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Cloud-native computing : how to design, develop, and secure microservices and event-driven applications / / Pethuru Raj, Skylab Vanga and Akshita Chaudhary
Cloud-native computing : how to design, develop, and secure microservices and event-driven applications / / Pethuru Raj, Skylab Vanga and Akshita Chaudhary
Autore Raj Pethuru
Pubbl/distr/stampa Piscataway, New Jersey ; ; Hoboken, New Jersey : , : IEEE Press : , : Wiley, , [2023]
Descrizione fisica 1 online resource (354 pages)
Disciplina 005.3
Soggetto topico Application software - Development
Cloud computing
Application software
ISBN 1-119-81479-0
1-119-81477-4
Formato Materiale a stampa
Livello bibliografico Monografia
Lingua di pubblicazione eng
Nota di contenuto Cover -- Title Page -- Copyright Page -- Contents -- About the Authors -- Preface -- Acknowledgments -- Chapter 1 The Dawning of the Digital Era -- Demystifying the Digitization Paradigm -- Delineating the Digitalization Technologies -- Trendsetting Technologies for the Digital Era -- Why Digitization Is Indispensable -- The Connectivity and Integration Options -- The Promising Digital Intelligence Methods -- The Technological Approaches Toward Smarter Environments -- Briefing the Brewing Idea of Digital Twin -- Envisioning the Digital Universe -- Cloud-Native Applications (CNAs) -- Conclusion -- References -- Chapter 2 The Cloud-Native Computing Paradigm for the Digital Era -- Introduction -- The Onset of the Digital Era -- The Maturity of Software-defined Cloud Environments -- The Hybrid Model of Microservices Architecture (MSA) and Event-driven Architecture (EDA) -- The Aspect of Containerization -- The Emergence of Container Lifecycle Management Platforms -- Tending Toward Cloud-Native Computing -- Demystifying the Cloud-Native Architecture Style -- Distinguishing Cloud-Native Infrastructure -- Cloud-Native Security -- Cloud-Native Computing Advantages -- Conclusion -- References -- Chapter 3 Kubernetes Architecture, Best Practices, and Patterns -- Introduction -- The Emergence of Containerized Applications for IT Portability -- Microservices Architecture (MSA) Applications for IT Agility and Adaptivity -- The Onset of Containerized Cloud Environments -- The Need for Container Orchestration Platform Solutions -- The Significance of Kubernetes for Cloud-Native Systems -- Kubernetes for Edge Cloud Environments -- Kubernetes for Multi-Cloud Implementations -- Delineating the Kubernetes' Master-Slave Architecture -- The Special Features of the Kubernetes Platform -- Best Practices for Efficient and Effective Kubernetes -- Kubernetes Patterns.
Conclusion -- References -- Chapter 4 The Observability, Chaos Engineering, and Remediation for Cloud-Native Reliability -- Introduction -- The Emergence of Cloud-Native Observability -- The Key Motivations for Cloud-Native Applications -- Cloud-Native Applications: The Realization Technologies -- DevOps for Cloud-Native Applications (CNAs) -- Container Orchestration Platforms -- The Cloud-Native Application Challenges [1, 2] -- Cloud-Native Resiliency -- Cloud-Native Chaos Engineering -- Cloud-Native Observability [3-5] -- Cloud-Native Observability: The Benefits -- Cloud-Native Observability for Chaos Engineering -- AIOps-Enabled Cloud-Native Observability -- Building System Resilience Through AIOps -- Cloud-Native Remediation -- Conclusion -- References -- Chapter 5 Creating Kubernetes Clusters on Private Cloud (VMware vSphere) -- Introduction -- Purpose -- Scope -- Deployment Pre-requirements -- Prerequisites -- vCenter Requirements -- Cluster Resources -- Required IP Addresses -- DNS Records -- Create Local Linux Installer VM on VMware vSphere -- Generating an SSH Private Key and Adding it to the Agent -- Create DHCP Server -- Download OpenShift Installation for vSphere -- Procedure -- Adding vCenter Root CA Certificates to your Installer VM -- Deploying the OCP Cluster on VMware vSphere -- Installing the CLI on Linux -- Uninstall OpenShift Cluster -- Considerations When you Delete OpenShift for VMware (https://cloud.ibm.com/docs/vmwaresolutions) -- Conclusion -- Further Reading -- Chapter 6 Creating Kubernetes Clusters on Public Cloud (Microsoft Azure) -- Introduction -- Prerequisites -- Configuring a Public DNS Zone in Azure -- DNS Creation -- Prerequisites -- Create a DNS Zone -- Required Azure Roles -- Creating a Service Principal -- Azure CLI Setup -- Manually Create IAM -- Start Installation of OCP -- Uninstall Cluster -- Conclusion.
Further Reading -- Chapter 7 Design, Development, and Deployment of Event-Driven Microservices Practically -- Introduction -- Technology Stack to Build Microservices -- Express Framework -- Steps to Set Up Your Project -- Blog Post Microservice -- Comments Microservice -- Implementation of Event-Driven Model -- Event Bus -- Deployment Strategies -- Conclusion -- Chapter 8 Serverless Computing for the Cloud-Native Era -- Introduction -- The Key Motivations for Serverless Computing [1, 2] -- Briefing Serverless Computing -- The Serverless Implications -- The Evolution of Serverless Computing [3, 4] -- Serverless Application Patterns -- Containers as the Function Runtime -- Serverless Computing Components [5, 6] -- Advantages of Using a Serverless Database -- Disadvantages of Using Serverless Databases -- Top Benefits of Serverless Computing -- Overcoming Serverless Obstacles -- The Future of Serverless Computing -- Conclusion -- Appendix -- Knative for Serverless Computing -- References -- Chapter 9 Instaling Knative on a Kubernetes Cluster -- Introduction -- Knative Serving Resources -- Further Reading -- Chapter 10 Delineating Cloud-Native Edge Computing -- Introduction -- Briefing Cloud-Native Computing -- Technical and Business Cases for Cloud-Native Computing [3, 4] -- The Emergence of Edge Computing -- Cloud-Native Technologies for Edge Computing -- Benefits of Bringing the Cloud-Native Principles to the Edge -- The Deployment Scenarios at the Edge -- Kubernetes Deployment Options for Edge Computing -- Cloud-Native at the Edge: The Use Cases -- Navigating Heterogeneous Environments at the Edge -- Monitoring Kubernetes-Enabled Edge Environments -- Edge Analytics for Real-Time Video Surveillance -- Describing Edge AI -- Conclusion -- References -- Chapter 11 Setting up a Kubernetes Cluster using Azure Kubernetes Service -- Introduction.
Benefits of Azure Kubernetes Service -- Purpose -- Scope -- An Introduction to Azure Kubernetes Service -- Features of Azure Kubernetes Services -- Azure Kubernetes Service Use Cases -- Common Uses for Azure Kubernetes Service -- High-Level Architecture -- Architecture Design -- Deployment Pre-Requisites -- Conclusion -- Further Reading -- Chapter 12 Reliable Cloud-Native Applications through Service Mesh -- Introduction -- Delineating the Containerization Paradigm -- Demystifying Microservices Architecture -- Decoding the Growing Role of Kubernetes for the Container Era -- Describing the Service Mesh Concept [1-3] -- Demystifying Service Mesh -- The Service Mesh Contributions -- The Leading Service Mesh Solutions -- Why Service Mesh is Paramount? -- Service Mesh Architectures -- Monitoring the Service Mesh -- Service Mesh Deployment Models -- Conclusion -- Appendix -- Deploying the Red Hat OpenShift Service Mesh Control Plane -- References -- Chapter 13 Cloud-Native Computing: The Security Challenges and the Solution Approaches -- Introduction to Cloud Capabilities -- Delineating the Cloud-Native Paradigm -- Why Cloud-Native Computing -- About Cloud-Native Applications -- Beginning of Cloud-Native Application Security -- Cloud-Native Security Challenges -- Capabilities of Cloud-Native Security Solutions -- Cloud-Native Application Security Procedures -- Securing Cloud-Native Applications -- Pillars of Cloud-Native Security -- Cloud-Native Security: Best Practices -- Kubernetes Security Best Practices -- Container Security Best Practices -- Cloud-Native Security Best Practices -- The Emergence of Cloud-Native Security Products and Platforms -- Key Properties of Cloud-Native Security Platforms -- Cloud Workload Protection Platforms -- Kubernetes Security Products -- AIOps for Cloud-Native Security -- Conclusion -- Reference.
Chapter 14 Microservices Security: The Concerns and the Solution Approaches -- Microservice Security Challenges and Concerns -- Best Practices to Secure Microservices -- How to Implement Fundamental Authentication and Authorization Strategies -- Dive Deeper into API Gateway -- APACHE APISIX -- Configuring APISIX -- Conclusion -- Further Reading -- Chapter 15 Setting Up Apache Kafka Clusters in a Cloud Environment and Secure Monitoring -- Introduction -- Introspecting Kafka -- Kafka Component Overview -- Guide to Set Up a Kafka Cluster -- Prerequisites -- Steps to Install -- Step 1: Setup virtual machines for Kafka -- Step 2: Configure Zookeeper and Kafka on both the machines -- zookeeper.service -- kafka.service -- Step 3: Test Zookeeper and Kafka installation -- Kafka Command Line Features -- Set Up Your Monitoring Tools for Your Cluster: Prometheus and Grafana -- Fetch Metrics Using Prometheus -- Install JMX Exporter Agent on Kafka broker -- Create Prometheus as a service on the Admin machine -- Visualize using Grafana -- Secure your cluster -- Encryption -- Authentication -- Authorization -- Conclusion -- Further Reading -- Chapter 16 Installing Knative Serving On EKS -- Prerequisites -- EKS Installation Procedure -- Installing Knative Serving Using YAML Files -- Prerequisites -- System Requirements -- Install the Serving component -- Verify the Installation -- Configure DNS -- Install kn Using a Binary -- Install kn Using Go -- Sample Application -- Creating Your Deployment with the Knative CLI -- Interacting with Your App -- Index -- EULA.
Record Nr. UNINA-9910830945803321
Raj Pethuru  
Piscataway, New Jersey ; ; Hoboken, New Jersey : , : IEEE Press : , : Wiley, , [2023]
Materiale a stampa
Lo trovi qui: Univ. Federico II
Opac: Controlla la disponibilità qui
Cloud-Native Computing : How to Design, Develop, and Secure Microservices and Event-Driven Applications
Cloud-Native Computing : How to Design, Develop, and Secure Microservices and Event-Driven Applications
Autore Raj Pethuru
Pubbl/distr/stampa Newark : , : John Wiley & Sons, Incorporated, , 2022
Descrizione fisica 1 online resource (354 pages)
Altri autori (Persone) VangaSkylab
ChaudharyAkshita
ISBN 1-119-81479-0
1-119-81477-4
Formato Materiale a stampa
Livello bibliografico Monografia
Lingua di pubblicazione eng
Nota di contenuto Cover -- Title Page -- Copyright Page -- Contents -- About the Authors -- Preface -- Acknowledgments -- Chapter 1 The Dawning of the Digital Era -- Demystifying the Digitization Paradigm -- Delineating the Digitalization Technologies -- Trendsetting Technologies for the Digital Era -- Why Digitization Is Indispensable -- The Connectivity and Integration Options -- The Promising Digital Intelligence Methods -- The Technological Approaches Toward Smarter Environments -- Briefing the Brewing Idea of Digital Twin -- Envisioning the Digital Universe -- Cloud-Native Applications (CNAs) -- Conclusion -- References -- Chapter 2 The Cloud-Native Computing Paradigm for the Digital Era -- Introduction -- The Onset of the Digital Era -- The Maturity of Software-defined Cloud Environments -- The Hybrid Model of Microservices Architecture (MSA) and Event-driven Architecture (EDA) -- The Aspect of Containerization -- The Emergence of Container Lifecycle Management Platforms -- Tending Toward Cloud-Native Computing -- Demystifying the Cloud-Native Architecture Style -- Distinguishing Cloud-Native Infrastructure -- Cloud-Native Security -- Cloud-Native Computing Advantages -- Conclusion -- References -- Chapter 3 Kubernetes Architecture, Best Practices, and Patterns -- Introduction -- The Emergence of Containerized Applications for IT Portability -- Microservices Architecture (MSA) Applications for IT Agility and Adaptivity -- The Onset of Containerized Cloud Environments -- The Need for Container Orchestration Platform Solutions -- The Significance of Kubernetes for Cloud-Native Systems -- Kubernetes for Edge Cloud Environments -- Kubernetes for Multi-Cloud Implementations -- Delineating the Kubernetes' Master-Slave Architecture -- The Special Features of the Kubernetes Platform -- Best Practices for Efficient and Effective Kubernetes -- Kubernetes Patterns.
Conclusion -- References -- Chapter 4 The Observability, Chaos Engineering, and Remediation for Cloud-Native Reliability -- Introduction -- The Emergence of Cloud-Native Observability -- The Key Motivations for Cloud-Native Applications -- Cloud-Native Applications: The Realization Technologies -- DevOps for Cloud-Native Applications (CNAs) -- Container Orchestration Platforms -- The Cloud-Native Application Challenges [1, 2] -- Cloud-Native Resiliency -- Cloud-Native Chaos Engineering -- Cloud-Native Observability [3-5] -- Cloud-Native Observability: The Benefits -- Cloud-Native Observability for Chaos Engineering -- AIOps-Enabled Cloud-Native Observability -- Building System Resilience Through AIOps -- Cloud-Native Remediation -- Conclusion -- References -- Chapter 5 Creating Kubernetes Clusters on Private Cloud (VMware vSphere) -- Introduction -- Purpose -- Scope -- Deployment Pre-requirements -- Prerequisites -- vCenter Requirements -- Cluster Resources -- Required IP Addresses -- DNS Records -- Create Local Linux Installer VM on VMware vSphere -- Generating an SSH Private Key and Adding it to the Agent -- Create DHCP Server -- Download OpenShift Installation for vSphere -- Procedure -- Adding vCenter Root CA Certificates to your Installer VM -- Deploying the OCP Cluster on VMware vSphere -- Installing the CLI on Linux -- Uninstall OpenShift Cluster -- Considerations When you Delete OpenShift for VMware (https://cloud.ibm.com/docs/vmwaresolutions) -- Conclusion -- Further Reading -- Chapter 6 Creating Kubernetes Clusters on Public Cloud (Microsoft Azure) -- Introduction -- Prerequisites -- Configuring a Public DNS Zone in Azure -- DNS Creation -- Prerequisites -- Create a DNS Zone -- Required Azure Roles -- Creating a Service Principal -- Azure CLI Setup -- Manually Create IAM -- Start Installation of OCP -- Uninstall Cluster -- Conclusion.
Further Reading -- Chapter 7 Design, Development, and Deployment of Event-Driven Microservices Practically -- Introduction -- Technology Stack to Build Microservices -- Express Framework -- Steps to Set Up Your Project -- Blog Post Microservice -- Comments Microservice -- Implementation of Event-Driven Model -- Event Bus -- Deployment Strategies -- Conclusion -- Chapter 8 Serverless Computing for the Cloud-Native Era -- Introduction -- The Key Motivations for Serverless Computing [1, 2] -- Briefing Serverless Computing -- The Serverless Implications -- The Evolution of Serverless Computing [3, 4] -- Serverless Application Patterns -- Containers as the Function Runtime -- Serverless Computing Components [5, 6] -- Advantages of Using a Serverless Database -- Disadvantages of Using Serverless Databases -- Top Benefits of Serverless Computing -- Overcoming Serverless Obstacles -- The Future of Serverless Computing -- Conclusion -- Appendix -- Knative for Serverless Computing -- References -- Chapter 9 Instaling Knative on a Kubernetes Cluster -- Introduction -- Knative Serving Resources -- Further Reading -- Chapter 10 Delineating Cloud-Native Edge Computing -- Introduction -- Briefing Cloud-Native Computing -- Technical and Business Cases for Cloud-Native Computing [3, 4] -- The Emergence of Edge Computing -- Cloud-Native Technologies for Edge Computing -- Benefits of Bringing the Cloud-Native Principles to the Edge -- The Deployment Scenarios at the Edge -- Kubernetes Deployment Options for Edge Computing -- Cloud-Native at the Edge: The Use Cases -- Navigating Heterogeneous Environments at the Edge -- Monitoring Kubernetes-Enabled Edge Environments -- Edge Analytics for Real-Time Video Surveillance -- Describing Edge AI -- Conclusion -- References -- Chapter 11 Setting up a Kubernetes Cluster using Azure Kubernetes Service -- Introduction.
Benefits of Azure Kubernetes Service -- Purpose -- Scope -- An Introduction to Azure Kubernetes Service -- Features of Azure Kubernetes Services -- Azure Kubernetes Service Use Cases -- Common Uses for Azure Kubernetes Service -- High-Level Architecture -- Architecture Design -- Deployment Pre-Requisites -- Conclusion -- Further Reading -- Chapter 12 Reliable Cloud-Native Applications through Service Mesh -- Introduction -- Delineating the Containerization Paradigm -- Demystifying Microservices Architecture -- Decoding the Growing Role of Kubernetes for the Container Era -- Describing the Service Mesh Concept [1-3] -- Demystifying Service Mesh -- The Service Mesh Contributions -- The Leading Service Mesh Solutions -- Why Service Mesh is Paramount? -- Service Mesh Architectures -- Monitoring the Service Mesh -- Service Mesh Deployment Models -- Conclusion -- Appendix -- Deploying the Red Hat OpenShift Service Mesh Control Plane -- References -- Chapter 13 Cloud-Native Computing: The Security Challenges and the Solution Approaches -- Introduction to Cloud Capabilities -- Delineating the Cloud-Native Paradigm -- Why Cloud-Native Computing -- About Cloud-Native Applications -- Beginning of Cloud-Native Application Security -- Cloud-Native Security Challenges -- Capabilities of Cloud-Native Security Solutions -- Cloud-Native Application Security Procedures -- Securing Cloud-Native Applications -- Pillars of Cloud-Native Security -- Cloud-Native Security: Best Practices -- Kubernetes Security Best Practices -- Container Security Best Practices -- Cloud-Native Security Best Practices -- The Emergence of Cloud-Native Security Products and Platforms -- Key Properties of Cloud-Native Security Platforms -- Cloud Workload Protection Platforms -- Kubernetes Security Products -- AIOps for Cloud-Native Security -- Conclusion -- Reference.
Chapter 14 Microservices Security: The Concerns and the Solution Approaches -- Microservice Security Challenges and Concerns -- Best Practices to Secure Microservices -- How to Implement Fundamental Authentication and Authorization Strategies -- Dive Deeper into API Gateway -- APACHE APISIX -- Configuring APISIX -- Conclusion -- Further Reading -- Chapter 15 Setting Up Apache Kafka Clusters in a Cloud Environment and Secure Monitoring -- Introduction -- Introspecting Kafka -- Kafka Component Overview -- Guide to Set Up a Kafka Cluster -- Prerequisites -- Steps to Install -- Step 1: Setup virtual machines for Kafka -- Step 2: Configure Zookeeper and Kafka on both the machines -- zookeeper.service -- kafka.service -- Step 3: Test Zookeeper and Kafka installation -- Kafka Command Line Features -- Set Up Your Monitoring Tools for Your Cluster: Prometheus and Grafana -- Fetch Metrics Using Prometheus -- Install JMX Exporter Agent on Kafka broker -- Create Prometheus as a service on the Admin machine -- Visualize using Grafana -- Secure your cluster -- Encryption -- Authentication -- Authorization -- Conclusion -- Further Reading -- Chapter 16 Installing Knative Serving On EKS -- Prerequisites -- EKS Installation Procedure -- Installing Knative Serving Using YAML Files -- Prerequisites -- System Requirements -- Install the Serving component -- Verify the Installation -- Configure DNS -- Install kn Using a Binary -- Install kn Using Go -- Sample Application -- Creating Your Deployment with the Knative CLI -- Interacting with Your App -- Index -- EULA.
Record Nr. UNINA-9910623986603321
Raj Pethuru  
Newark : , : John Wiley & Sons, Incorporated, , 2022
Materiale a stampa
Lo trovi qui: Univ. Federico II
Opac: Controlla la disponibilità qui