Jumpstart: Launch your SaaS Journey; Architect Next Generation SaaS Solutions; This session will help you deconstructing SaaS, a Deep Dive into Building Multi Tenant Solutions.and the Foundation of SaaS Agility; It will also help you to optimize your SaaS Architecture.
The presentation will lead you through a step-by-step process of creating SaaS solution. The architecture design method is influenced by ADD (Attribute-Driven Design) and SaaS Reference Architecture that developed by SoftServe Architecture Group.
Ready-to-use Reference Architectures that addresses typical challenges with proven approaches to solve them (i.e., patterns) significantly speeds up the design and implementation process, making it more predictable and economical.
Security architecture best practices for saas applicationskanimozhin
This document discusses security best practices for Software as a Service (SaaS) applications. It recommends adopting a holistic governance framework to manage operational risks, using standards like COBIT 5. Key aspects covered include tenant data isolation, role-based access control, preventing common web attacks, and implementing robust security auditing of events, transactions, and user actions. The goal is to establish trust with customers by providing protection of information, access controls, data security, and audit capabilities.
Every enterprise has a multitude of existing systems - including on-premise as well as cloud solutions - that perform critical functions. Integrating data and services across these systems is critical for an enterprise to successfully implement its digital transformation efforts. Therefore, most often than not, enterprise integration is at the heart of any organization’s digital transformation strategy.
Service mesh in Microservice World to Manage end to end service communicationsSatya Syam
This document discusses service mesh as a way to manage communication between microservices. It defines service mesh and explains that it handles cross-cutting concerns like routing, security, and observability that are common to microservices. The document also discusses specific service mesh implementations like Istio, describing its data plane and control plane architecture and features such as security, resilience, and observability. It concludes with a decision tree for determining whether to use a service mesh.
Message based microservices architectures driven with dockerDocker, Inc.
Microservices are not for everyone, but there are some incredible benefits to employing microservice architecture principles to enable co-evolution of services and features and reduce friction during the DevOps cycle. The growth of moving parts, however, does require tight DevOps procedures, and visibility into system operations including diagnostics, application events and audit trail. Event streaming can enhance your solution enabling async processing and scale, but also enhancing visibility to the solution as a whole. The good news is that if you are already designing a solution based on microservice principles, you are already positioned to incorporate events with less pain. Services that "fit in your head" lead to a manageable approach to introducing event-based strategies. In this session you'll learn how to design a microservices solution with Docker, that relies on event streams to produce workflow state, history and full audit. You'll see patterns for structuring your solutions, managing events and payloads, designing your eventual consistency strategy, and producing full history and audit logs for the solution.
WSO2 API Manager, which just completed its five-year-long journey, is now reborn. Version 3.0.0 of the WSO2 API Manager is a complete rewrite of the product from the ground up. This new version has a brand new architecture that addresses many a need on modern software development and deployment practices. This slide deck focuses on some of the key new capabilities and highlights of the product.
Open Architecture for Developing Multitenant Software-as-a-Service ApplicationsJavier Mijail Espadas Pech
As cloud computing infrastructures are growing, in terms of usage, its requirements about software design, management and deployment are increasing as well. Software-as-a-Service (SaaS) platforms play a key role within this cloud environment. SaaS, as a part of the cloud offer, allows to the software providers to deploy and manage their own applications in the clouds in a subscription basis. The problem with the current SaaS offers is the lack of openness of in their platforms and the need for learning a whole new paradigm when trying to initiate in the SaaS market. Big players, such as: Amazon, Google or Microsoft, offer their proprietary SaaS solutions. Another consideration is the amount of current Web applications that need to be re-engineered into this cloud paradigm. This research work aims to reduce the effort required to enter into the SaaS market by presenting an architecture based on open source components for developing, deploying and managing SaaS applications.
Jumpstart: Launch your SaaS Journey; Architect Next Generation SaaS Solutions; This session will help you deconstructing SaaS, a Deep Dive into Building Multi Tenant Solutions.and the Foundation of SaaS Agility; It will also help you to optimize your SaaS Architecture.
The presentation will lead you through a step-by-step process of creating SaaS solution. The architecture design method is influenced by ADD (Attribute-Driven Design) and SaaS Reference Architecture that developed by SoftServe Architecture Group.
Ready-to-use Reference Architectures that addresses typical challenges with proven approaches to solve them (i.e., patterns) significantly speeds up the design and implementation process, making it more predictable and economical.
Security architecture best practices for saas applicationskanimozhin
This document discusses security best practices for Software as a Service (SaaS) applications. It recommends adopting a holistic governance framework to manage operational risks, using standards like COBIT 5. Key aspects covered include tenant data isolation, role-based access control, preventing common web attacks, and implementing robust security auditing of events, transactions, and user actions. The goal is to establish trust with customers by providing protection of information, access controls, data security, and audit capabilities.
Every enterprise has a multitude of existing systems - including on-premise as well as cloud solutions - that perform critical functions. Integrating data and services across these systems is critical for an enterprise to successfully implement its digital transformation efforts. Therefore, most often than not, enterprise integration is at the heart of any organization’s digital transformation strategy.
Service mesh in Microservice World to Manage end to end service communicationsSatya Syam
This document discusses service mesh as a way to manage communication between microservices. It defines service mesh and explains that it handles cross-cutting concerns like routing, security, and observability that are common to microservices. The document also discusses specific service mesh implementations like Istio, describing its data plane and control plane architecture and features such as security, resilience, and observability. It concludes with a decision tree for determining whether to use a service mesh.
Message based microservices architectures driven with dockerDocker, Inc.
Microservices are not for everyone, but there are some incredible benefits to employing microservice architecture principles to enable co-evolution of services and features and reduce friction during the DevOps cycle. The growth of moving parts, however, does require tight DevOps procedures, and visibility into system operations including diagnostics, application events and audit trail. Event streaming can enhance your solution enabling async processing and scale, but also enhancing visibility to the solution as a whole. The good news is that if you are already designing a solution based on microservice principles, you are already positioned to incorporate events with less pain. Services that "fit in your head" lead to a manageable approach to introducing event-based strategies. In this session you'll learn how to design a microservices solution with Docker, that relies on event streams to produce workflow state, history and full audit. You'll see patterns for structuring your solutions, managing events and payloads, designing your eventual consistency strategy, and producing full history and audit logs for the solution.
WSO2 API Manager, which just completed its five-year-long journey, is now reborn. Version 3.0.0 of the WSO2 API Manager is a complete rewrite of the product from the ground up. This new version has a brand new architecture that addresses many a need on modern software development and deployment practices. This slide deck focuses on some of the key new capabilities and highlights of the product.
Open Architecture for Developing Multitenant Software-as-a-Service ApplicationsJavier Mijail Espadas Pech
As cloud computing infrastructures are growing, in terms of usage, its requirements about software design, management and deployment are increasing as well. Software-as-a-Service (SaaS) platforms play a key role within this cloud environment. SaaS, as a part of the cloud offer, allows to the software providers to deploy and manage their own applications in the clouds in a subscription basis. The problem with the current SaaS offers is the lack of openness of in their platforms and the need for learning a whole new paradigm when trying to initiate in the SaaS market. Big players, such as: Amazon, Google or Microsoft, offer their proprietary SaaS solutions. Another consideration is the amount of current Web applications that need to be re-engineered into this cloud paradigm. This research work aims to reduce the effort required to enter into the SaaS market by presenting an architecture based on open source components for developing, deploying and managing SaaS applications.
A Capability Blueprint for MicroservicesMatt McLarty
Early microservice adopters seek speed and safety at scale. There are three levels of microservice architectures: modularized, cohesive, and systematized. Each level brings different benefits, enabled by microservice capabilities. Modularized establishes independence and testability, cohesive focuses on composability and efficiency through alignment, and systematized emphasizes agility, availability, and scalability through system design.
Microservices architecture advocates breaking monolithic applications into independent, isolated services that each have a single well-defined purpose. This allows each service to be developed, deployed and scaled independently. Key aspects of microservices include logical decomposition of functions, physical isolation of services using containers, independent data stores for each service, and asynchronous communication between services using a messaging platform. Monitoring and service discovery layers are also important to ensure high availability of the application and routing of requests to available services. While microservices improve scalability and flexibility, enterprise service buses are still needed for integration across applications.
The document discusses considerations for using an API gateway in a microservices architecture. It describes how an API gateway acts as a single entry point, addressing concerns like security, monitoring, and routing requests to backend services. The gateway can provide authentication, authorization, throttling, caching, load balancing and other capabilities in a centralized manner. It abstracts microservices and allows flexible scaling. Security features the document outlines include using federated identity protocols like OAuth for authentication, and configuring the gateway to protect against DDoS attacks and ensure secure communication.
Hybrid integration platform reference architectureChanaka Fernando
WSO2 Integration Platform allows users to integrate with on-premise as well as cloud based systems. It provides deployment options on cloud, on-premise or as a hybrid deployment.
WSO2Con USA 2017: Implement an Effective Digital Platform Using WSO2 IntegrationWSO2
The WSO2 integration platform offers a high performance, lean, enterprise-ready solution to solve integration and innovation challenges faced by connected businesses. This platform offers modern integration technologies that empower enterprises to build a digital business by seamlessly connecting mobile apps, services, multiple data repositories, social media, and cloud and on-premise systems. This is all done to enhance your customers’ experience and increase internal productivity.
One of the primary focuses in modern integration is to think in terms of the network-effect in terms of reliability in resilience, scalability, affordability, and adaptability. The session will focus on
Under the hood: Integration server architecture
Mediation catalog
Architectural styles for integration
Enhancing
Hybrid integration with WSO2
Debugging and troubleshooting your integration
Deployment
Performance tuning
Production hardening
Automate and simplify multi cloud complexity with f5 and hashi corpMitchell Pronschinske
In this session, Lori Mac Vittie, principal technology evangelist at F5 discusses digital transformation and how F5 and HashiCorp are working together to unlock the full potential of the cloud
To view recording of this webinar please use below URL:
http://wso2.com/library/webinars/2015/09/web-oriented-architecture/
Is SOA the answer to everything? Perhaps not. Web oriented architecture (WOA) or SOA + WWW + REST, takes you several steps further by filling the blanks of SOA and helping you build an end-to-end complete web application. In addition to APIs, WOA identifies user interfaces and application state as first-class components of an architecture. Most of what we build today is actually WOA, though the abbreviation might not be that popular.
This session will discuss
The original definition of WOA by Gartner in 2006
The changes to WOA over the last 10 years
Today’s trends
WOA-Stack
Application Networks: Microservices and APIs at NetflixMuleSoft
Who better to talk about microservices — one of the hottest technology trends for 2016 — than Netflix? This streaming-entertainment giant began adopting them in 2009, years before the exact term even existed. Join MuleSoft and Netflix as they co-present the value that a microservices architecture can bring to your business, and see first hand the real-world implementation of APIs at Netflix. Then learn from MuleSoft’s CTO how APIs and DevOps are two important pillars of microservices and discover how they can become part of your application network.
Webinar presentation October 22, 2015.
The model behind Platform-as-a-Service (PaaS) is to provide a platform for customers to develop, run, and manage web applications without needing to build or maintain the infrastructure, which can reduce costs while increasing flexibility and speed-to-market.
In the CSCC deliverable, Practical Guide to Platform-as-a-Service, learn how to use PaaS to solve business challenges, specifically:
- Definition of PaaS, the benefits of using PaaS, and examples of PaaS offerings
- Applications best suited for PaaS and the considerations for architecture, development, and operations
- Recommendations for the best use of PaaS services
Download the deliverable: http://www.cloud-council.org/resource-hub
This deck discusses how APIs are touching every facet of our society and the underlying trends that are going to generate nearly 1 billion APIs in the coming years. All digital transformation is now API-driven and integration technologies underpin their evolution.
[WSO2 API Day Chicago 2019] Extending Service Mesh with API ManagementWSO2
In this deck, we discuss how to augment service mesh functionality with API management capabilities, so you can create an end-to-end solution for your entire business functionality — from microservices to APIs, to end-user applications.
apidays LIVE Australia 2020 - Building an Enterprise Eventing Platform by Gna...apidays
apidays LIVE Australia 2020 - Building Business Ecosystems
Building an Enterprise Eventing Platform using Apache Kafka
Gnanaguru Sattanathan, Solutions Engineer at Confluent, Kevin Barton Solution Designer at NAB & Mathew Chai, NAB
apidays LIVE Australia 2020 - Building a scalable API platform for an IoT eco...apidays
apidays LIVE Australia 2020 - Building Business Ecosystems
Building a scalable API platform for an IoT ecosystem
Pooja Subramanian, Lead Consultant at ThoughtWorks & Archanaa Ravikumar, Lead Engineer at BCG Digital Ventures
The document discusses various integration solution patterns including enterprise integration patterns (EIPs), implementation of EIPs using WSO2 Enterprise Service Bus (ESB), and high-level integration patterns like API gateway, service broker, and dual channeling. It describes how functional components of WSO2 ESB like mediators and sequences can be used to implement EIPs. Overall it provides an overview of best practices, approaches and strategies for designing integration solutions using patterns.
The document discusses WSO2's cloud offerings for API management and integration. It notes that WSO2 provides a fully-featured API manager on the cloud to build developer ecosystems and enable digital businesses. The cloud services allow customers to manage identity, security, and privacy across digital systems and gain real-time insights from data. WSO2's cloud has various hosting options for production and non-production environments, and offers advantages like scalability, availability, and support over non-cloud alternatives.
WSO2Con EU 2016: Building Enterprise Apps Using WSO2 PlatformWSO2
Enterprise applications have their own requirements. For example, they should be scalable, highly available and secured. While developing them, you might have to integrate several systems, adopt latest architectural concepts such as microservices, make your application a SaaS or expose your enterprise data as APIs. After the app is in production, you might need to collect statistics around it for further insight.
WSO2’s comprehensive 100% open source platform can help you to achieve these objectives while cutting down time-to-market. This session will discuss how you can build enterprise applications with the WSO2 product stack.
Understanding the WSO2 Platform and TechnologyWSO2
WSO2 provides open source integration platforms and middleware technologies. It has over 160 employees and supports over 100 production customers. The WSO2 approach involves modular components, products that work together on a shared platform, and an industrialized approach to application development. Key offerings include the Carbon middleware platform, Stratos PaaS, API management, integration, and governance solutions. WSO2 works with customers in various engagement models including training, quickstarts, development support, and consulting.
Cloud native applications offer scalability, flexibility, and optimal use of compute resources. Serverless functions interacting through events, leveraging cloud capabilities for persistent storage and automated operations take organization to the next level in IT. This session demonstrates polyglot Functions interacting with native cloud services for events and persistence (Object Storage and NoSQL Database) and leveraging the Key and Secrets Vault, Monitoring and Notifications services for operational control. A lightweight API Gateway is used to expose APIs to external consumers. Infrastructure as Code is the guiding principle in deploying both cloud resources and application components, through OCI CLI and Terraform. This session leverages many cloud native (enabling) services in Oracle Cloud Infrastructure. The session will introduce concepts, then spend most of the time on live demonstrations. All sources are shared with the audience, to allow participants to create the same application in their own cloud tenancy.
What is so great about Cloud Native Applications? How do you create one? I will explain the first and demonstrate the second. On Oracle Cloud Infrastructure, using services that anyone can use for free, I will live create a cloud native application that streams, persists, notifies, scales, monitors
Introducing the WSO2 Enterprise Integrator 6.1WSO2
Enterprise Integrator is a composite of the open-source integration functionality we’ve been offering so far with products like WSO2 Enterprise Service Bus, WSO2 Message Broker, WSO2 Application Server, WSO2 Business Process Server and WSO2 Data Services Server. All in one package, integrated, with one management console. There’s no more need to configure multiple products. This webinar explores all the benefits behind this approach and what this means for you as a user.
The document discusses the architecture for an adaptable enterprise software system using a case study of a Student Credit Reporting System (SCRS) forms application. It describes adopting a service-oriented architecture using Java EE and web services to develop a multi-tier system with components like a forms server, application server, and database. The system was designed to leverage open source technologies like JBoss and Apache Struts for standardization and extensibility of web applications.
Secc tutorials development and deployment of rest web services in java_v2.0Aravindharamanan S
This document provides a tutorial on developing and deploying REST web services in Java. It introduces REST as an architectural style for web services that uses simple HTTP requests and focuses on representing resources with URIs. The tutorial demonstrates building a basic "Hello World" REST service in Java and developing an Android client to access these RESTful services. It explains the key REST principles of using HTTP methods to perform CRUD operations on resources and representing everything as URIs in a stateless manner.
A Capability Blueprint for MicroservicesMatt McLarty
Early microservice adopters seek speed and safety at scale. There are three levels of microservice architectures: modularized, cohesive, and systematized. Each level brings different benefits, enabled by microservice capabilities. Modularized establishes independence and testability, cohesive focuses on composability and efficiency through alignment, and systematized emphasizes agility, availability, and scalability through system design.
Microservices architecture advocates breaking monolithic applications into independent, isolated services that each have a single well-defined purpose. This allows each service to be developed, deployed and scaled independently. Key aspects of microservices include logical decomposition of functions, physical isolation of services using containers, independent data stores for each service, and asynchronous communication between services using a messaging platform. Monitoring and service discovery layers are also important to ensure high availability of the application and routing of requests to available services. While microservices improve scalability and flexibility, enterprise service buses are still needed for integration across applications.
The document discusses considerations for using an API gateway in a microservices architecture. It describes how an API gateway acts as a single entry point, addressing concerns like security, monitoring, and routing requests to backend services. The gateway can provide authentication, authorization, throttling, caching, load balancing and other capabilities in a centralized manner. It abstracts microservices and allows flexible scaling. Security features the document outlines include using federated identity protocols like OAuth for authentication, and configuring the gateway to protect against DDoS attacks and ensure secure communication.
Hybrid integration platform reference architectureChanaka Fernando
WSO2 Integration Platform allows users to integrate with on-premise as well as cloud based systems. It provides deployment options on cloud, on-premise or as a hybrid deployment.
WSO2Con USA 2017: Implement an Effective Digital Platform Using WSO2 IntegrationWSO2
The WSO2 integration platform offers a high performance, lean, enterprise-ready solution to solve integration and innovation challenges faced by connected businesses. This platform offers modern integration technologies that empower enterprises to build a digital business by seamlessly connecting mobile apps, services, multiple data repositories, social media, and cloud and on-premise systems. This is all done to enhance your customers’ experience and increase internal productivity.
One of the primary focuses in modern integration is to think in terms of the network-effect in terms of reliability in resilience, scalability, affordability, and adaptability. The session will focus on
Under the hood: Integration server architecture
Mediation catalog
Architectural styles for integration
Enhancing
Hybrid integration with WSO2
Debugging and troubleshooting your integration
Deployment
Performance tuning
Production hardening
Automate and simplify multi cloud complexity with f5 and hashi corpMitchell Pronschinske
In this session, Lori Mac Vittie, principal technology evangelist at F5 discusses digital transformation and how F5 and HashiCorp are working together to unlock the full potential of the cloud
To view recording of this webinar please use below URL:
http://wso2.com/library/webinars/2015/09/web-oriented-architecture/
Is SOA the answer to everything? Perhaps not. Web oriented architecture (WOA) or SOA + WWW + REST, takes you several steps further by filling the blanks of SOA and helping you build an end-to-end complete web application. In addition to APIs, WOA identifies user interfaces and application state as first-class components of an architecture. Most of what we build today is actually WOA, though the abbreviation might not be that popular.
This session will discuss
The original definition of WOA by Gartner in 2006
The changes to WOA over the last 10 years
Today’s trends
WOA-Stack
Application Networks: Microservices and APIs at NetflixMuleSoft
Who better to talk about microservices — one of the hottest technology trends for 2016 — than Netflix? This streaming-entertainment giant began adopting them in 2009, years before the exact term even existed. Join MuleSoft and Netflix as they co-present the value that a microservices architecture can bring to your business, and see first hand the real-world implementation of APIs at Netflix. Then learn from MuleSoft’s CTO how APIs and DevOps are two important pillars of microservices and discover how they can become part of your application network.
Webinar presentation October 22, 2015.
The model behind Platform-as-a-Service (PaaS) is to provide a platform for customers to develop, run, and manage web applications without needing to build or maintain the infrastructure, which can reduce costs while increasing flexibility and speed-to-market.
In the CSCC deliverable, Practical Guide to Platform-as-a-Service, learn how to use PaaS to solve business challenges, specifically:
- Definition of PaaS, the benefits of using PaaS, and examples of PaaS offerings
- Applications best suited for PaaS and the considerations for architecture, development, and operations
- Recommendations for the best use of PaaS services
Download the deliverable: http://www.cloud-council.org/resource-hub
This deck discusses how APIs are touching every facet of our society and the underlying trends that are going to generate nearly 1 billion APIs in the coming years. All digital transformation is now API-driven and integration technologies underpin their evolution.
[WSO2 API Day Chicago 2019] Extending Service Mesh with API ManagementWSO2
In this deck, we discuss how to augment service mesh functionality with API management capabilities, so you can create an end-to-end solution for your entire business functionality — from microservices to APIs, to end-user applications.
apidays LIVE Australia 2020 - Building an Enterprise Eventing Platform by Gna...apidays
apidays LIVE Australia 2020 - Building Business Ecosystems
Building an Enterprise Eventing Platform using Apache Kafka
Gnanaguru Sattanathan, Solutions Engineer at Confluent, Kevin Barton Solution Designer at NAB & Mathew Chai, NAB
apidays LIVE Australia 2020 - Building a scalable API platform for an IoT eco...apidays
apidays LIVE Australia 2020 - Building Business Ecosystems
Building a scalable API platform for an IoT ecosystem
Pooja Subramanian, Lead Consultant at ThoughtWorks & Archanaa Ravikumar, Lead Engineer at BCG Digital Ventures
The document discusses various integration solution patterns including enterprise integration patterns (EIPs), implementation of EIPs using WSO2 Enterprise Service Bus (ESB), and high-level integration patterns like API gateway, service broker, and dual channeling. It describes how functional components of WSO2 ESB like mediators and sequences can be used to implement EIPs. Overall it provides an overview of best practices, approaches and strategies for designing integration solutions using patterns.
The document discusses WSO2's cloud offerings for API management and integration. It notes that WSO2 provides a fully-featured API manager on the cloud to build developer ecosystems and enable digital businesses. The cloud services allow customers to manage identity, security, and privacy across digital systems and gain real-time insights from data. WSO2's cloud has various hosting options for production and non-production environments, and offers advantages like scalability, availability, and support over non-cloud alternatives.
WSO2Con EU 2016: Building Enterprise Apps Using WSO2 PlatformWSO2
Enterprise applications have their own requirements. For example, they should be scalable, highly available and secured. While developing them, you might have to integrate several systems, adopt latest architectural concepts such as microservices, make your application a SaaS or expose your enterprise data as APIs. After the app is in production, you might need to collect statistics around it for further insight.
WSO2’s comprehensive 100% open source platform can help you to achieve these objectives while cutting down time-to-market. This session will discuss how you can build enterprise applications with the WSO2 product stack.
Understanding the WSO2 Platform and TechnologyWSO2
WSO2 provides open source integration platforms and middleware technologies. It has over 160 employees and supports over 100 production customers. The WSO2 approach involves modular components, products that work together on a shared platform, and an industrialized approach to application development. Key offerings include the Carbon middleware platform, Stratos PaaS, API management, integration, and governance solutions. WSO2 works with customers in various engagement models including training, quickstarts, development support, and consulting.
Cloud native applications offer scalability, flexibility, and optimal use of compute resources. Serverless functions interacting through events, leveraging cloud capabilities for persistent storage and automated operations take organization to the next level in IT. This session demonstrates polyglot Functions interacting with native cloud services for events and persistence (Object Storage and NoSQL Database) and leveraging the Key and Secrets Vault, Monitoring and Notifications services for operational control. A lightweight API Gateway is used to expose APIs to external consumers. Infrastructure as Code is the guiding principle in deploying both cloud resources and application components, through OCI CLI and Terraform. This session leverages many cloud native (enabling) services in Oracle Cloud Infrastructure. The session will introduce concepts, then spend most of the time on live demonstrations. All sources are shared with the audience, to allow participants to create the same application in their own cloud tenancy.
What is so great about Cloud Native Applications? How do you create one? I will explain the first and demonstrate the second. On Oracle Cloud Infrastructure, using services that anyone can use for free, I will live create a cloud native application that streams, persists, notifies, scales, monitors
Introducing the WSO2 Enterprise Integrator 6.1WSO2
Enterprise Integrator is a composite of the open-source integration functionality we’ve been offering so far with products like WSO2 Enterprise Service Bus, WSO2 Message Broker, WSO2 Application Server, WSO2 Business Process Server and WSO2 Data Services Server. All in one package, integrated, with one management console. There’s no more need to configure multiple products. This webinar explores all the benefits behind this approach and what this means for you as a user.
The document discusses the architecture for an adaptable enterprise software system using a case study of a Student Credit Reporting System (SCRS) forms application. It describes adopting a service-oriented architecture using Java EE and web services to develop a multi-tier system with components like a forms server, application server, and database. The system was designed to leverage open source technologies like JBoss and Apache Struts for standardization and extensibility of web applications.
Secc tutorials development and deployment of rest web services in java_v2.0Aravindharamanan S
This document provides a tutorial on developing and deploying REST web services in Java. It introduces REST as an architectural style for web services that uses simple HTTP requests and focuses on representing resources with URIs. The tutorial demonstrates building a basic "Hello World" REST service in Java and developing an Android client to access these RESTful services. It explains the key REST principles of using HTTP methods to perform CRUD operations on resources and representing everything as URIs in a stateless manner.
The document discusses Web 2.0 and RESTful services and how they can be used to make CICS information available to more end-users through Atom feeds. It provides definitions of Web 2.0, RESTful services, and Atom feeds. It then describes how the IBM CICS Transaction Server V3 includes a SupportPac that allows publishing CICS data like file records or queue items as Atom feeds accessed via RESTful URLs.
Websphere sMash is a new, development paradigm and execution platform for quickly building agile,
web-based application. It harness on the flexibility of Web 2.0 technology and uses dynamic scripting to
build simple situational apps.
This document discusses technologies for enabling service-oriented architectures (SOAs). It covers generic technologies like RESTful and SOAP web services. Platform-specific technologies for Java (JAX-WS) and .NET (.NET, WCF) are also discussed. Standards like XML, HTTP, SOAP, WSDL, and UDDI that web services are built on are explained. The roles of service providers, consumers and registries are defined. Enterprise service buses and their role in service integration are summarized. Finally, factors to consider in building a business case for SOA like stakeholders' objectives, benefits, cost savings, and return on investment are outlined.
APIs are one of the main elements of cloud services. All major cloud service providers expose REST APIs to allow you to programmatically access their services and capabilities. SOAP and REST are the two most common ways of exposing APIs, whether to external, partner, cloud, or internal developers.
The concept of API management is to publish these web APIs for consumption, and includes capabilities such as monitoring, security, and documentation.
This presentation introduces basic concepts of APIs, API management, cloud REST services, and a brief walkthrough of WSO2 API Manager and the Oracle API Gateway to see how you can centrally publish, expose, and secure APIs, essentially virtualizing your backend services.
This document discusses Service Oriented Architecture (SOA). It defines key SOA concepts like services, service orientation, and fundamental SOA constructs. It also covers SOA principles, tools, benefits, and the differences between web services and SOA services. Specifically, it notes that SOA aims to reduce costs and complexity by dividing projects into independent and reusable components/services that can be composed to address business needs.
This document provides an overview of service-oriented architecture (SOA) and business process management (BPM). It defines key SOA concepts like loose coupling, services, and service composition. It describes the drivers for adopting SOA like flexibility and cost reduction. The document outlines the typical components of a SOA architecture like the enterprise service bus and BPM suite. It distinguishes between service types and discusses how BPM integrates with SOA through standards like BPEL. Finally, it notes that BPM can be viewed as both a management practice and software solution that often leverages SOA principles.
WSO2 provides a complete middleware platform for integrating applications, APIs, and business processes. Their platform is component-based, uses open standards, and can be deployed on-premise or to private/public clouds. Key products include Carbon (the middleware core), API Manager, Identity Server, ESB, and Governance Registry. WSO2 uses an open source business model where all features are available in open source releases and support is offered through paid subscriptions.
The document discusses middleware and microservices architectures. Middleware makes it easier for developers to implement communication and input/output between applications and systems. It gained popularity in the 1980s as a way to connect newer apps to older legacy systems. Microservices architectures break applications into smaller, independent pieces that can be updated independently. While this improves scalability and maintainability, it also increases complexity and the security surface. The document provides examples of middleware and microservices architectures used by companies like Netflix and Twitter.
Cloud Foundry is a platform as a service that provides structure and opinions for software deployment. It uses BOSH to automate infrastructure provisioning and deployment. Applications are deployed through buildpacks that combine code with dependencies. Services can also be provisioned through service brokers and bound to applications. Logging and routing are standardized through components like Loggregator and the router.
Service Oriented Architecture (SOA) is an architectural style that models systems as a collection of services. Key constructs of SOA include services, service consumers, providers, brokers and registries. Services in SOA are designed to be discoverable, self-describing, and loosely coupled. Benefits of SOA include increased flexibility, reuse, integration and reduced complexity for systems and processes.
Full lifecycle of a microservice: how to
realize a fault-tolerant and reliable
architecture and deliver it as a Docker
container or in a Cloud environment
Windows Azure AppFabric is a platform that provides middleware services for developing and managing cloud applications at scale. It includes services for messaging, caching, identity management, and integrating applications. It also allows building and managing composite applications composed of distributed application components hosted on Windows Azure. The AppFabric platform aims to simplify cloud development by providing these services and capabilities through a consistent programming model.
Service Provider as a Distribution Channel with APS Standardisdeforum
This document discusses how service providers can act as distribution channels for independent software vendors (ISVs) by using the Application Packaging Standard (APS). It describes APS as a technology that allows for workflow, API, and user interface integration between different software services. This standardizes how services expose APIs and UIs, enabling service providers to offer combined offerings of multiple services through a single control panel. APS also defines rules for accounting, upselling, and cross-selling scenarios. The document provides an example of how APS models service plans and resources to enable upselling a customer from one plan to another. It positions APS as a solution for service providers to integrate multiple services through a common API and navigation structure within their platforms
This document provides an overview of key topics in service-oriented architecture (SOA) including:
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- Web services standards like SOAP, WSDL, and WS-BPEL allow services to be described and composed into workflows.
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Web 2.0 focuses on connecting people and making technology more efficient for people through social factors like user contributions and collaboration, in contrast to Web 1.0 which focused on connecting computers; it involves communities, social networks, user tagging and sharing, and platforms for user interaction like blogs, wikis, podcasts, and social bookmarking; technologies like Ajax, RSS, tags, and APIs enable new ways of interacting on the web that are more continuous, fluid, and responsive like desktop applications.
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3) Key SOA standards include SOAP for message exchange, WSDL for defining service interfaces and bindings, and WS-BPEL for defining service composition workflows.
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Developing a Service-oriented Architecture (SOA)- based Product Management Platform Under SaaS Model.
1. Developing a Service-oriented Architecture
(SOA)- based Product Management
Platform Under SaaS Model
KOUIS Amine
amine.kouis@gmail.com
http://aminekouis.com
June 22, 2017
4. SoftVision is a web platform based on SOA under
SAAS model consist of:
4
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Product
Management
module
Contact
Management
module
Inventory
Management
module
6. 6
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Software as a service is a software licensing and delivery
model in which software is licensed on a subscription basis
and is centrally hosted. It is sometimes referred to as "on-
demand software". SaaS is typically accessed by users
using a thin client via a web browser.
7. 7
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
• Accessible from anywhere
• Lower cost of entry
• Pay per use or subscription based payment methods
• Integration and scalability
• Faster implementation
Advantages of SAAS
8. 8
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Multi-tenant vs Single SAAS
10. 10
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
SOA is a set of principals and practices for modeling
enterprise business functions as services or micro services
which has following attributes.
• Standardized
• Loosely coupled
• Reusable
• Composable
• Stateless
• Abstract
11. 11
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
The essence of a SOA lies in Independent services interconnected by messages
12. 12
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
• Improved business agility
• Reduce IT complexity and rigidity
• Reduce costs / lead times / risk
• Incremental implementation
• New opportunities to deliver value
Advantages of SOA
13. 13
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
SOA Architecture
14. 14
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Fondamental Constructs of SOA
Increasing Levels of Abstraction
16. 16
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
REST is intended to evoke an image of how a well-designed
Web application behaves: a network of web pages where
the user progresses through an application by selecting
links, resulting in the next page being transferred to the
user and rendered for use.
17. 17
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
REST Architectural style
• Client-server, stateless, cache
• HTTP is transport; HTTP methods (get, put, post…)
are the only commands
• URI names are a resource
• Client has resource so has enough info to request
modification of the resource on server
• A cookie can encode part of transferred state
18. 18
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
REST with HTTP examples
HTTP PUT HTTP POST HTTP GET HTTP DELETE
Collection URI, such as http://example.com/customers/3/orders
Replace the entire
collection with
another collection
Create a new entry in
the collection. The ID
created is usually
included as part of the
data returned by this
operation.
List the members of
the collection,
complete with their
member URIs for
further navigation
Delete the entire
collection
20. Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
20
21. Solution 1
21
Solution 2
Group all generic and reusable
modules into a platform.
Develop a SOA platform that
exposes a RESTful API
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
22. 22
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
Solution 1
23. 23
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
Solution 2
24. 24
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
Balsamiq Mockups Enterprise Architect Trello
25. 25
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
26. 26
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
27. 27
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
28. 28
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
29. 29
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
30. 30
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
31. 31
Introduction
Software as a Service
Service Oriented Architectures
REST architectural
Context & Conclusion
Current architecture
Solutions
Technologies
Results
Monsieur le président, honorable jury, j’ai l’honneur d’être devant vous aujourd’hui et soumettre à votre appréciation le résultat de mon projet de fin d’études effectué au sein de MIT , intitulé «Etude et développement d’une plateforme de gestion d'entreprise SAAS basée sur SOA
». Le projet a été supervisé par M, RACHAD Taoufik (côté ENSIAS) et par M. Salim ELBOUANANI ( cote MIT ) et sera jugé par Mr X (président du jury) et par Y examinateur du rapport.
La société MIT a développé plusieurs applications SaaS (Software as a Service) basées principalement sur le Framework Symfony, et avec le temps et avec la multitude des projets développés, ils ont constaté que la plupart de ces projets contiennent des modules communs qui offrent les mêmes fonctionnalités, et qui prennent énormément du temps à redévelopper. Ce problème de redondance des modules a engendré une perte du temps, et des ressources, sachant que la société MIT connait un manque de la main d’œuvre (moyenne de de quatre développeurs).
Parmi ces modules répétitifs on trouve :
La société MIT a développé plusieurs applications SaaS (Software as a Service) basées principalement sur le Framework Symfony, et avec le temps et avec la multitude des projets développés, ils ont constaté que la plupart de ces projets contiennent des modules communs qui offrent les mêmes fonctionnalités, et qui prennent énormément du temps à redévelopper. Ce problème de redondance des modules a engendré une perte du temps, et des ressources, sachant que la société MIT connait un manque de la main d’œuvre (moyenne de de quatre développeurs).
Parmi ces modules répétitifs on trouve :
La société MIT a développé plusieurs applications SaaS (Software as a Service) basées principalement sur le Framework Symfony, et avec le temps et avec la multitude des projets développés, ils ont constaté que la plupart de ces projets contiennent des modules communs qui offrent les mêmes fonctionnalités, et qui prennent énormément du temps à redévelopper. Ce problème de redondance des modules a engendré une perte du temps, et des ressources, sachant que la société MIT connait un manque de la main d’œuvre (moyenne de de quatre développeurs).
Parmi ces modules répétitifs on trouve :
La société MIT a développé plusieurs applications SaaS (Software as a Service) basées principalement sur le Framework Symfony, et avec le temps et avec la multitude des projets développés, ils ont constaté que la plupart de ces projets contiennent des modules communs qui offrent les mêmes fonctionnalités, et qui prennent énormément du temps à redévelopper. Ce problème de redondance des modules a engendré une perte du temps, et des ressources, sachant que la société MIT connait un manque de la main d’œuvre (moyenne de de quatre développeurs).
Parmi ces modules répétitifs on trouve :
La société MIT a développé plusieurs applications SaaS (Software as a Service) basées principalement sur le Framework Symfony, et avec le temps et avec la multitude des projets développés, ils ont constaté que la plupart de ces projets contiennent des modules communs qui offrent les mêmes fonctionnalités, et qui prennent énormément du temps à redévelopper. Ce problème de redondance des modules a engendré une perte du temps, et des ressources, sachant que la société MIT connait un manque de la main d’œuvre (moyenne de de quatre développeurs).
Parmi ces modules répétitifs on trouve :
La société MIT a développé plusieurs applications SaaS (Software as a Service) basées principalement sur le Framework Symfony, et avec le temps et avec la multitude des projets développés, ils ont constaté que la plupart de ces projets contiennent des modules communs qui offrent les mêmes fonctionnalités, et qui prennent énormément du temps à redévelopper. Ce problème de redondance des modules a engendré une perte du temps, et des ressources, sachant que la société MIT connait un manque de la main d’œuvre (moyenne de de quatre développeurs).
Parmi ces modules répétitifs on trouve :
La société MIT a développé plusieurs applications SaaS (Software as a Service) basées principalement sur le Framework Symfony, et avec le temps et avec la multitude des projets développés, ils ont constaté que la plupart de ces projets contiennent des modules communs qui offrent les mêmes fonctionnalités, et qui prennent énormément du temps à redévelopper. Ce problème de redondance des modules a engendré une perte du temps, et des ressources, sachant que la société MIT connait un manque de la main d’œuvre (moyenne de de quatre développeurs).
Parmi ces modules répétitifs on trouve :
La société MIT a développé plusieurs applications SaaS (Software as a Service) basées principalement sur le Framework Symfony, et avec le temps et avec la multitude des projets développés, ils ont constaté que la plupart de ces projets contiennent des modules communs qui offrent les mêmes fonctionnalités, et qui prennent énormément du temps à redévelopper. Ce problème de redondance des modules a engendré une perte du temps, et des ressources, sachant que la société MIT connait un manque de la main d’œuvre (moyenne de de quatre développeurs).
Parmi ces modules répétitifs on trouve :
La société MIT a développé plusieurs applications SaaS (Software as a Service) basées principalement sur le Framework Symfony, et avec le temps et avec la multitude des projets développés, ils ont constaté que la plupart de ces projets contiennent des modules communs qui offrent les mêmes fonctionnalités, et qui prennent énormément du temps à redévelopper. Ce problème de redondance des modules a engendré une perte du temps, et des ressources, sachant que la société MIT connait un manque de la main d’œuvre (moyenne de de quatre développeurs).
Parmi ces modules répétitifs on trouve :
La société MIT a développé plusieurs applications SaaS (Software as a Service) basées principalement sur le Framework Symfony, et avec le temps et avec la multitude des projets développés, ils ont constaté que la plupart de ces projets contiennent des modules communs qui offrent les mêmes fonctionnalités, et qui prennent énormément du temps à redévelopper. Ce problème de redondance des modules a engendré une perte du temps, et des ressources, sachant que la société MIT connait un manque de la main d’œuvre (moyenne de de quatre développeurs).
Parmi ces modules répétitifs on trouve :
La société MIT a développé plusieurs applications SaaS (Software as a Service) basées principalement sur le Framework Symfony, et avec le temps et avec la multitude des projets développés, ils ont constaté que la plupart de ces projets contiennent des modules communs qui offrent les mêmes fonctionnalités, et qui prennent énormément du temps à redévelopper. Ce problème de redondance des modules a engendré une perte du temps, et des ressources, sachant que la société MIT connait un manque de la main d’œuvre (moyenne de de quatre développeurs).
Parmi ces modules répétitifs on trouve :
à titre d’exemple trois projets SaaS que MIT a déjà développé qui sont des applications SaaS, parmi leurs modules, on trouve six qui sont similaires et qui sont redéveloppés trois fois. De plus, chacun de ces projets a sa propre BD isolée des autres, et une organisation peut s’abonner dans les 3 applications, ce qui est un travail de plus à l’administrateur pour la dupliquer dans les trois bases de données, ainsi qu’il doit accéder à l’administration de chaque projet pour gérer les abonnés et générer leurs factures.
Modules génériques
Remédier aux probleme de la duplication des données => BD partagée
Les incovénients : intégrer les modules, base de donnée partagée