The comprehensive guide to design integration in a multi-domain environment providing consistent design across large-scale environments. Prajapati, Bowman, and Suvarnas more than 50 years of combined customer network-building experience will help you translate your organizations business and technical intent into a fully functioning, secure, and efficient network. Catalyst SDA, Catalyst SD-WAN, ACI MPLS, CNFs, Cloud, and Security technology domains account for a large market share in consumer networks as a replacement for traditional monolothic networks. Designing Real-World Multi-Domain…mehr
The comprehensive guide to design integration in a multi-domain environment providing consistent design across large-scale environments. Prajapati, Bowman, and Suvarnas more than 50 years of combined customer network-building experience will help you translate your organizations business and technical intent into a fully functioning, secure, and efficient network. Catalyst SDA, Catalyst SD-WAN, ACI MPLS, CNFs, Cloud, and Security technology domains account for a large market share in consumer networks as a replacement for traditional monolothic networks. Designing Real-World Multi-Domain Networks is designed for architects and engineers who want to integrate these new and emerging multi-domain technologies so you can be at the front of this inevitable network change. Written with great care, this technical book is divided into three clear sections, guiding readers into the world of blending architecture with technology. Each chapter focuses on a different aspect, explaining how modern technology integrates and interoperates with other architectures. You have the freedom to choose how you read. You can go through the book from start to finish like a story, or you can jump straight to the parts that interest you the most. The layout is made to be flexible, suiting both those who like to read in order, and those who want quick solutions. The book ends with five real-life examples, connecting theoretical ideas to practical results. These stories make the lessons clear, giving you the understanding and skills needed for real-world projects. * Understand how Cisco Catalyst SD-Access, Catalyst SD-WAN, ACI, MPLS, CNFs, Cloud, and Security interoperate with each other to form end-to-end segmented and secure networks * Understand details on how a packet behaves as it transits one technology domain to another * Get answers to big what, whys, and hows surrounding multi-domain networks * Learn from actual real-world deployment of Cisco customers * Gain valuable insight from the authors previous large-scale deployments * Utilize reference architecture for using these technologies in tandemHinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Dhrumil Prajapati: Dhrumil is a principal architect within Cisco CXs GES Architecture team. His focus lies on multi-domain networks, and he has been offering a complete lifecycle of professional services and architecture advisory for the past 13 years. His expertise extends to serving enterprise, government, and service provider entities across the globe. His services are designed to assist clients in planning, designing, deploying, managing, and interoperating all networking technology domains within their private or public infrastructure and application environments. In his networking career, Dhrumil has designed networks for more than 150 organizations, which inspired him to write a book on the subject. He is a coauthor of Cisco SD-Access for Industry Verticals (https://cs.co/sda-verticals-book), and holds patents and has given multiple presentations in Cisco Live on SD-Access and multi-domain. Dhrumil holds dual CCIEs in Enterprise Infrastructure and Service Provider, as well as a CCDE, in addition to other leading technical certificates. He also assists the Cisco Certifications team by reviewing and providing feedback for Cisco certificate exams. In addition, he leads several initiatives within Cisco CX aimed at driving delivery standardization and enhancing efficiency through automation innovation. Currently residing in Apex, North Carolina, Dhrumil has a passion for motor racing, woodworking, and innovative electronics that enhance human life. His wife, Devanshi, and son, Ram, bring pure joy to his life, adding a touch of fun to every day. Jeremy Bowman: Jeremy is a senior solutions architect within Cisco CXs GES Architecture team. Within the GES team, he has more than 10 years of experience focusing on designing and implementing large-scale multi-domain IBN environments that meet the client-specific requirements. Additionally, he has presented several sessions at Cisco Live. Jeremy is a CCDE and double CCIE in Enterprise Infrastructure and Security. He also has professional-level certification in three other Cisco certification tracks. Inside Cisco, Jeremy is a mentor to other architects and engineers, sits on several CX design review panels, and interacts with engineering to help further product development. When not working, he enjoys spending time with his family at home, camping, or on the lake. Navin Suvarna: Navin possesses more than 18 years of extensive experience as a seasoned network delivery architect. With a decade-long tenure at Cisco, he has adeptly architected, designed, tested, operationalized, managed, and optimized expansive networks across service providers, global enterprises, and public sector segments. Holding the distinguished CCIE (No. 24583) in enterprise networking, Navin boasts an impressive collection of professional-level certifications. Since the inception of software-defined networking, Navin has actively contributed to Ciscos incubation team, playing a pivotal role in incubating multiple intent-based solutions. His expertise has been instrumental in facilitating the adoption, assimilation, and rapid deployment of intricate multi-domain solutions. In the past four years, Navin has held the role of lead delivery architect for the United States Public Sector team. While specializing in multi-domain solutions, his proficiency in aligning network infrastructure with the evolving needs of the public sector has garnered affiliations with thought leaders in both the public sector and Cisco engineering. This collaboration has resulted in the development of novel features, functions, and validated practices tailored to multidomain architectures, addressing the specific requirements of public sector clients. While Navins specialization remains rooted in multi-domain intent-based networks, his recent focus centers on educating clients about the value proposition of automation and guiding them on their automation journey. An active speaker, Navin has shared his insights and experiences of architecting multi-domain solutions on global platforms, including Cisco Live. He also champions hands-on demonstrations and automation showcases, offering real-world insight into intent-based networking through automation use cases. Beyond his professional pursuits, Navin finds joy in his 14-year marriage to his wife, Rupali. Their family includes their 12-year-old daughter, Trisha, and 6-year-old son, Vivaan. They currently reside in Research Triangle Park, North Carolina.
Inhaltsangabe
Introduction xxiv Part I Introduction Chapter 1 Multi-Domain Networks 1 Overview 1 What Are Multi-Domain Networks? 2 Why Do We Need Multi-Domain Networks? 14 Summary 19 Part II Multi-Domain Design Chapter 2 SD-Access and Campus Fabric 21 Overview 21 Interaction with the Outside World 22 Inter-working with SD-WAN 25 Inter-working with ACI and Data Center Fabric 31 Inter-working with MPLS 34 Inter-working with CNF 37 Inter-working with Security Stack 41 Summary 44 Chapter 3 SD-WAN and DMVPN 45 Overview 45 SD-WAN 45 SD-WAN and SDA 46 SD-WAN and ACI 52 SD-WAN with MPLS 56 SD-WAN and the Cloud 57 DMVPN 61 DMVPN and SDA 62 DMVPN and ACI 64 Summary 66 Chapter 4 Application Centric Infrastructure (ACI)Integration and Multi-Domain Capabilities 67 Overview 67 Key Components 70 ACI and SD-Access Pairwise Integration 88 Summary 162 Chapter 5 Enterprise MPLS 163 Overview 163 Interaction with the Other Domains 166 Inter-working with SD-Access 166 Inter-working with SD-WAN 170 Inter-working with ACI 178 Inter-working with CNF 181 Inter-working with Security Stack 187 Summary 189 Chapter 6 Carrier Neutral Facilities 191 Overview 191 Interaction with Other Domains 192 Inter-working with SD-Access and Campus Fabric 193 Inter-working with SD-WAN, MPLS, and DMVPN 199 Inter-working with Data Centers 214 Inter-working with Cloud 220 Inter-working with the Security Stack 224 Summary 227 Chapter 7 Cloud 229 Overview 229 Integration with Campus Networks 233 Integration with WAN 236 Integration with CNFs 243 Integration with MPLS 246 Integration with Security Stack 247 Summary 251 Chapter 8 Security 253 Overview 253 Security Policy 254 Security and SDA 254 Security and SD-WAN 262 SD-WAN Security and the Cloud 267 Security and DMVPN 267 Security and ACI 270 Security and the Cloud 271 Security and Zero Trust 272 Summary 272 Chapter 9 Automation 273 Overview 273 CI/CD Pipeline 273 Automation and SDA 276 Automation and SD-WAN 278 Automation and DMVPN 281 Automation and ACI 282 Automation Across Multiple Domains 284 Summary 284 Part III Real-World Use Cases Chapter 10 Manufacturing Use Case with SDA, SD-WAN, and CNF 285 Use Case Overview 285 Summary of Requirements 286 Deployed Solution 290 Summary 305 Chapter 11 Financial Use Case 307 Use Case Overview 307 Campus Design Modularity 308 Campus Macrosegmentation 310 Campus Microsegmentation 312 Extending Campus Segmentation 315 SDA Data Center Services 318 SD-WAN Data Center Services 321 SD-WAN Centralized Policy 322 Summary 326 Chapter 12 Retail Use Case Using CNF, SD-WAN, and ACI 327 Use Case Overview 327 Overall Design 328 Data Center and CNF Design 330 SD-WAN Design 343 Campus/Branch Design 355 Cisco TrustSec and Meraki Adaptive Policy 359 Hybrid Cloud Integration 371 Summary 380 Chapter 13 Public Sector Use Case 381 Use Case Overview 381 Overall Design 382 ACI MPLS-SR Integration 388 ACI Logical Design and VMM Integration 401 Infrastructure Automation and Orchestration 413 Summary 417 Chapter 14 Transportation Use Case 419 Use Case Overview 419 Overall Design 419 Data Center Design 422 Campus Design 425 Transportation-Specific Entities 426 Campus Macrosegmentation 429 DC and WAN Macrosegmentation 431 Microsegmentation 432 SD-Access Data Center Services 433 SD-WAN Centralized Policy 437 Summary 440
Introduction xxiv Part I Introduction Chapter 1 Multi-Domain Networks 1 Overview 1 What Are Multi-Domain Networks? 2 Why Do We Need Multi-Domain Networks? 14 Summary 19 Part II Multi-Domain Design Chapter 2 SD-Access and Campus Fabric 21 Overview 21 Interaction with the Outside World 22 Inter-working with SD-WAN 25 Inter-working with ACI and Data Center Fabric 31 Inter-working with MPLS 34 Inter-working with CNF 37 Inter-working with Security Stack 41 Summary 44 Chapter 3 SD-WAN and DMVPN 45 Overview 45 SD-WAN 45 SD-WAN and SDA 46 SD-WAN and ACI 52 SD-WAN with MPLS 56 SD-WAN and the Cloud 57 DMVPN 61 DMVPN and SDA 62 DMVPN and ACI 64 Summary 66 Chapter 4 Application Centric Infrastructure (ACI)Integration and Multi-Domain Capabilities 67 Overview 67 Key Components 70 ACI and SD-Access Pairwise Integration 88 Summary 162 Chapter 5 Enterprise MPLS 163 Overview 163 Interaction with the Other Domains 166 Inter-working with SD-Access 166 Inter-working with SD-WAN 170 Inter-working with ACI 178 Inter-working with CNF 181 Inter-working with Security Stack 187 Summary 189 Chapter 6 Carrier Neutral Facilities 191 Overview 191 Interaction with Other Domains 192 Inter-working with SD-Access and Campus Fabric 193 Inter-working with SD-WAN, MPLS, and DMVPN 199 Inter-working with Data Centers 214 Inter-working with Cloud 220 Inter-working with the Security Stack 224 Summary 227 Chapter 7 Cloud 229 Overview 229 Integration with Campus Networks 233 Integration with WAN 236 Integration with CNFs 243 Integration with MPLS 246 Integration with Security Stack 247 Summary 251 Chapter 8 Security 253 Overview 253 Security Policy 254 Security and SDA 254 Security and SD-WAN 262 SD-WAN Security and the Cloud 267 Security and DMVPN 267 Security and ACI 270 Security and the Cloud 271 Security and Zero Trust 272 Summary 272 Chapter 9 Automation 273 Overview 273 CI/CD Pipeline 273 Automation and SDA 276 Automation and SD-WAN 278 Automation and DMVPN 281 Automation and ACI 282 Automation Across Multiple Domains 284 Summary 284 Part III Real-World Use Cases Chapter 10 Manufacturing Use Case with SDA, SD-WAN, and CNF 285 Use Case Overview 285 Summary of Requirements 286 Deployed Solution 290 Summary 305 Chapter 11 Financial Use Case 307 Use Case Overview 307 Campus Design Modularity 308 Campus Macrosegmentation 310 Campus Microsegmentation 312 Extending Campus Segmentation 315 SDA Data Center Services 318 SD-WAN Data Center Services 321 SD-WAN Centralized Policy 322 Summary 326 Chapter 12 Retail Use Case Using CNF, SD-WAN, and ACI 327 Use Case Overview 327 Overall Design 328 Data Center and CNF Design 330 SD-WAN Design 343 Campus/Branch Design 355 Cisco TrustSec and Meraki Adaptive Policy 359 Hybrid Cloud Integration 371 Summary 380 Chapter 13 Public Sector Use Case 381 Use Case Overview 381 Overall Design 382 ACI MPLS-SR Integration 388 ACI Logical Design and VMM Integration 401 Infrastructure Automation and Orchestration 413 Summary 417 Chapter 14 Transportation Use Case 419 Use Case Overview 419 Overall Design 419 Data Center Design 422 Campus Design 425 Transportation-Specific Entities 426 Campus Macrosegmentation 429 DC and WAN Macrosegmentation 431 Microsegmentation 432 SD-Access Data Center Services 433 SD-WAN Centralized Policy 437 Summary 440
9780138037215, TOC, 5/1/2024
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