Hybrid Integration is the concept of federated on-premises and cloud-based integration combined with the improved interoperability of existing and new middleware silos of application, business-to-business (B2B), business process management (BPM), business events, business rules, and data integration.
This document contains a presentation by Rupesh Sinha from Whishworks Ltd about an architecture solution presented to ABC, a UK-based luxury mobile device manufacturer. ABC wants to build an integration solution to unlock internal data for use on their website and mobile apps via APIs, and to accept and process orders from various sources through their internal systems. The presentation discusses MuleSoft's Anypoint Platform as a solution, showing how it can provide a centralized integration platform to connect various systems and create APIs to share data across ABC's applications and systems.
The document discusses microservice architecture, including concepts, benefits, principles, and challenges. Microservices are an architectural style that structures an application as a collection of small, independent services that communicate with each other, often using RESTful API's. The approach aims to overcome limitations of monolithic architectures like scalability and allow for independent deployments. The key principles include organizing services around business domains, automating processes, and designing services to be independently deployable.
Anypoint platform architecture and componentsD.Rajesh Kumar
The document provides an overview of the Anypoint platform architecture and its components. The platform offers tools for designing, building, and managing APIs, applications, and products across their entire lifecycle. The core runtime engine is Mule, which combines data and application integration. The platform includes design tools, management interfaces, connectors, marketplaces, and platform services to enable integration across systems.
This presentation discusses Mule ESB and how to simplify integration. It briefly mentions a brief history of integration, information silos, SOA. It also highlights several integration patterns.
MuleSoft Offerings by BasilRoot Technologiesjakobm
BasilRoot Technologies is an IT services company specializing in application integration using MuleSoft technology. They have successfully completed over 10 Mule projects for enterprise clients in various industries. The document provides details on BasilRoot's UK representative, core team, capabilities, expertise in MuleSoft and other integration technologies, delivery models, and client references.
Top Trends in Application Architecture That Enable.pdfMantoshKumarSingh7
This document summarizes a Gartner presentation on application architecture trends that enable digital business transformation. It discusses modern application architecture approaches like MASA (Mesh App and Service Architecture), API platforms, and event processing. It recommends adopting these approaches to support agile development, multiexperience applications, and real-time decision making. Specifically, it suggests appointing a leader to build architectural competency, developing a transformation roadmap, modeling capabilities, and taking a continuous modernization approach to prioritize rearchitecting critical systems.
NetCracker's Resource Inventory provides a centralized repository that consolidates all physical and logical network resource data. It captures a comprehensive view of the network infrastructure, topology, and relationships between components. This consolidated resource data can then be used across various back-office systems to more efficiently plan, design, fulfill and assure services. Resource Inventory also includes tools for location and number management, asset management, and visualization of the network through reports. It offers a flexible, technology-neutral approach to integrate current and future network resources and devices into a single inventory.
This document contains a presentation by Rupesh Sinha from Whishworks Ltd about an architecture solution presented to ABC, a UK-based luxury mobile device manufacturer. ABC wants to build an integration solution to unlock internal data for use on their website and mobile apps via APIs, and to accept and process orders from various sources through their internal systems. The presentation discusses MuleSoft's Anypoint Platform as a solution, showing how it can provide a centralized integration platform to connect various systems and create APIs to share data across ABC's applications and systems.
The document discusses microservice architecture, including concepts, benefits, principles, and challenges. Microservices are an architectural style that structures an application as a collection of small, independent services that communicate with each other, often using RESTful API's. The approach aims to overcome limitations of monolithic architectures like scalability and allow for independent deployments. The key principles include organizing services around business domains, automating processes, and designing services to be independently deployable.
Anypoint platform architecture and componentsD.Rajesh Kumar
The document provides an overview of the Anypoint platform architecture and its components. The platform offers tools for designing, building, and managing APIs, applications, and products across their entire lifecycle. The core runtime engine is Mule, which combines data and application integration. The platform includes design tools, management interfaces, connectors, marketplaces, and platform services to enable integration across systems.
This presentation discusses Mule ESB and how to simplify integration. It briefly mentions a brief history of integration, information silos, SOA. It also highlights several integration patterns.
MuleSoft Offerings by BasilRoot Technologiesjakobm
BasilRoot Technologies is an IT services company specializing in application integration using MuleSoft technology. They have successfully completed over 10 Mule projects for enterprise clients in various industries. The document provides details on BasilRoot's UK representative, core team, capabilities, expertise in MuleSoft and other integration technologies, delivery models, and client references.
Top Trends in Application Architecture That Enable.pdfMantoshKumarSingh7
This document summarizes a Gartner presentation on application architecture trends that enable digital business transformation. It discusses modern application architecture approaches like MASA (Mesh App and Service Architecture), API platforms, and event processing. It recommends adopting these approaches to support agile development, multiexperience applications, and real-time decision making. Specifically, it suggests appointing a leader to build architectural competency, developing a transformation roadmap, modeling capabilities, and taking a continuous modernization approach to prioritize rearchitecting critical systems.
NetCracker's Resource Inventory provides a centralized repository that consolidates all physical and logical network resource data. It captures a comprehensive view of the network infrastructure, topology, and relationships between components. This consolidated resource data can then be used across various back-office systems to more efficiently plan, design, fulfill and assure services. Resource Inventory also includes tools for location and number management, asset management, and visualization of the network through reports. It offers a flexible, technology-neutral approach to integrate current and future network resources and devices into a single inventory.
M2M Integration Platform as a Service iPaaSEurotech
Everyware Cloud M2M iPaaS - M2M Integration Platform as a Service
Integrating the Device World (of Things) and the World of Enterprise IT with a M2M Application Enablement Platform
SCS 4120 - Software Engineering IV
BACHELOR OF SCIENCE HONOURS IN COMPUTER SCIENCE
BACHELOR OF SCIENCE HONOURS IN SOFTWARE ENGINEERING
All in One Place Lecture Notes
Distribution Among Friends Only
All copyrights belong to their respective owners
Viraj Brian Wijesuriya
vbw@ucsc.cmb.ac.lk
$15M Series B led by
Accel Partners
November 2016
Tray.io: $9M Series A led by
Charles River Ventures
September 2016
Built.io: $15M Series B led by
New Enterprise Associates
Connectivity via pre-built connectors
iPaaS solutions provide pre-built connectors to popular SaaS applications like Salesforce,
Marketo, Adobe Marketing Cloud and Microsoft Dynamics. These connectors enable “drag-
and-drop” integration between applications without extensive coding. Many iPaaS vendors
also offer APIs and SDKs to build custom connectors for niche or legacy systems. The goal is
to provide “out-of-the-box” connectivity to
Description of a Smart City Platform, what is the offering of FIWARE in terms of the Smart City Platform with general concepts about the standards used and a complete architecture of services. The relationship of Smart Cities and Cloud for deployment of solutions, with the specific case of the FIWARE Lab. This is our OpenStack environment free for use for the FIWARE Ecosystem to deploy Infrastructure as a Service (IaaS) to test the "Powered by FIWARE" solutions.
Overview - ESBs and IBM Integration BusJuarez Junior
This document provides an overview of enterprise service buses (ESBs) and IBM Integration Bus (IIB). It defines what an ESB is and its main purposes, such as acting as a message broker and performing transformations between services. It also describes IIB specifically, noting it is IBM's product for integration and that it includes components like the integration server, bus web interface, and toolkit. Finally, it mentions there will be a demonstration of the integration console, toolkit, web interface, basic commands, and debugging using the toolkit.
This document discusses enterprise service buses (ESBs). It begins with definitions of ESBs from various technology providers. It then covers the evolution of integration approaches from point-to-point to hub-based to message-oriented middleware to ESBs. The core capabilities of ESBs are described, including routing, transformation, protocol conversion, orchestration, transaction management and quality of service. Common ESB components like mediators, service registries and choreographers are outlined. Examples of implementing mediation flows and processes in various ESB platforms are provided. The document concludes with a discussion of trends in ESBs including mobile, cloud, security and adoption of new standards.
Enterprise Application Integration TechnologiesPeter R. Egli
Overview of Enterprise Application Integration Technologies.
Enterprise Application Integration, or EAI in short, aims at integrating different applications into an IT application landscape. Traditionally, EAI was understood as using the same communication infrastructure by all applications without service-orientation in mind. This meant that the benefits of a shared infrastructure were limited while driving up costs through additional integration platforms.
Service Oriented Architectures (SOA) brought a new paradigm by decomposing applications into reusable and shareable services. Service orientation requires careful design of services. A hierarchic scheme of services may help to define a suitable service decomposition.
While SOA is technically based on big web service technologies, namely SOAP, WSDL and BPEL, WOA or Web Oriented Architecture stands for the lightweight service paradigm. WOA makes use of REST-based technologies like JSON and HTTP.
In many cases, an Enterprise Service Bus (ESB) is used as an infrastructure element to achieve the technical integration of the services. The ESB core functions like message routing, filtering and transformation provide the mediation services required to integrate heterogeneous application landscapes.
Integration Patterns and Anti-Patterns for Microservices ArchitecturesApcera
Integration Patterns and Anti-Patterns for Microservices Architectures
David Williams
Co-Founder and Partner, Williams Garcia
You can learn more about NATS at http://www.nats.io
This document provides an introduction to microservices. It begins by outlining the challenges of monolithic architecture such as long build/release cycles and difficulty scaling. It then introduces microservices as a way to decompose monolithic applications into independently deployable services. Key benefits of microservices include improved agility, scalability, and innovation. The document discusses microservice design principles like communicating over APIs, using the right tools for each service, securing services, and being a good citizen in the ecosystem. It provides examples of how to implement a restaurant microservice using AWS services like API Gateway, Lambda, DynamoDB and containers.
This document summarizes a presentation on cloud native applications architectures. It discusses the differences between legacy apps and cloud native apps, including their architectures, development approaches, and pace of deployment. It then covers key aspects of cloud native applications like microservices architecture and DevOps. The presentation compares different cloud approaches in terms of their financial efficiency. Finally, it discusses options for moving applications to the cloud.
Choosing the right development platform may not be as obvious as it seems.
Low code application platforms accelerate app delivery by dramatically reducing the amount of hand coding required. Faster delivery is the primary benefit of these application platforms; they also help firms respond more quickly to customer feedback after initial software releases.
While to benefits are clear - this does not mean they are always the best choice for your business. Equally, it should not always be an either/or choice between one platform or another.
These slides describe some of the things to consider when choosing a development platform. Please get in touch if you would like an unbiased discussion on how to choose the best platform for your needs.
MuleSoft's Approach to Driving Customer Outcomes MuleSoft
MuleSoft's approach to driving customer outcomes centers around three pillars: business outcomes, technology delivery, and organizational enablement. They provide six paths for customers to focus on along with playbooks for each path. The goal is to establish a foundation, build to scale, plan for success, and measure impact. MuleSoft offers services like Catalyst Launch to help customers deploy Anypoint Platform, implement initial use cases, build a Center for Enablement, and develop dashboards and KPIs. They work closely with customers to ensure success through customized delivery approaches, offerings, and engagement styles.
Oracle Service Bus vs. Oracle Enterprise Service Bus vs. BPELGuido Schmutz
The document discusses Oracle Service Bus, Oracle Enterprise Service Bus, and BPEL, describing when each should be used. It provides an overview of the components of the Oracle SOA Suite and how ESB and BPEL fit into the architecture. Basic services are well-suited for the ESB, composite services can use BPEL or the ESB, and process services are best implemented with BPEL and BPMN. The Oracle Enterprise Service Bus will become the Mediator service engine in SOA Suite 11g, while the Oracle Service Bus remains the primary ESB.
This document provides an overview and agenda for a MuleSoft Meetup event in São Paulo on managing APIs with MuleSoft. The meetup will include introductions, a sponsor presentation from Cognizant, a discussion of API gateway concepts, a demo, and questions. It will provide a safe space for attendees to learn and share integration experiences. The goal is to discuss topics key to successful application integration on MuleSoft's Anypoint Platform. Networking time will conclude the event.
The introduction covers the following
1. What are Microservices and why should be use this paradigm?
2. 12 factor apps and how Microservices make it easier to create them
3. Characteristics of Microservices
Note: Please download the slides to view animations.
Architecting an Enterprise API Management StrategyWSO2
The document discusses strategies for architecting an enterprise API management strategy. It covers factors to consider like whether to treat APIs as a product or tactic. It also discusses API management components like the API publisher and store. The document outlines reference architectures like using API management within an orthogonal toolset. It provides examples of API management for use cases like within a telecommunications ecosystem.
In this session, you will learn how MuleSoft customers can establish a pragmatic C4E to accelerate delivery, but then leverage platform insights to drive continuous quality into your API ecosystem and your organization
Speaker: Steve Clarke
Facilitator: Angel Alberici
5:42 Introduction
11:18 Part 1 – A pragmatic way of C4E delivery
1. Quick refresh on what a C4E is and its role in API delivery
2. Core capabilities to focus on in C4E Launch
3. Key outcomes you can look for at launch and beyond
33:36 Part 2 – Metrics Insight
1. Planning your delivery of a Metrics solution
2. Identifying key KPI’s to measure
3. How those KPI’s tie back to C4E and API Delivery Maturity
4. Delivering your solution
5. Monitoring, Measuring, Feedback
46:50 Part 3 – Bringing it together
57:18 Summary
59:40 Q & A
📝 Slides and recordings 🎥 : https://meetups.mulesoft.com/events/details/mulesoft-online-group-english-presents-pko-driving-value-into-your-api-delivery-through-c4e-and-platform-metrics/
👤 Watch all meetups here: https://meetups.mulesoft.com/online-group-english/
📝 Read all slide decks here: https://www.slideshare.net/AngelAlberici
The document discusses the Digital Trust Framework (DTF), which will use the TMForum's Open Digital Architecture (ODA) as a foundation. The DTF is being developed for 4IR environments and will provide a blueprint for modular, cloud-based, open digital platforms that can be orchestrated using AI. It will integrate ODA with other frameworks to ensure an overall digital trust approach for continuously evolving systems.
How API Enablement Drives Legacy ModernizationMuleSoft
For many organizations, legacy systems’ integration challenges have increased costs and slowed innovation. Learn how Infosys and MuleSoft partner to address these challenges through API enablement - accelerating project delivery speed while reducing costs through pre-fabricated frameworks and solutions.
Building Microservices with the 12 Factor App Pattern on AWSAmazon Web Services
by Chris Hein, Partner Solutions Architect, AWS
Microservices architectures make applications easier to scale and faster to develop, enabling innovation and accelerating time-to-market for new features. But building containerized microservices across multiple teams means you need well-defined, guiding methodologies for software design and implementation. In this talk we’ll discuss architectural best practices for building containerized microservices on AWS, and how traditional software design patterns evolve in the context of containers. We will deep-dive into Martin Fowler’s principles of microservices and map them to the twelve-factor app pattern and real-life considerations. If you are building or in the process of building microservices on AWS, don’t miss this session.
Meeting Mobile and BYOD Security ChallengesSymantec
This white paper is written for enterprise executives who wish to understand what digital certificates are and why they are invaluable for mobile and Bring Your Own Device (BYOD) security on wired and wireless networks. The paper also illustrates the benefits of adopting Symantec Managed PKI Service and provides real-world use cases.
No matter what size of company you’re at, you probably have a work phone. It might not have been given to you by your company, but you use it for work in one way or another. That means there is company data on your phone. Why do companies need a solution that secures the apps rather than the device – so employees can have the freedom and flexibility they need to get their work done.
M2M Integration Platform as a Service iPaaSEurotech
Everyware Cloud M2M iPaaS - M2M Integration Platform as a Service
Integrating the Device World (of Things) and the World of Enterprise IT with a M2M Application Enablement Platform
SCS 4120 - Software Engineering IV
BACHELOR OF SCIENCE HONOURS IN COMPUTER SCIENCE
BACHELOR OF SCIENCE HONOURS IN SOFTWARE ENGINEERING
All in One Place Lecture Notes
Distribution Among Friends Only
All copyrights belong to their respective owners
Viraj Brian Wijesuriya
vbw@ucsc.cmb.ac.lk
$15M Series B led by
Accel Partners
November 2016
Tray.io: $9M Series A led by
Charles River Ventures
September 2016
Built.io: $15M Series B led by
New Enterprise Associates
Connectivity via pre-built connectors
iPaaS solutions provide pre-built connectors to popular SaaS applications like Salesforce,
Marketo, Adobe Marketing Cloud and Microsoft Dynamics. These connectors enable “drag-
and-drop” integration between applications without extensive coding. Many iPaaS vendors
also offer APIs and SDKs to build custom connectors for niche or legacy systems. The goal is
to provide “out-of-the-box” connectivity to
Description of a Smart City Platform, what is the offering of FIWARE in terms of the Smart City Platform with general concepts about the standards used and a complete architecture of services. The relationship of Smart Cities and Cloud for deployment of solutions, with the specific case of the FIWARE Lab. This is our OpenStack environment free for use for the FIWARE Ecosystem to deploy Infrastructure as a Service (IaaS) to test the "Powered by FIWARE" solutions.
Overview - ESBs and IBM Integration BusJuarez Junior
This document provides an overview of enterprise service buses (ESBs) and IBM Integration Bus (IIB). It defines what an ESB is and its main purposes, such as acting as a message broker and performing transformations between services. It also describes IIB specifically, noting it is IBM's product for integration and that it includes components like the integration server, bus web interface, and toolkit. Finally, it mentions there will be a demonstration of the integration console, toolkit, web interface, basic commands, and debugging using the toolkit.
This document discusses enterprise service buses (ESBs). It begins with definitions of ESBs from various technology providers. It then covers the evolution of integration approaches from point-to-point to hub-based to message-oriented middleware to ESBs. The core capabilities of ESBs are described, including routing, transformation, protocol conversion, orchestration, transaction management and quality of service. Common ESB components like mediators, service registries and choreographers are outlined. Examples of implementing mediation flows and processes in various ESB platforms are provided. The document concludes with a discussion of trends in ESBs including mobile, cloud, security and adoption of new standards.
Enterprise Application Integration TechnologiesPeter R. Egli
Overview of Enterprise Application Integration Technologies.
Enterprise Application Integration, or EAI in short, aims at integrating different applications into an IT application landscape. Traditionally, EAI was understood as using the same communication infrastructure by all applications without service-orientation in mind. This meant that the benefits of a shared infrastructure were limited while driving up costs through additional integration platforms.
Service Oriented Architectures (SOA) brought a new paradigm by decomposing applications into reusable and shareable services. Service orientation requires careful design of services. A hierarchic scheme of services may help to define a suitable service decomposition.
While SOA is technically based on big web service technologies, namely SOAP, WSDL and BPEL, WOA or Web Oriented Architecture stands for the lightweight service paradigm. WOA makes use of REST-based technologies like JSON and HTTP.
In many cases, an Enterprise Service Bus (ESB) is used as an infrastructure element to achieve the technical integration of the services. The ESB core functions like message routing, filtering and transformation provide the mediation services required to integrate heterogeneous application landscapes.
Integration Patterns and Anti-Patterns for Microservices ArchitecturesApcera
Integration Patterns and Anti-Patterns for Microservices Architectures
David Williams
Co-Founder and Partner, Williams Garcia
You can learn more about NATS at http://www.nats.io
This document provides an introduction to microservices. It begins by outlining the challenges of monolithic architecture such as long build/release cycles and difficulty scaling. It then introduces microservices as a way to decompose monolithic applications into independently deployable services. Key benefits of microservices include improved agility, scalability, and innovation. The document discusses microservice design principles like communicating over APIs, using the right tools for each service, securing services, and being a good citizen in the ecosystem. It provides examples of how to implement a restaurant microservice using AWS services like API Gateway, Lambda, DynamoDB and containers.
This document summarizes a presentation on cloud native applications architectures. It discusses the differences between legacy apps and cloud native apps, including their architectures, development approaches, and pace of deployment. It then covers key aspects of cloud native applications like microservices architecture and DevOps. The presentation compares different cloud approaches in terms of their financial efficiency. Finally, it discusses options for moving applications to the cloud.
Choosing the right development platform may not be as obvious as it seems.
Low code application platforms accelerate app delivery by dramatically reducing the amount of hand coding required. Faster delivery is the primary benefit of these application platforms; they also help firms respond more quickly to customer feedback after initial software releases.
While to benefits are clear - this does not mean they are always the best choice for your business. Equally, it should not always be an either/or choice between one platform or another.
These slides describe some of the things to consider when choosing a development platform. Please get in touch if you would like an unbiased discussion on how to choose the best platform for your needs.
MuleSoft's Approach to Driving Customer Outcomes MuleSoft
MuleSoft's approach to driving customer outcomes centers around three pillars: business outcomes, technology delivery, and organizational enablement. They provide six paths for customers to focus on along with playbooks for each path. The goal is to establish a foundation, build to scale, plan for success, and measure impact. MuleSoft offers services like Catalyst Launch to help customers deploy Anypoint Platform, implement initial use cases, build a Center for Enablement, and develop dashboards and KPIs. They work closely with customers to ensure success through customized delivery approaches, offerings, and engagement styles.
Oracle Service Bus vs. Oracle Enterprise Service Bus vs. BPELGuido Schmutz
The document discusses Oracle Service Bus, Oracle Enterprise Service Bus, and BPEL, describing when each should be used. It provides an overview of the components of the Oracle SOA Suite and how ESB and BPEL fit into the architecture. Basic services are well-suited for the ESB, composite services can use BPEL or the ESB, and process services are best implemented with BPEL and BPMN. The Oracle Enterprise Service Bus will become the Mediator service engine in SOA Suite 11g, while the Oracle Service Bus remains the primary ESB.
This document provides an overview and agenda for a MuleSoft Meetup event in São Paulo on managing APIs with MuleSoft. The meetup will include introductions, a sponsor presentation from Cognizant, a discussion of API gateway concepts, a demo, and questions. It will provide a safe space for attendees to learn and share integration experiences. The goal is to discuss topics key to successful application integration on MuleSoft's Anypoint Platform. Networking time will conclude the event.
The introduction covers the following
1. What are Microservices and why should be use this paradigm?
2. 12 factor apps and how Microservices make it easier to create them
3. Characteristics of Microservices
Note: Please download the slides to view animations.
Architecting an Enterprise API Management StrategyWSO2
The document discusses strategies for architecting an enterprise API management strategy. It covers factors to consider like whether to treat APIs as a product or tactic. It also discusses API management components like the API publisher and store. The document outlines reference architectures like using API management within an orthogonal toolset. It provides examples of API management for use cases like within a telecommunications ecosystem.
In this session, you will learn how MuleSoft customers can establish a pragmatic C4E to accelerate delivery, but then leverage platform insights to drive continuous quality into your API ecosystem and your organization
Speaker: Steve Clarke
Facilitator: Angel Alberici
5:42 Introduction
11:18 Part 1 – A pragmatic way of C4E delivery
1. Quick refresh on what a C4E is and its role in API delivery
2. Core capabilities to focus on in C4E Launch
3. Key outcomes you can look for at launch and beyond
33:36 Part 2 – Metrics Insight
1. Planning your delivery of a Metrics solution
2. Identifying key KPI’s to measure
3. How those KPI’s tie back to C4E and API Delivery Maturity
4. Delivering your solution
5. Monitoring, Measuring, Feedback
46:50 Part 3 – Bringing it together
57:18 Summary
59:40 Q & A
📝 Slides and recordings 🎥 : https://meetups.mulesoft.com/events/details/mulesoft-online-group-english-presents-pko-driving-value-into-your-api-delivery-through-c4e-and-platform-metrics/
👤 Watch all meetups here: https://meetups.mulesoft.com/online-group-english/
📝 Read all slide decks here: https://www.slideshare.net/AngelAlberici
The document discusses the Digital Trust Framework (DTF), which will use the TMForum's Open Digital Architecture (ODA) as a foundation. The DTF is being developed for 4IR environments and will provide a blueprint for modular, cloud-based, open digital platforms that can be orchestrated using AI. It will integrate ODA with other frameworks to ensure an overall digital trust approach for continuously evolving systems.
How API Enablement Drives Legacy ModernizationMuleSoft
For many organizations, legacy systems’ integration challenges have increased costs and slowed innovation. Learn how Infosys and MuleSoft partner to address these challenges through API enablement - accelerating project delivery speed while reducing costs through pre-fabricated frameworks and solutions.
Building Microservices with the 12 Factor App Pattern on AWSAmazon Web Services
by Chris Hein, Partner Solutions Architect, AWS
Microservices architectures make applications easier to scale and faster to develop, enabling innovation and accelerating time-to-market for new features. But building containerized microservices across multiple teams means you need well-defined, guiding methodologies for software design and implementation. In this talk we’ll discuss architectural best practices for building containerized microservices on AWS, and how traditional software design patterns evolve in the context of containers. We will deep-dive into Martin Fowler’s principles of microservices and map them to the twelve-factor app pattern and real-life considerations. If you are building or in the process of building microservices on AWS, don’t miss this session.
Meeting Mobile and BYOD Security ChallengesSymantec
This white paper is written for enterprise executives who wish to understand what digital certificates are and why they are invaluable for mobile and Bring Your Own Device (BYOD) security on wired and wireless networks. The paper also illustrates the benefits of adopting Symantec Managed PKI Service and provides real-world use cases.
No matter what size of company you’re at, you probably have a work phone. It might not have been given to you by your company, but you use it for work in one way or another. That means there is company data on your phone. Why do companies need a solution that secures the apps rather than the device – so employees can have the freedom and flexibility they need to get their work done.
Digital certificates and information securityDevam Shah
Digital certificates ensures secure transactions over internet. This presentation is about information security and secure online transactions through digital certificates.
Courtesy: www.ifour-consultancy.com
The practical Application of knowledge especially in a particular area, a manner of accomplishing a task especially using Technical processes, methods, or knowledge . The specialized aspects of a particular field of endeavor are called technology.
Enterprise mobility strategy involves managing both managed and unmanaged devices and data. It focuses on 5 key areas: device/user management, app/data protection, threat protection, expense management, and enterprise/cloud integration. Symantec's solution provides comprehensive enterprise mobility management through mobile device management, mobile security, and integration with other Symantec technologies to enable secure access and protect apps and data across managed and unmanaged devices.
Digital Certificates and Secure Web Accessbluntm64
Digital certificates provide a more robust way to authenticate users to websites than usernames and passwords. With certificates, users need both the certificate and a password to access a site, increasing security. Passwords are never sent over the web, and administrators do not have access to user passwords. Certificates also allow users to digitally sign documents and access multiple sites with a single identity. Implementing certificates involves obtaining certificates from a certificate authority and configuring web servers and applications to support certificate-based authentication.
The document describes a proposed architecture for an engineering support system to better integrate existing systems and provide a unified portal. The key goals are to improve customer service, enhance engineering team efficiency, and integrate systems like Jira, SugarCRM, and others. The proposed architecture uses a centralized WSO2 identity server, unified portal, and WSO2 ESB for loose coupling. This allows new systems to easily integrate, a unified data view, high availability, and other benefits.
Digital certificates certify the identity of individuals, institutions, or devices seeking access to information online. They are issued by a Certification Authority which verifies the identity of the certificate holder and embeds their public key and information into the certificate. Digital certificates allow for secure online transactions by providing identity verification, non-repudiation of transactions, encryption of communications, and single sign-on access to systems. They are commonly used in applications that require authentication and encryption like SSL, S/MIME, SET, and IPSec.
This document provides an overview of enterprise application integration (EAI), including definitions, objectives, components, advantages, and examples. EAI involves integrating independently developed applications that may use different technologies. It has become a priority for many companies and is expected to be a $50 billion market by 2001. Key components of EAI solutions include business rule/logic modules, data acquisition interfaces/adapters, development tools, message brokers, and system control/management tools. Examples demonstrate how EAI can integrate e-commerce sites with legacy systems to share order and customer data.
This document discusses different integration architectures: point-to-point, hub-and-spoke, distributed, and service-oriented. It notes the advantages and disadvantages of each. Hub-and-spoke was an early formal integration technology but does not scale well. Distributed integration addresses scalability by distributing work across multiple agents. Service-oriented architecture uses loosely coupled web services. The document discusses how enterprise service buses have become the standard for creating service-oriented architectures, noting their core features and benefits like scalability, ease of expansion, and support for incremental adoption.
This document discusses how retailers can leverage an Enterprise Service Bus (ESB) for competitive advantage. It describes the challenges retailers face with numerous integration points and an ever-changing environment. An ESB provides a standardized way to connect disparate applications and helps reduce costs associated with changes to partners, software, and regulations. Specific benefits for retailers include facilitating integration across stores, distribution centers, and partners; enabling new mobile apps; improving in-store operations; and supporting cross-channel opportunities and regulatory changes.
This document provides an introduction to Enterprise Service Buses (ESBs). It discusses how ESBs evolved from earlier integration approaches like Message-Oriented Middleware and Service-Oriented Architecture. The document defines an ESB as an open standards, message-based integration infrastructure that provides routing, mediation and invocation services. It describes typical ESB features like invocation capabilities and messaging support using standards like JMS. The document uses examples to illustrate how an ESB can interconnect different services and applications in a service-oriented manner.
An Enterprise Service Bus (ESB) is an architecture that integrates different applications by putting a communication bus between them, allowing each application to communicate without dependency on other systems. This decouples systems and moves away from point-to-point integration, which becomes difficult to manage over time. The core concepts of an ESB include using a messaging server as the "bus" to decouple applications, representing data on the bus in a canonical format like XML, and using adapters between applications and the bus to transform data formats and handle tasks like routing and security. When choosing an ESB platform, considerations include lightweight footprint, modular design for customization, and ability to host business logic and publish services rather than just medi
SOA is an approach to software design based on modularizing business logic and functions as loosely coupled services. An ESB is a distributed infrastructure that provides foundational services like message routing and transformation to enable complex architectures. While an ESB does not implement an SOA itself, it provides key features to build an SOA. ESBs should be standards-based and flexible to support different transport mediums.
An ESB is an architecture that integrates applications together over a communication bus. It decouples systems so they can communicate without dependencies on each other. This is preferable to point-to-point integration which becomes difficult to manage over time. Key principles of an ESB architecture include using a messaging server like JMS as the bus, representing data in a canonical XML format, and using adapters to translate between applications and the bus. An ESB provides orchestration, transformation, and transportation between systems. Choosing a lightweight ESB like Mule provides modularity, fast deployment, and the ability to host services and business logic without separate products.
Enterprise Service Bus Features and Advantages.docxcirek63365
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The document discusses choosing the right enterprise service bus (ESB) for integration. It defines an ESB as a software product that assists with application integration by providing infrastructure for routing, translation, and other integration facilities. The document compares ESBs, integration frameworks, and integration suites. It then provides brief overviews of popular ESB tools, including Oracle Service Bus, Mule ESB, Fuse ESB, Talend ESB, and WSO2 ESB. It concludes by noting that choosing an ESB requires deciding between open source versus proprietary options and whether the full features of a suite are needed.
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Legacy modernization, cloud orchestration, api publishingkumar gaurav
Mulesoft can be used for legacy modernization, cloud orchestration, API publishing and more. It provides an integration platform that covers different use cases through application orchestration, REST/web services APIs, and an enterprise service bus. Mulesoft also offers Mule iON, a cloud-based integration platform as a service that helps connect different cloud applications and prevent data silos.
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Intech has successfully implemented the
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Getting started with Enterprise Application Integration (EAI) using Enterprise Service Bus (ESB)
1. Getting started with Enterprise Application Integration (EAI)
using Enterprise Service Bus (ESB)
Solution Architect (Oracle Applications)
6th March 2015
Md. Samiuzzaman Khan (Tamim)
Tiger IT Bangladesh Limited
2. Agenda
What is EAI ?
What is ESB ?
Why ESB required in EAI?
Core Function of ESB
ESB Architecture
Implementation of Oracle Service Bu
3. Enterprise Application Integration (EAI)
Enterprise Application Integration (EAI) allows for the unrestricted sharing of data and
business processes among any connected heterogeneous applications.
Different form of Integration
A2A (Application to Application)
B2B (Business-to-Business)
B2C (Business-to-Consumer)
C2B (Consumer-to-Business)
C2C (Consumer-to-Consumer)
5. Point to Point Architecture
Hub and Spoke Architecture
Distributed Integration Architecture or Peer to Peer Architecture
Service Oriented Architecture
Integration Approach
6. Point to Point
The original architecture used to support systems integration
Advantages :
Point to point solutions are often fast and efficient
The efficiency is derived from applications being tightly coupled
Disadvantages :
Complexity increases as applications increase resulting in high maintenance cost
Lack of flexibility
Tightly coupled nature makes it difficult to manage
7. Hub and Spoke
The earliest formal integration technology. Works on the principle that all information coming from the applications had
to be processed within a single machine or server called a “hub”
Advantages :
Less complex than Point to Point.
Preferred architecture for achieving an easily
controlled and managed environment in medium
sized integration project.
Disadvantages :
Too much processing taking place in central hub.
Lack of standards
Most of the solutions are proprietary hence expensive
As the number and complexity of processes increase, performance can suffer and hubs
become difficult to manage, maintain and extend
Pure Hub and Spoke implementations do not scale well. One solution is to create a
federated architecture
8. Distributed Integration Architecture
One solution to the Hub and Spoke scalability issue is to perform message translation,
routing, splitting and combing closer to the source and target systems by using smaller
computers known as “agents”. Agent computers are connected to just one system and
reduce the processing load on that system. Also known as Peer to Peer architecture.
Advantages :
Distributed work load
Gain in processing efficiency
Ability to scale well
Disadvantages :
Early attempts at Distributed Architecture would work only where the internal and
external facilities operated under the same distributed technology (CORBA, COM, JMI).
Not so effective where Line Of Business involves mergers and acquisition.
9. Service Oriented Architecture
Service Oriented Architecture is essentially an enhanced version of Distributed Architecture that uses
loosely coupled software services to support the requirements of business processes and software
users.
Advantages :
Web services as the communication standard.
Loosely coupled, granular
Interoperability
Efficiency – Because of Reusable nature
Scalable
Reliable
Secure
Maintainable
ESB has become the accepted standard for the creation of an organizations Service oriented
architecture.
10. ESB – The Next Step in EAI
• ESB - An attempt to move away from problems caused by brokered hub and
spoke EAI approach.
• Bus architecture lessens the burden of functionality placed on the single hub
by distributing the integration tasks to other part of the networks.
• The granular loosely coupled components can be grouped in various
configurations to handle different integration scenario. Can be hosted
anywhere within the infrastructure or duplicated for scalability.
• Componentize necessary functionalities like security, transaction processing,
error handling
11. Core ESB features
There are a number of different ESB products available on the market today. Some, such as WebSphere
Message Broker or TIBCO Business Works, are traditional EAI products that have been re-factored to
offer ESB-like functionality, but still function in a broker-like manner.
Core features
Location transparency
Transformation – usable formats for all consumers
Protocol conversion – Accept all protocols for consumption
Routing – determine appropriate end consumer based on preconfigured rules or dynamic created
requests.
Monitoring/Administration
Security – ESB security involves tow main components
Ensure secure handing of messages
Ensure secure transport of messages
12. Core ESB features
Connecting Anything to Anything
Transports: HTTP, HTTPS, POP, IMAP, SMTP, JMS, AMQP, FIX, TCP, UDP, FTPS, SFTP, SMS
Formats & protocols: JSON, XML, SOAP 1.1, SOAP 1.2, WS-*, HTML, EDI, HL7
Routing, Mediation & Transformation
Routing: Header based, content based, rule-based and priority-based routing
Mediation: EIPs (including scatter/gather, message filters, recipient list, dead-letter channels, guaranteed delivery and message enrichment),
database integration, event publishing, logging & auditing, validation
Transformation: XSLT 1.0/2.0, XPath, XQuery, Smooks
Message, Service, API & Security Gateway
Expose existing applications & services over different protocols & message formats
Virtualize services for loose coupling & SOA governance
Load balancing for scalability and fail-over for high availability of business endpoints
Create service facades for legacy / non-standard services
Enforce and manage security centrally, including authentication, authorization & entitlement
Policy enforcement and governance via Policy Governance Registry
Expose services & applications via RESTful APIs with key management
Logging, audit and SLA monitoring, KPI monitoring
WS-Security, LDAP, Kerberos, OpenID, SAML, XACML
SSL tunneling and SSL profiles support for inbound and outbound scenarios
CRL/OCSP Certificate revocation verification
14. ESB Key Components
Message Oriented Middleware (MOM)
• Robust, reliable transport
• Efficient movement of data across abstract data channels
• End-to-end reliability
Service Container and Abstract Endpoints
• Endpoints
• Logical abstraction, representing remote services in various implementations
• Container
• The physical manifestation of the endpoints
• Distributed and lightweight
Intelligent routing
• Message routing based on content and context
• Message routing based on business process rules
• Business process orchestration based on a rules language such BPEL4WS
15. Advantages of ESB
Lightweight: because an ESB is made up of many interoperating services, rather than a single hub that contains every
possible service, ESBs can be as heavy or light as an organization needs them to be, making them the most efficient
integration solution available.
Easy to expand: If an organization knows that they will need to connect additional applications or systems to their
architecture in the future, an ESB allows them to integrate their systems right away, instead of worrying about whether or
not a new system will not work with their existing infrastructure. When the new application is ready, all they need to do to
get it working with the rest of their infrastructure is hook it up to the bus.
Scalable and Distributable: Unlike broker architectures, ESB functionality can easily be dispersed across a
geographically distributed network as needed. Additionally, because individual components are used to offer each feature,
it is much simpler and cost-effective to ensure high availability and scalability for critical parts of the architecture when
using an ESB solution.
SOA-Friendly: ESBs are built with Service Oriented Architecture in mind. This means that an organization seeking to
migrate towards an SOA can do so incrementally, continuing to use their existing systems while plugging in re-usable
services as they implement them.
Incremental Adoption: At first glance, the number of features offered by the best ESBs can seem intimidating. However,
it's best to think of the ESB as an integration "platform", of which you only need to use the components that meet your
current integration needs. The large number of modular components offers unrivaled flexibility that allows incremental
adoption of an integration architecture as the resources become available, while guaranteeing that unexpected needs in the
future will not prevent ROI.
15
16. Hybrid Integration
“Hybrid Integration is the concept of federated on-premises and cloud-based
integration combined with the improved interoperability of existing and new
middleware silos of application, business-to-business (B2B), business process
management (BPM), business events, business rules, and data integration.
Key capabilities of hybrid integration platforms include metadata life-cycle
management and runtime interoperability, which help CIOs orchestrate a well-
governed but also rapidly changing agile integration platform from multiple
integration products.”
-Forrester
17. Enterprise Service Bus (ESB)
Enterprise Service Bus (ESB) is an integration infrastructure used to implement an
EAI. The role of the ESB is to decouple client applications from services.
SOA is an architectural approach or set of principals where we expose and encapsulate
“services” and it does not prescribe any technical mechanism or implementation on the
other hand ESB is a technical implementation that aids in delivering a SOA.
18. The ESB Story
App App App App
App App App App
Integration any which way
App AppApp
App App App App
App
Integration though
Interfaces
App
App
App App
AppApp
App App
ESB
Integration though ESB
29. #1: ESB is just a new name for EAI.
ESBs provide general-purpose SOA
infrastructure that can be used for many
applications, including EAI.
30. #2: ESBs compete with J2EE application
servers.
ESBs complement app servers in an
Enterprise SOA environment, by offering
service mediation, intelligent routing,
distributed communication and service
management.
31. #3: I don’t need an ESB if I’m using Web
services.
ESBs make it practical to deploy an
Enterprise SOA through increased
reliability, security and scalability in
addition to post-deployment flexibility
and service management.
32. #4: An ESB is simply an abstract concept
or design pattern.
An ESB provides a specific set of
capabilities, brought together in a
coherent, unified service-oriented
architecture.
33. #5: ESBs are simply message-oriented
middleware with a new marketing spin.
In addition to their messaging layer, ESBs
contain a full distributed services
architecture, with the ability to host,
configure, mediate, orchestrate and
manage services.
34. #6: ESBs will be obsolete once BPEL and
the WS-* standards are complete.
BPEL and the WS-* standards will
further interoperability between ESBs
and application platforms, but do not
remove the need for service mediation,
routing and management.
35. #7: Microsoft is building an ESB with
their “Indigo” project.
Indigo will make it easier to build
message-driven applications in .NET but
doesn’t appear to include the configurable
intermediaries, dynamic distributed
deployment or management capabilities
found in an ESB.
36. #8: An ESB container can be
implemented using an EJB container.
ESBs require service containers that are
lightweight, dynamically configurable and
support event-driven services.
37. #9: ESBs offer yet another proprietary
middleware stack.
ESBs are based on XML and Web
services standards, and ESB vendors are
implementing and contributing to the
next generation of standards for further
interoperability and openness.
38. #10: ESBs are only useful for
departmental applications.
Hundreds of ESBs have been deployed
around the world for mission-critical
enterprise and B2B systems.
39. ESB Product in the Market
Commercial
Oracle Enterprise Service Bus (BEA Logic)
known as Oracle Service Bus
SAP Process Integration
Adeptia ESB Suite
IBM Integration Bus and IBM WebSphere
ESB
Microsoft BizTalk Server
Windows Azure Service Bus
Red Hat JBoss Fuse, originally Fuse ESB from
IONA Technologies (later acquired by
Progress Software)
Mule ESB (Enterprise Edition)
Open-source
Apache Camel
Apache ServiceMix
Apache Synapse
JBoss ESB
NetKernel
Petals ESB
Spring Integration
Open ESB
WSO2 ESB
Mule ESB (Community Edition)
UltraESB
Red Hat Fuse ESB (based on Apache Camel)
Talend
40. Oracle Service Bus (OSB)
Oracle Service Bus transforms
complex and brittle architectures into
agile integration networks by
connecting, virtualizing, and
managing interactions between
services and applications. Oracle
Service Bus delivers low-cost,
standards-based integration for
mission critical SOA environments
where extreme performance,
scalability and reliability are critical
requirements.