 Further Reading 85 Chapter 4: Security as an Architectural Concern 87 Security in an Architectural Context 88 Architecting for Security 92 Architectural Tactics for Mitigation 101 Maintaining Security 115 Summary 119 Further Reading 119 Chapter 5: Scalability as an Architectural Concern 123 Scalability in the Architectural Context 124 Architecting for Scalability: Architecture Tactics 134 Summary 155 Further Reading 156 Chapter 6: Performance as an Architectural Concern 159 Performance in the Architectural Context 159 Architecting for Performance 163 Summary 183 Further Reading 184 Chapter 7: Resilience as an Architectural Concern 187 Resilience in an Architectural Context 188 Architecting for Resilience 195 Architectural Tactics for Resilience 200 Maintaining Resilience 216 Summary 222 Further Reading 223 Chapter 8: Software Architecture and Emerging Technologies 225 Using Architecture to Deal with Technical Risk Introduced by New Technologies 226 Introduction to Artificial Intelligence, Machine Learning, and Deep Learning 227 Using Machine Learning for TFX 230 Using a Shared Ledger for TFX 246 Summary 257 Further Reading 258 Chapter 9: Conclusion 259 What Changed and What Remained the Same? 259 Updating Architecture Practice 261 Data 263 Key Quality Attributes 264 The Architect in the Modern Era 267 Putting Continuous Architecture in Practice 268 Appendix A: Case Study 269 Appendix B: Comparison of Technical Implementations of Shared Ledgers 299 Glossary 301 Index 311
Foreword by Vaughn Vernon, Series Editor xv Foreword by Kurt Bittner xix Introduction xxi Acknowledgments xxv About the Authors xxvii Chapter 1: Why Software Architecture Is More Important than Ever 1 What Do We Mean by Architecture? 1 Software Industry Today 3 Current Challenges with Software Architecture 5 Software Architecture in an (Increasingly) Agile World 8 Introducing Continuous Architecture 11 Applying Continuous Architecture 17 Introduction to the Case Study 19 Summary 22 Chapter 2: Architecture in Practice: Essential Activities 23 Essential Activities Overview 24 Architectural Decisions 26 Quality Attributes 32 Technical Debt 36 Feedback Loops: Evolving an Architecture 42 Common Themes in Today's Software Architecture Practice 48 Summary 54 Chapter 3: Data Architecture 55 Data as an Architectural Concern 56 Key Technology Trends 60 Additional Architectural Considerations 76 Summary 84 Further Reading 85 Chapter 4: Security as an Architectural Concern 87 Security in an Architectural Context 88 Architecting for Security 92 Architectural Tactics for Mitigation 101 Maintaining Security 115 Summary 119 Further Reading 119 Chapter 5: Scalability as an Architectural Concern 123 Scalability in the Architectural Context 124 Architecting for Scalability: Architecture Tactics 134 Summary 155 Further Reading 156 Chapter 6: Performance as an Architectural Concern 159 Performance in the Architectural Context 159 Architecting for Performance 163 Summary 183 Further Reading 184 Chapter 7: Resilience as an Architectural Concern 187 Resilience in an Architectural Context 188 Architecting for Resilience 195 Architectural Tactics for Resilience 200 Maintaining Resilience 216 Summary 222 Further Reading 223 Chapter 8: Software Architecture and Emerging Technologies 225 Using Architecture to Deal with Technical Risk Introduced by New Technologies 226 Introduction to Artificial Intelligence, Machine Learning, and Deep Learning 227 Using Machine Learning for TFX 230 Using a Shared Ledger for TFX 246 Summary 257 Further Reading 258 Chapter 9: Conclusion 259 What Changed and What Remained the Same? 259 Updating Architecture Practice 261 Data 263 Key Quality Attributes 264 The Architect in the Modern Era 267 Putting Continuous Architecture in Practice 268 Appendix A: Case Study 269 Appendix B: Comparison of Technical Implementations of Shared Ledgers 299 Glossary 301 Index 311
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