Cloud Computing Design Patterns (The Prentice Hall Service Technology Series from Thomas Erl), by Thomas Erl, Robert Cope, Amin Naserpour
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Cloud Computing Design Patterns (The Prentice Hall Service Technology Series from Thomas Erl), by Thomas Erl, Robert Cope, Amin Naserpour
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“This book continues the very high standard we have come to expect from ServiceTech Press. The book provides well-explained vendor-agnostic patterns to the challenges of providing or using cloud solutions from PaaS to SaaS. The book is not only a great patterns reference, but also worth reading from cover to cover as the patterns are thought-provoking, drawing out points that you should consider and ask of a potential vendor if you’re adopting a cloud solution.”--Phil Wilkins, Enterprise Integration Architect, Specsavers “Thomas Erl’s text provides a unique and comprehensive perspective on cloud design patterns that is clearly and concisely explained for the technical professional and layman alike. It is an informative, knowledgeable, and powerful insight that may guide cloud experts in achieving extraordinary results based on extraordinary expertise identified in this text. I will use this text as a resource in future cloud designs and architectural considerations.”--Dr. Nancy M. Landreville, CEO/CISO, NML Computer Consulting The Definitive Guide to Cloud Architecture and Design Best-selling service technology author Thomas Erl has brought together the de facto catalog of design patterns for modern cloud-based architecture and solution design. More than two years in development, this book’s 100+ patterns illustrate proven solutions to common cloud challenges and requirements. Its patterns are supported by rich, visual documentation, including 300+ diagrams. The authors address topics covering scalability, elasticity, reliability, resiliency, recovery, data management, storage, virtualization, monitoring, provisioning, administration, and much more. Readers will further find detailed coverage of cloud security, from networking and storage safeguards to identity systems, trust assurance, and auditing. This book’s unprecedented technical depth makes it a must-have resource for every cloud technology architect, solution designer, developer, administrator, and manager. Topic Areas
- Enabling ubiquitous, on-demand, scalable network access to shared pools of configurable IT resources
- Optimizing multitenant environments to efficiently serve multiple unpredictable consumers
- Using elasticity best practices to scale IT resources transparently and automatically
- Ensuring runtime reliability, operational resiliency, and automated recovery from any failure
- Establishing resilient cloud architectures that act as pillars for enterprise cloud solutions
- Rapidly provisioning cloud storage devices, resources, and data with minimal management effort
- Enabling customers to configure and operate custom virtual networks in SaaS, PaaS, or IaaS environments
- Efficiently provisioning resources, monitoring runtimes, and handling day-to-day administration
- Implementing best-practice security controls for cloud service architectures and cloud storage
- Securing on-premise Internet access, external cloud connections, and scaled VMs
- Protecting cloud services against denial-of-service attacks and traffic hijacking
- Establishing cloud authentication gateways, federated cloud authentication, and cloud key management
- Providing trust attestation services to customers
- Monitoring and independently auditing cloud security
- Solving complex cloud design problems with compound super-patterns
Cloud Computing Design Patterns (The Prentice Hall Service Technology Series from Thomas Erl), by Thomas Erl, Robert Cope, Amin Naserpour - Amazon Sales Rank: #497627 in Books
- Brand: Erl, Thomas/ Cope, Robert/ Naserpour, Amin
- Published on: 2015-06-14
- Original language: English
- Number of items: 1
- Dimensions: 9.00" h x 1.40" w x 7.10" l, 2.32 pounds
- Binding: Hardcover
- 592 pages
Cloud Computing Design Patterns (The Prentice Hall Service Technology Series from Thomas Erl), by Thomas Erl, Robert Cope, Amin Naserpour About the Author Thomas Erl is a top-selling IT author, founder of Arcitura Education Inc., and series editor of the Prentice Hall Service Technology Series from Thomas Erl. With more than 200,000 copies in print worldwide, his books have become international bestsellers and have been formally endorsed by senior members of major IT organizations, such as IBM, Microsoft, Oracle, Intel, Accenture, IEEE, HL7, MITRE, SAP, CISCO, HP, and many others. As CEO of Arcitura Education Inc., Thomas has led the development of curricula for the internationally recognized Big Data Science Certified Professional (BDSCP), Cloud Certified Professional (CCP), and SOA Certified Professional (SOACP) accreditation programs, which have established a series of formal, vendor-neutral industry certifications obtained by thousands of IT professionals around the world. Thomas has toured more than 20 countries as a speaker and instructor. More than 100 articles and interviews by Thomas have been published in numerous publications, including The Wall Street Journal and CIO Magazine. Robert Cope has more than 25 years of experience in mission-critical systems development, spanning all aspects of the software system engineering lifecycle from architectural development, experimentation and prototyping, requirements development, design, implementation, and operations to acquisition program management for large systems. With more than 10 years in research, development, and implementation of security architecture, Public Key Infrastructure (PKI) security technology, and security services for large organizations, he has vast experience in information assurance, identity management deployment, operations, and maintenance of large-scale high assurance identity management enclaves. Robert is the CEO of Homeland Security Consultants, a Federal Risk and Authorization Management Program (FedRAMP)-approved Third Party Assessment Organization (3PAO) for certifying cloud services. He led the development of the virtualization and cloud computing architecture for a large organization and was the chief architect responsible for the development of an enterprise authentication service, leading a team to integrate the organization’s identity and access management service architecture using Model Based System Engineering (MBSE) and the System Modeling Language (SysML). Robert is a Certified Trainer for Arcitura’s Cloud School and SOA School. He has been a contributing member of the National Institute of Standards and Technology (NIST) Cloud-adapted Risk Management Framework (CRMF) and a contributing member of the Organization for the Advancement of Structured Information Standards (OASIS) IdCloud Technical Committee. He is also a member of the International Council on Systems Engineering (INCOSE). A certified IT professional with over 14 years of experience in solution architecture and design, engineering, and consultation, Amin Naserpour specializes in designing medium to enterprise-level complex solutions for partially to fully virtualized front-end infrastructures. His portfolio includes clients such as VMware, Microsoft, and Citrix, and his work consists of integrating front-ends with back-end infrastructure-layer solutions. Amin designed a unified, vendor-independent cloud computing framework that he presented at the 5th International SOA, Cloud + Service Technology Symposium in 2012. Certified in cloud computing, virtualization, and storage, Amin currently holds Technical Consultant and Cloud Operations Lead positions for Hewlett-Packard, Australia.
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Most helpful customer reviews
12 of 13 people found the following review helpful. Provides well-explained vendor-agnostic patterns to the challenges of providing or using cloud solutions from PaaS to SaaS. By Ben Rothke Far too many technology books take a Hamburger Helper approach, where the first quarter or so of the book is about an introduction to the topic, and filler at the end with numerous appendices of publicly available information. These books end up being well over 800 pages without a lot of original information, even though they are written an advanced audience.In software engineering, a design pattern is a general repeatable solution to a commonly occurring problem in software design. A design pattern isn't a finished design that can be transformed directly into code. It is a description or template for how to solve a problem that can be used in many different situations.Using that approach for the cloud, in Cloud Computing Design Patterns, authors Thomas Erl, Robert Cope and Amin Naserpour have written a superb book that has no filler and fully stocked with excellent and invaluable content.The authors use design patterns to refer to different aspects of cloud architectures and its design requirements. In the cloud, just as in software, design patterns can speed up the development process by providing tested, proven development paradigms.The book contains over 100 different design pattern scenario templates that are common to a standard enterprise cloud roll-out. Each scenario uses a common template which starts with a question or specific requirement. It then details the problem, solution, application and the mechanisms used to solve the problem.The authors build on the notion that for anyone who wants to architect a large cloud solution, they need to have a broad understanding of the many factors involved with the real-world usage of cloud services.Because cloud services are so easy to deploy, they are often incorrectly misconfigured during roll-out and deployment. The authors write that its crucial have a strong background in cloud services before doing any sort of a rollout. Because it’s often so easy to deploy cloud services, this results in far too many failed cloud projects. And when the project is poorly implemented, it can actually cause the business to be in a far worse point from where it was before the cloud rollout.The authors deserve credit for writing a completely vendor agnostic reference, even though there are many times you would appreciate it if they could suggest a vendor for a specific solution.The books 10 chapters discuss the following areas:Chapter 1: IntroductionChapter 2: Understanding Design PatternsChapter 3: Sharing, Scaling and Elasticity PatternsChapter 4: Reliability, Resiliency and Recovery PatternsChapter 5: Data Management and Storage Device PatternsChapter 6: Virtual Server and Hypervisor Connectivity and Management PatternsChapter 7: Monitoring, Provisioning and Administration PatternsChapter 8: Cloud Service and Storage Security PatternsChapter 9: Network Security, Identity & Access Management, and Trust Assurance PatternsChapter 10: Common Compound PatternsSome of the more interesting patterns they detail are:• Hypervisor clustering – how can a virtual server survive the failure of its hosting hypervisor or physical server?• Stateless hypervisor – how can a hypervisor be deployed with a minimal amount of downtime, while allowing for quick updating and upgrading?• Trusted platform BIOS – how can the BIOS on a cloud-based environment be protected from malicious code?• Trusted cloud resource pools – how can cloud-based resource pools be secured and become trusted?• Detecting and mitigating user-installed VMs – how can user installed VMs from non-authorized templates be detected and secured?The book is replete with these scenarios, and each scenario includes downloadable figures that effectively illustrate the mechanisms used to solve the problem.Chapter 3 provides a number of first-rate architectural ideas on how to design a highly resilient cloud solution. Much of the promise of the cloud is built on scalability, elasticity and overall optimization. These chapters show how to take those possibilities from conceptual to a working implementation.Cloud failures are inevitable and chapter 4 details how to build failover, redundancy and recovery of IT resources for the cloud environment.Chapter 9 is particularly important, as far too many designers think that since the underlying cloud abstraction layer is highly secure, everything they build on top of that will have the same level of security. The book details a number of design patterns that are crucial to ensuring the cloud design is securing that data at rest and is resistant against specific cloud attacks.With a list price of $49.99, the book is a bargain considering the amount of useful information the book provides. For anyone involved with cloud computing design and architecture, Cloud Computing Design Patterns, is an absolute must read.
4 of 4 people found the following review helpful. This book is an excellent reference for cloud architects By Daniel Sullivan This book is an excellent reference for cloud architects, developers and administrators. Those of us who design and implement applications in the cloud face common challenges: scaling on demand, managing persistent data, securing data and services, etc. I like the fact that this book is designed around patterns, with detailed problem descriptions, solutions, applications, and mechanisms.The first couple of chapters provide a quick introduction to design patterns. The book moves quickly into basic Cloud Computing 101 kinds of problems, such as workload distribution and elastic disk provisioning. After that, chapters get specialized. Although I wouldn't recommend reading this book linearly like a fast-paced novel, chapters 4, 5, 7 and 9 are worth reading in their entirety. That's not a cut at the other chapters, it's just that this is a reference book with solutions to specific problems. The chapters I call out just happen to address problems I deal with regularly (reliability, data management, monitoring, and security). The later chapters get into more problem specific topics, such as cloud key management and threat intelligence processing.I should also mention, these patterns are cloud vendor neutral. I'd feel just at ease using this reference with AWS as Google Compute Cloud or Microsoft Azure.
1 of 1 people found the following review helpful. Patternization of Cloud Computing By Alexey Tkachenko The destiny of any "Design Patterns" book is to be compared with the one written by GoF. And "Cloud Computing Design Patterns" lost this comparison. After reading this book you wouldn't have any intellectual insights, you wouldn't try applying these patterns everywhere (whether it's necessary or not). The book is too dry. Perhaps because it was created as result of Cloud Certified Professional courses.It's not really inspiring description but please consider that this book is still very good introduction into Cloud technics and terminology. Considering that Clouds are still developing area of IT there are many people who will find this book useful starting point. Especially non-technical IT professionals, i.e. managers and analysts - because this book intentionally doesn't contain technical details.So why 3 stars? After reading 1/3rd of this book I realised that it's an example of patternization (=>transforming of some knowledge area using design patterns formalism).Indeed Design Patterns is a venerable phenomenon. The process of finding a pattern is a mixture of invention and observation. Design pattern can't be trivial - otherwise why do you need it?This book contains around 100 design patterns - how is this possible? First of all I see certain duplication (e.g. patterns "Synchronised Operating State" and "Virtual Server Auto Crash Recovery" can be generalised), secondly there are many idioms or technics but not full fledged patterns (e.g. first pattern - Shared Resources).One more observation - the author intentionally doesn't use established design pattern names. For instance pattern "Broad Access" from the book is just a well known pattern "Adaptor".
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Cloud Computing Design Patterns (The Prentice Hall Service Technology Series from Thomas Erl), by Thomas Erl, Robert Cope, Amin Naserpour
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Cloud Computing Design Patterns (The Prentice Hall Service Technology Series from Thomas Erl), by Thomas Erl, Robert Cope, Amin Naserpour
Cloud Computing Design Patterns (The Prentice Hall Service Technology Series from Thomas Erl), by Thomas Erl, Robert Cope, Amin Naserpour
