Key features of Using Service Discovery and Service Proxy:
*Automated registration of microservices
*Find microservices by logical name
*Supports broad multiple APIs including Eureka
The document summarizes IBM Bluemix, which allows users to quickly connect to the cloud. Bluemix offers a dashboard, catalog of services, documentation, runtimes, and templates. It is powered by MessageSight technology and stores data in Historian. Bluemix supports the MQTT protocol and includes tools for quickstarts, registering devices, and troubleshooting. Examples were provided of using Bluemix and IoT Foundation for connected vehicles and boat racing applications.
This document provides information about IBM's Relay 2015 event and IBM Cloud Platform Services. It discusses how the role of the cloud is maturing into an environment for innovation and business value. It also summarizes IBM's approach to hybrid cloud, which provides a single, seamless experience across public, dedicated, and local clouds. Key services and capabilities are highlighted, including IBM Cloud Foundry, IBM Cloud Integration Services, and the IBM Bluemix administration console.
David Cass discusses the role of security and how best practices can be used to accelerate cloud adoption and success.
Learn more by visiting our Bluemix Hybrid page: http://ibm.co/1PKN23h
Speaker: David Cass (Vice President, Cloud and SaaS CISO)
Cloud is not a piece of technology. Cloud is an experience, an SLA and an API. In this session, Tim, Jeff and Jesse will discuss new ways of delivering cloud as-a-service, but within the enterprise data center.
Learn more by visiting our Bluemix Hybrid page: http://ibm.co/1PKN23h
Speakers:
Damion Heredia (VP of Product Management and Design IBM Bluemix and Marketplace)
Tim Vanderham (VP Cloud Platform Services Development, IBM)
Jeff Brent (Technical Product Manager - IBM Cloud)
Jesse Proudman (CTO, Blue Box)
The document describes IBM Bluemix, a cloud platform for building, running, and managing applications. Bluemix provides flexibility with public, dedicated, and local deployment options. It utilizes open technologies like Cloud Foundry, Docker, and OpenStack. Developers can build apps using services for web, data, mobile, analytics, IoT and more. Bluemix supports multiple languages and frameworks. Its hybrid model allows apps to span platforms for improved portability and management.
Every day, 50,000 flights take off, transit and land safely within US airspace. NASA Aeronautics is behind many of the technology concepts that make this possible. With drones proliferating and traffic volume rising rapidly, NASA needs a way to stay ahead of the curve. In this session, you will learn how IBM Bluemix quickens NASA's pace in air traffic management research, and hear three lessons learned from a recent NASA project using Bluemix Mobile and Bluemix Data Analytics.
Developing for Hybrid Cloud with BluemixRoberto Pozzi
This document discusses two ways to integrate an IBM i program with a Bluemix application using REST services. The first way uses WebSphere Application Server Liberty Profile to expose a REST service that calls the IBM i program. The second way uses Cast Iron Live to expose an API that calls a REST service behind the firewall, which is then consumed by a Cloud Integration Service in Bluemix. Both options allow developers to integrate existing IBM i assets with new applications in Bluemix.
Hybrid Cloud with IBM Bluemix, Docker and Open Stackgjuljo
IBM Bluemix is not just a PaaS any longer: by including Docker and Open Stack, IBM Bluemix is the Digital Innovation Platform for an Hybrid Cloud that seamless embraces both IaaS and PaaS.
The document summarizes IBM Bluemix, which allows users to quickly connect to the cloud. Bluemix offers a dashboard, catalog of services, documentation, runtimes, and templates. It is powered by MessageSight technology and stores data in Historian. Bluemix supports the MQTT protocol and includes tools for quickstarts, registering devices, and troubleshooting. Examples were provided of using Bluemix and IoT Foundation for connected vehicles and boat racing applications.
This document provides information about IBM's Relay 2015 event and IBM Cloud Platform Services. It discusses how the role of the cloud is maturing into an environment for innovation and business value. It also summarizes IBM's approach to hybrid cloud, which provides a single, seamless experience across public, dedicated, and local clouds. Key services and capabilities are highlighted, including IBM Cloud Foundry, IBM Cloud Integration Services, and the IBM Bluemix administration console.
David Cass discusses the role of security and how best practices can be used to accelerate cloud adoption and success.
Learn more by visiting our Bluemix Hybrid page: http://ibm.co/1PKN23h
Speaker: David Cass (Vice President, Cloud and SaaS CISO)
Cloud is not a piece of technology. Cloud is an experience, an SLA and an API. In this session, Tim, Jeff and Jesse will discuss new ways of delivering cloud as-a-service, but within the enterprise data center.
Learn more by visiting our Bluemix Hybrid page: http://ibm.co/1PKN23h
Speakers:
Damion Heredia (VP of Product Management and Design IBM Bluemix and Marketplace)
Tim Vanderham (VP Cloud Platform Services Development, IBM)
Jeff Brent (Technical Product Manager - IBM Cloud)
Jesse Proudman (CTO, Blue Box)
The document describes IBM Bluemix, a cloud platform for building, running, and managing applications. Bluemix provides flexibility with public, dedicated, and local deployment options. It utilizes open technologies like Cloud Foundry, Docker, and OpenStack. Developers can build apps using services for web, data, mobile, analytics, IoT and more. Bluemix supports multiple languages and frameworks. Its hybrid model allows apps to span platforms for improved portability and management.
Every day, 50,000 flights take off, transit and land safely within US airspace. NASA Aeronautics is behind many of the technology concepts that make this possible. With drones proliferating and traffic volume rising rapidly, NASA needs a way to stay ahead of the curve. In this session, you will learn how IBM Bluemix quickens NASA's pace in air traffic management research, and hear three lessons learned from a recent NASA project using Bluemix Mobile and Bluemix Data Analytics.
Developing for Hybrid Cloud with BluemixRoberto Pozzi
This document discusses two ways to integrate an IBM i program with a Bluemix application using REST services. The first way uses WebSphere Application Server Liberty Profile to expose a REST service that calls the IBM i program. The second way uses Cast Iron Live to expose an API that calls a REST service behind the firewall, which is then consumed by a Cloud Integration Service in Bluemix. Both options allow developers to integrate existing IBM i assets with new applications in Bluemix.
Hybrid Cloud with IBM Bluemix, Docker and Open Stackgjuljo
IBM Bluemix is not just a PaaS any longer: by including Docker and Open Stack, IBM Bluemix is the Digital Innovation Platform for an Hybrid Cloud that seamless embraces both IaaS and PaaS.
Bluemix is IBM's cloud platform that allows developers to build, deploy, and manage applications across public, private, and hybrid cloud environments. It provides tools for continuous delivery, application services, and infrastructure services to help developers focus on differentiating their applications. A new capability called Bluemix Local will deliver the Bluemix platform as a managed service within customers' own data centers, providing cloud agility while maintaining security and control over sensitive workloads.
This document provides an overview of Linux on z Systems and IBM's efforts to enable the Linux on z Systems open source ecosystem. It discusses IBM's work porting popular open source software to run on Linux on z Systems, including languages, databases, messaging, and cloud infrastructure packages. It also outlines plans to provide tools and resources to help developers access Linux on z Systems hardware and obtain ported packages. The goal is to simplify and encourage open source software development for the Linux on z Systems platform.
Bluemix overview - UK WebSphere Integration User GroupJon Marshall
- Bluemix is an open-standard, cloud-based platform for building, managing, and running applications of all types. It provides developers with services, tools, runtimes and APIs to build, deploy and manage applications on the cloud.
- Bluemix can be delivered as a public cloud, dedicated private cloud, or on-premises implementation. It provides flexibility in deployment options and runtime environments including containers and virtual machines.
- Bluemix offers a catalog of services covering web, data, mobile, analytics, cognitive, IoT and other domains to extend application functionality alongside integration and DevOps tools.
IBM Bluemix Dedicated – GitHub EnterpriseIBM DevOps
The document discusses IBM Bluemix Dedicated - GitHub Enterprise, a new managed service that provides GitHub Enterprise in a dedicated, secure environment hosted on IBM's Bluemix Dedicated cloud platform. GitHub Enterprise allows for collaborative development through secure code repositories and integration with over 150 Bluemix services. The service is the first to offer GitHub Enterprise in a fully managed, dedicated cloud environment and provides benefits like facilitating agile development, security, backups and upgrades managed by IBM.
IBM Relay 2015: Cloud is All About the Customer IBM
Debuting new research data, Forrester's John Rymer discusses the rapid growth of "customer-centric" workloads in the cloud and the challenges many organizations have faced with private cloud.
Learn more by visiting our Bluemix Hybrid page: http://ibm.co/1PKN23h
Speaker: John Rymer (Analyst, Forrester)
Bluemix presentation IBM Cloud Briefing in San JoseSergio Loza
IBM Bluemix is a cloud platform that allows users to build, run, and manage applications. It provides tools and services like containers, data services, APIs, and more to help developers rapidly build and deploy applications. Bluemix supports both agile development methods and DevOps practices to enable continuous delivery. It also offers hybrid deployment options and layered security features to meet enterprise needs.
This document provides an overview of an IBM Bluemix hands-on workshop. It includes:
1. An introduction to IBM Bluemix, including its key features and benefits.
2. An outline of the workshop modules which cover topics such as deploying applications, DevOps services, adding services, and containers.
3. Information about prerequisites for the workshop including an IBM Bluemix account and the Cloud Foundry CLI.
This document provides an overview of IBM Bluemix, a cloud platform for building, running, and managing applications. It discusses key Bluemix concepts like regions, spaces, and foundational elements. It also covers the various options available for developing applications on Bluemix, including using the command line interface, Eclipse plugin, manifest files, and environment variables. The document promotes Bluemix's capabilities for rapid application development and deployment through simplification, flexibility, and DevOps services.
A nice overview of IBM BlueMix - How it can be used, benefits for the user and how to sign up and use for FREE
Bluemix is an implementation of IBM's Open Cloud Architecture, leveraging Cloud Foundry to enable developers to rapidly build, deploy, and manage their cloud applications, while tapping a growing ecosystem of available services and runtime frameworks
This document provides an overview of BlueMix DevOps Services. It begins by stating that BlueMix DevOps Services is a fully hosted, cloud-based software development tool to enable quicker startup and time to value. It then introduces IBM BlueMix DevOps Services, highlighting that it promotes incremental and frictionless adoption of DevOps services for BlueMix. The document outlines some key DevOps Services like GIT hosting, mobile quality, an integrated development environment, agile planning and tracking, performance monitoring, and deployment automation. It provides steps to get started with BlueMix DevOps Services in minutes and notes that agile development in the cloud is easy with built-in agile process support, work items to track planning, agile tools,
IBM Bluemix is a cloud platform that allows developers to quickly setup and deploy applications. It uses containers and Kubernetes to provide an isolated runtime environment for applications. Developers can use the Bluemix command line interface to interact with the platform, deploying code with a single command. The platform handles configuration, builds applications using buildpacks, and runs them across a scalable container infrastructure.
Deploy apps on ibm bluemix docker day vietnam 2015hai260288
IBM Bluemix is a Platform as a Service that allows developers to quickly deploy scalable apps. It provides flexibility through multiple compute options including Cloud Foundry, Docker containers, and virtual machines. Developers can choose from a catalog of services to extend their app's functionality and integrate apps through API management capabilities. Bluemix offers dev tooling, deployment options in public, dedicated, and local environments, and runtimes to deploy apps in minutes rather than weeks.
The document summarizes a meetup organized by IBM France Lab on October 15th, 2014. It included presentations on Bluemix platform overview, the MARS project for monitoring mobile app usage, and a service presentation from Simplicité Software. The agenda covered an introduction to Bluemix, its benefits over customer-managed infrastructure, how it works with Cloud Foundry and services, why developers use it, and how to run, create, and monitor apps on the platform.
This slide deck was originally used for a Lightning Talk on integrating MongoDB into a Cloud Foundry application at MongoDB World 2015. It contains an overview of Cloud Foundry, as well as an explanation of where the MongoDB service fits into the technology stack.
DevOps within the Hybrid Cloud Deploying to the VMware Platform on the IBM CloudMichael Elder
This document discusses deploying VMware workloads to the IBM Cloud platform using VMware on IBM Cloud. Key points include:
- IBM Cloud allows customers to easily move existing VMware workloads from on-premises data centers to IBM Cloud on a common platform.
- IBM Validated Design simplifies deployment of VMware Cloud Foundation on IBM Cloud infrastructure consisting of bare metal servers, VMware software, and automated lifecycle management.
- The partnership between IBM and VMware enables customers to achieve a consistent management and security model across their hybrid cloud with familiar VMware tools.
IBM BlueMix Architecture and Deep Dive (Powered by CloudFoundry) Animesh Singh
meetup.com/Bluemix
meetup.com/CloudFoundry/
In this meetup, we discussed the architecture and demonstrated IBM BlueMix, public Platform-as-a-Service offering based on Cloud Foundry
Continuous Delivery on IBM Bluemix: Manage Cloud Native Services with Cloud N...Michael Elder
Development teams want to move quickly. Operations teams want to move forward with effective risk management. How do you balance these concerns? With IBM Continuous Delivery for Bluemix, developers are empowered to deliver changes at cloud speed, while release managers can establish policies that ensure compliance with standards. Promotions can be automated all the way to production while enforcing team policies around test coverage and automated test success. And of course, environment inventories are always just a click away. In this talk, you’ll learn how to enable your enterprise teams to deliver like a startup, without violating corporate regulations like separation of duties.
How do you deliver your applications to the cloud?Michael Elder
Cloud, Docker, Bluemix, and DevOps. You feel the pressure of a hyper-competitive marketplace, and you want to win. Your goal is to deliver apps to that make your users happy and excited about your brand and products, but how do you do that? In this talk, we'll provide a technical briefing for how you can use a DevOps-enabled toolchain to deliver your apps with speed and reliability to the cloud platform of your choice. We'll review how UrbanCode Deploy can deliver your applications to OpenStack, IBM SoftLayer, Amazon, and VMWare with a consistent and portable Infrastructure-as-a-Service approach; or how you can use Containers and Cloud Foundry for app tiers that change potentially many times a day. We’ll also focus in on some exciting new capabilities on our roadmap around Toolchains, Pipelines, Insights, and Releases.
Come take a look and ask your questions, and hopefully come away with a game plan to improve your delivery process today.
IBM BlueMix Presentation - Paris Meetup 17th Sept. 2014IBM France Lab
Bluemix is an open-standard, cloud-based platform for
building, managing, and running applications of all types
(web, mobile, big data, new smart devices, and so on).
Learn more about a new IBM RTP Cloud Foundry Dojo through this quick deck. See why you should be working with IBM and Cloud Foundry at your nearest Dojo. #IBMDojo
Modern apps and services are leveraging data to change the way we engage with users in a more personalized way. Skyla Loomis talks big data, analytics, NoSQL, SQL and how IBM Cloud is open for data.
Learn more by visiting our Bluemix Hybrid page: http://ibm.co/1PKN23h
Bluemix is IBM's cloud platform that allows developers to build, deploy, and manage applications across public, private, and hybrid cloud environments. It provides tools for continuous delivery, application services, and infrastructure services to help developers focus on differentiating their applications. A new capability called Bluemix Local will deliver the Bluemix platform as a managed service within customers' own data centers, providing cloud agility while maintaining security and control over sensitive workloads.
This document provides an overview of Linux on z Systems and IBM's efforts to enable the Linux on z Systems open source ecosystem. It discusses IBM's work porting popular open source software to run on Linux on z Systems, including languages, databases, messaging, and cloud infrastructure packages. It also outlines plans to provide tools and resources to help developers access Linux on z Systems hardware and obtain ported packages. The goal is to simplify and encourage open source software development for the Linux on z Systems platform.
Bluemix overview - UK WebSphere Integration User GroupJon Marshall
- Bluemix is an open-standard, cloud-based platform for building, managing, and running applications of all types. It provides developers with services, tools, runtimes and APIs to build, deploy and manage applications on the cloud.
- Bluemix can be delivered as a public cloud, dedicated private cloud, or on-premises implementation. It provides flexibility in deployment options and runtime environments including containers and virtual machines.
- Bluemix offers a catalog of services covering web, data, mobile, analytics, cognitive, IoT and other domains to extend application functionality alongside integration and DevOps tools.
IBM Bluemix Dedicated – GitHub EnterpriseIBM DevOps
The document discusses IBM Bluemix Dedicated - GitHub Enterprise, a new managed service that provides GitHub Enterprise in a dedicated, secure environment hosted on IBM's Bluemix Dedicated cloud platform. GitHub Enterprise allows for collaborative development through secure code repositories and integration with over 150 Bluemix services. The service is the first to offer GitHub Enterprise in a fully managed, dedicated cloud environment and provides benefits like facilitating agile development, security, backups and upgrades managed by IBM.
IBM Relay 2015: Cloud is All About the Customer IBM
Debuting new research data, Forrester's John Rymer discusses the rapid growth of "customer-centric" workloads in the cloud and the challenges many organizations have faced with private cloud.
Learn more by visiting our Bluemix Hybrid page: http://ibm.co/1PKN23h
Speaker: John Rymer (Analyst, Forrester)
Bluemix presentation IBM Cloud Briefing in San JoseSergio Loza
IBM Bluemix is a cloud platform that allows users to build, run, and manage applications. It provides tools and services like containers, data services, APIs, and more to help developers rapidly build and deploy applications. Bluemix supports both agile development methods and DevOps practices to enable continuous delivery. It also offers hybrid deployment options and layered security features to meet enterprise needs.
This document provides an overview of an IBM Bluemix hands-on workshop. It includes:
1. An introduction to IBM Bluemix, including its key features and benefits.
2. An outline of the workshop modules which cover topics such as deploying applications, DevOps services, adding services, and containers.
3. Information about prerequisites for the workshop including an IBM Bluemix account and the Cloud Foundry CLI.
This document provides an overview of IBM Bluemix, a cloud platform for building, running, and managing applications. It discusses key Bluemix concepts like regions, spaces, and foundational elements. It also covers the various options available for developing applications on Bluemix, including using the command line interface, Eclipse plugin, manifest files, and environment variables. The document promotes Bluemix's capabilities for rapid application development and deployment through simplification, flexibility, and DevOps services.
A nice overview of IBM BlueMix - How it can be used, benefits for the user and how to sign up and use for FREE
Bluemix is an implementation of IBM's Open Cloud Architecture, leveraging Cloud Foundry to enable developers to rapidly build, deploy, and manage their cloud applications, while tapping a growing ecosystem of available services and runtime frameworks
This document provides an overview of BlueMix DevOps Services. It begins by stating that BlueMix DevOps Services is a fully hosted, cloud-based software development tool to enable quicker startup and time to value. It then introduces IBM BlueMix DevOps Services, highlighting that it promotes incremental and frictionless adoption of DevOps services for BlueMix. The document outlines some key DevOps Services like GIT hosting, mobile quality, an integrated development environment, agile planning and tracking, performance monitoring, and deployment automation. It provides steps to get started with BlueMix DevOps Services in minutes and notes that agile development in the cloud is easy with built-in agile process support, work items to track planning, agile tools,
IBM Bluemix is a cloud platform that allows developers to quickly setup and deploy applications. It uses containers and Kubernetes to provide an isolated runtime environment for applications. Developers can use the Bluemix command line interface to interact with the platform, deploying code with a single command. The platform handles configuration, builds applications using buildpacks, and runs them across a scalable container infrastructure.
Deploy apps on ibm bluemix docker day vietnam 2015hai260288
IBM Bluemix is a Platform as a Service that allows developers to quickly deploy scalable apps. It provides flexibility through multiple compute options including Cloud Foundry, Docker containers, and virtual machines. Developers can choose from a catalog of services to extend their app's functionality and integrate apps through API management capabilities. Bluemix offers dev tooling, deployment options in public, dedicated, and local environments, and runtimes to deploy apps in minutes rather than weeks.
The document summarizes a meetup organized by IBM France Lab on October 15th, 2014. It included presentations on Bluemix platform overview, the MARS project for monitoring mobile app usage, and a service presentation from Simplicité Software. The agenda covered an introduction to Bluemix, its benefits over customer-managed infrastructure, how it works with Cloud Foundry and services, why developers use it, and how to run, create, and monitor apps on the platform.
This slide deck was originally used for a Lightning Talk on integrating MongoDB into a Cloud Foundry application at MongoDB World 2015. It contains an overview of Cloud Foundry, as well as an explanation of where the MongoDB service fits into the technology stack.
DevOps within the Hybrid Cloud Deploying to the VMware Platform on the IBM CloudMichael Elder
This document discusses deploying VMware workloads to the IBM Cloud platform using VMware on IBM Cloud. Key points include:
- IBM Cloud allows customers to easily move existing VMware workloads from on-premises data centers to IBM Cloud on a common platform.
- IBM Validated Design simplifies deployment of VMware Cloud Foundation on IBM Cloud infrastructure consisting of bare metal servers, VMware software, and automated lifecycle management.
- The partnership between IBM and VMware enables customers to achieve a consistent management and security model across their hybrid cloud with familiar VMware tools.
IBM BlueMix Architecture and Deep Dive (Powered by CloudFoundry) Animesh Singh
meetup.com/Bluemix
meetup.com/CloudFoundry/
In this meetup, we discussed the architecture and demonstrated IBM BlueMix, public Platform-as-a-Service offering based on Cloud Foundry
Continuous Delivery on IBM Bluemix: Manage Cloud Native Services with Cloud N...Michael Elder
Development teams want to move quickly. Operations teams want to move forward with effective risk management. How do you balance these concerns? With IBM Continuous Delivery for Bluemix, developers are empowered to deliver changes at cloud speed, while release managers can establish policies that ensure compliance with standards. Promotions can be automated all the way to production while enforcing team policies around test coverage and automated test success. And of course, environment inventories are always just a click away. In this talk, you’ll learn how to enable your enterprise teams to deliver like a startup, without violating corporate regulations like separation of duties.
How do you deliver your applications to the cloud?Michael Elder
Cloud, Docker, Bluemix, and DevOps. You feel the pressure of a hyper-competitive marketplace, and you want to win. Your goal is to deliver apps to that make your users happy and excited about your brand and products, but how do you do that? In this talk, we'll provide a technical briefing for how you can use a DevOps-enabled toolchain to deliver your apps with speed and reliability to the cloud platform of your choice. We'll review how UrbanCode Deploy can deliver your applications to OpenStack, IBM SoftLayer, Amazon, and VMWare with a consistent and portable Infrastructure-as-a-Service approach; or how you can use Containers and Cloud Foundry for app tiers that change potentially many times a day. We’ll also focus in on some exciting new capabilities on our roadmap around Toolchains, Pipelines, Insights, and Releases.
Come take a look and ask your questions, and hopefully come away with a game plan to improve your delivery process today.
IBM BlueMix Presentation - Paris Meetup 17th Sept. 2014IBM France Lab
Bluemix is an open-standard, cloud-based platform for
building, managing, and running applications of all types
(web, mobile, big data, new smart devices, and so on).
Learn more about a new IBM RTP Cloud Foundry Dojo through this quick deck. See why you should be working with IBM and Cloud Foundry at your nearest Dojo. #IBMDojo
Modern apps and services are leveraging data to change the way we engage with users in a more personalized way. Skyla Loomis talks big data, analytics, NoSQL, SQL and how IBM Cloud is open for data.
Learn more by visiting our Bluemix Hybrid page: http://ibm.co/1PKN23h
IBM Relay 2015: New Data Sources, New Value. Watson, Weather and Beyond IBM
Watson is a cognitive computing system capable of answering questions posed in natural language, analyzing unstructured data, and providing data-driven insights and recommendations. The document discusses Watson application patterns for discovery, policy enforcement, decision support, and customer engagement. It also covers how Watson works using machine learning to understand language, analyze massive amounts of data from various sources, and provide confident answers or recommendations to users.
This document summarizes the results of a 2014 survey conducted by Wiley on researcher data sharing practices, attitudes, and motivations. Some key findings include: most researchers are sharing data, typically files under 10GB like CSV or text files stored locally; common barriers to sharing include concerns about work being scooped or misinterpreted, IP issues, and lack of time or resources; life scientists are most likely to share while social scientists and humanists share least; barriers vary by field and country. The document concludes that recognizing barriers is important to overcome, though some may require community support.
Key factors to enable a productive innovation through the use of Cloud technologies.
The role of a Platform as a Service to enable Hybrid Cloud and the API economy.
Presentation held @IBM Business Connect 2015
The document describes a node-based home alarm system created by Michael Dawson as a personal project. The system uses a Raspberry Pi along with various hardware components like 433 MHz sensors and webcams to interact with the physical world. It utilizes technologies like Node, Docker, MQTT and websockets to allow notifications and monitoring of the alarm system through a browser or SMS. The open source project is available on GitHub for others to deploy their own alarm systems for free using services like Bluemix.
End-to-end solution demonstration: From concept to delivery-Intel/IBMIBM_Info_Management
The document discusses a pilot program in Camden Council, London to install individual heat meters in 1,500 properties in block housing developments. This allows residents to be charged based on their actual heat usage rather than a fixed fee. Some residents have reduced usage by over 30% and overall savings of £195,000 and 16,000 tons of CO2 emissions are estimated annually. Hildebrand Technology provided the software and hosting to analyze the thousands of meter readings collected every 6 seconds using IBM Informix TimeSeries database software.
This document summarizes a presentation about using IBM Bluemix to connect to the cloud. Bluemix is a cloud platform that provides services, runtimes, and tools to build and deploy applications. It discusses several Bluemix services including Cloud Foundry, Docker containers, the IoT Foundation, and Node-RED. Real-world examples are presented that use Bluemix to build IoT and analytics solutions. The document provides an overview of developing and deploying applications on Bluemix and leveraging its services.
Hear Ryan Millay, IBM Cloudant software development manager, discuss what you need to consider when moving from world of relational databases to a NoSQL document store.
You'll learn about the key differences between relational databases and JSON document stores like Cloudant, as well as how to dodge the pitfalls of migrating from a relational database to NoSQL.
Mike Miller is the Co-Founder and Chief Scientist of Cloudant, a company that provides a globally distributed data layer for web applications. He has a background in machine learning, analysis, big data, and distributed systems. Cloudant was founded in 2009 by MIT data scientists and provides a hyper-scalable document database and analytics platform that runs across multiple data centers.
Mobile web apps shouldn't stop working when there's no network connection. Offline-enabled apps built using PouchDB can provide a better, faster user experience while potentially reducing battery and bandwidth usage.
Hear from Developer Advocate Glynn Bird to find out how to use the HTML5 Offline Application Cache, PouchDB, IBM Cloudant and Cordova/PhoneGap to develop fully-featured and cross-platform native apps and responsive mobile web apps that work just as well offline as they do online.
Offline-First Mobile Web Apps with PouchDB, IBM Cloudant, and IBM BluemixIBM
Bradley Holt gave a presentation on building offline-first mobile web apps using PouchDB, IBM Cloudant, and IBM Bluemix. He discussed how ubiquitous connectivity drives the need for offline capabilities due to unreliable networks. PouchDB allows creating and syncing databases locally on devices. Data can be synced bidirectionally between PouchDB and Cloudant. Hybrid mobile apps can be built with tools like Cordova, PhoneGap, and Ionic. The presentation provided code examples for key PouchDB functions like creating, querying, and replicating databases.
The document discusses security best practices for IBM Informix including:
1) Enabling role separation to restrict access and privileges for database administrators, application administrators, and backup administrators.
2) Configuring file permissions and ownership for key Informix directories and files to restrict access.
3) Enabling encrypted connections using SSL or other encryption mechanisms to protect data in transit.
4) Configuring firewalls, virtual private networks, and the sqlhosts file to control which clients and users can connect to the database server.
IBM Cloudant describe the geospatial tools used in their database-as-a-service offering (DBaaS). Based upon Apache CouchDB, the geospatial extensions used by IBM Cloudant rely on a number of well known open source libraries to provide geospatial indexing, query and projection support to Apache CouchDB. Discussion topics include:
- Overview of the architecture & tools
- Best practices for building geospatial apps with NoSQL doc stores
- Use cases for leveraging geospatial capabilities of a NoSQL doc store
Sistemas Integrados Multimodales: Santiago de Chile - Oscar VelasquezFagner Glinski
Este documento presenta una introducción al sistema de transporte público metropolitano de Santiago, Transantiago. Se describe brevemente la ciudad de Santiago y las deficiencias del sistema de transporte anterior que llevaron a la implementación de Transantiago. También se explica cómo el sistema ha requerido subsidios permanentes debido a los déficits financieros y cómo ha mejorado la calidad del servicio a través de años mediante la integración tarifaria, ampliación de la red y monitoreo constante. Finalmente, se introduce el proceso de rediseño de Transantiago para mejorar la
In the world of NoSQL, each database has its own strengths and weaknesses. Understanding which open source database is "the right tool for the job" is half the battle if you want to start building better applications quickly. IBM developer advocate Glynn Bird explores practical examples of how two popular NoSQL databases - the Cloudant JSON document store and the Redis in-memory key-value store - can be used together to create performant and scalable Web applications. It also includes real world use cases you can try today, for free, using the IBM Cloud Data Services suite of fully managed NoSQL databases-as-a-service.
Nathan Ford- Divination of the Defects (Graph-Based Defect Prediction through...NoSQLmatters
While metrics generated by static code analysis are well established as predictors of possible future defects, there is another untapped source of useful information, namely your source code revision history. This presentation will discuss converting this revision information into a graph representation, various defect prediction models and how to generate their related change metrics through graph traversal, as well as the potential applications and benefits of these graph enabled prediction models.
Our March 2, 2016 event featured Billy Beane, Executive Vice President of Baseball Operations at the Oakland As and Derek Schoettle, GM of Analytics Platform Services at IBM. Billy and Derek shared their experiences of how professional sports teams and businesses alike are gaining hidden insights and competitive advantages by using the latest data discovery techniques and platforms.
La Importancia de la Calidad en el Servicio de Transporte - Laura Ballesteros...Fagner Glinski
Este documento describe los esfuerzos de la Secretaría de Movilidad de la Ciudad de México para mejorar la calidad y satisfacción de los estándares en el servicio de transporte público. Se propone un plan de tres niveles - esquema de servicio, nivel de servicio y calidad de servicio - para definir normas claras. También se detallan varios proyectos de implementación como la modernización de centros de transferencia, la integración tarifaria y el monitoreo centralizado para mejorar la coordinación entre sistemas.
Microservices - Hitchhiker's guide to cloud native applicationsStijn Van Den Enden
Microservices are a true hype these days. Netflix, Amazon, eBay, … are all using microservices, but why? The idea is simple; split your application into multiple services which can evolve autonomously through time. The name suggests to keep these services small. Conceptually this seems not all that different from a classical Service Oriented Architecture (SOA). Nonetheless, microservices do offer a new perspective. A monolithic application is divided into a couple small services which can be independently developed, deployed and scaled. Flexibility is increased, but using this model also has some pitfalls.This session sheds a light on the microservices landscape; the key drivers for using the pattern, tooling to support development and maintenance, and the pros and cons that go with it. We’ll also introduce some key design principles that can be used in creating and modelling these modular enterprise applications.
HIA 1015 Speed the Development of Robust Integrations with IBM Integration Bu...Karen Broughton-Mabbitt
The document discusses testing capabilities for IBM Integration Bus (IIB) v10 and Rational Integration Tester. It provides an overview of the IIB v10 Flow Exerciser for testing message flows, transformations, and error handling. It then discusses Rational Integration Tester and how it can be used to implement stubs, create test suites, and enable continuous integration testing. The document concludes with a demo of these capabilities.
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http://www.meetup.com/Massachusetts-Microservices-Meetup/
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Explain about microservices characters and pattern. And also how to be good build microservices. And also additional the scale cube and CAP theory.
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The document discusses automating web service testing using the SoapUI NG Pro tool. It outlines an automated framework that was developed in SoapUI to help testing teams design, setup, and execute comprehensive tests for web services quickly and efficiently. The framework interacts with external data sources to import test data, pass it to XML-formatted requests, and process the responses. SoapUI allows for importing projects, executing requests, and viewing responses. Tests can validate functionality by sending XML requests and verifying responses. Load testing is also supported to validate performance under different scenarios.
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.
The document discusses microservice patterns for implementing microservices. It begins with an overview of pattern languages and how they can be applied to microservices. It then covers several common microservice patterns including service discovery, communication styles, deployment strategies, and reliability patterns like circuit breakers.
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2. Which barriers stand in the way of AI adoption.
3. How data quality and governance form the backbone of AI.
4. Organizational processes and structures that may inhibit effective AI adoption.
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Monitoring and Managing Anomaly Detection on OpenShift
Overview
Dive into the world of anomaly detection on edge devices with our comprehensive hands-on tutorial. This SlideShare presentation will guide you through the entire process, from data collection and model training to edge deployment and real-time monitoring. Perfect for those looking to implement robust anomaly detection systems on resource-constrained IoT/edge devices.
Key Topics Covered
1. Introduction to Anomaly Detection
- Understand the fundamentals of anomaly detection and its importance in identifying unusual behavior or failures in systems.
2. Understanding Edge (IoT)
- Learn about edge computing and IoT, and how they enable real-time data processing and decision-making at the source.
3. What is ArgoCD?
- Discover ArgoCD, a declarative, GitOps continuous delivery tool for Kubernetes, and its role in deploying applications on edge devices.
4. Deployment Using ArgoCD for Edge Devices
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5. Introduction to Apache Kafka and S3
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6. Viewing Kafka Messages in the Data Lake
- Learn how to view and analyze Kafka messages stored in a data lake for better insights.
7. What is Prometheus?
- Get to know Prometheus, an open-source monitoring and alerting toolkit, and its application in monitoring edge devices.
8. Monitoring Application Metrics with Prometheus
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9. What is Camel K?
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10. Configuring Camel K Integrations for Data Pipelines
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11. What is a Jupyter Notebook?
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12. Jupyter Notebooks with Code Examples
- Hands-on examples and code snippets in Jupyter Notebooks to help you implement and test anomaly detection models.
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Skybuffer SAM4U tool for SAP license adoptionTatiana Kojar
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Beginning with the foundational definition, Das clarifies the pivotal role of OS as system software orchestrating hardware resources, software applications, and user interactions. Through succinct descriptions, he delineates the diverse types of OS, from single-user, single-task environments like early MS-DOS iterations, to multi-user, multi-tasking systems exemplified by modern Linux distributions.
Crucial components like the kernel and shell are dissected, highlighting their indispensable functions in resource management and user interface interaction. Das elucidates how the kernel acts as the central nervous system, orchestrating process scheduling, memory allocation, and device management. Meanwhile, the shell serves as the gateway for user commands, bridging the gap between human input and machine execution. 💻
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2. 2
Monolithic application Microservices
Scaling Scaling
Moving from Monolithic Applications to Microservices
Microservices:
are an architecture style, in which
large complex software applications
are composed of one or more services
can be deployed independently of
one another and are loosely coupled
should be small and focused on
completing a single task
typically communicate through
language-neutral APIs like an
Hypertext Transfer Protocol (HTTP)-
based resource API using REST
3. Benefits of Microservices for Developers
• Enables you to avoid working on large code bases
• Easier to maintain or add to features
• Use existing skills, or the most optimal language
• Improves deployment and load times in your development tools
• Makes debugging easier
• Enables teams to work more independently of each other
• Simplifies tracking code dependencies
• Enables complete ownership by a self-contained single team, from
definition through development, deployment, operations, and sunseting
• Makes it easier to address performance bottlenecks
3
4. Service Discovery, Service Proxy and Microservices
4
• Service Discovery enables developers to easily
register and find instances of their microservices
Service
Proxy
Service
Proxy
Service
Proxy
Rules
Service
Proxy
Rules
Service
Discovery
Service
Discovery
Client codeClient code
Service
A
Service
A
Service
B
Service
B
Service CService C
Service Registration
Heartbeats
Requests
Locate
service
Rules
to apply
Call requested
services using
rules
• Service Proxy automatically balances workloads
across instances to improve performance
Together, these two services provide essential capabilities for
creating and using microservices
5. A Simple Microservices example
5
Maureen
DevOps Pro
Maureen has an online store
application with a front end that
generates a web UI, and a backend that
checks the inventory to see if items are
out of stock.
Her original design was a single
monolithic application but she has
decided to redesign it with a
microservices based architecture to
improve scalability, reliability, and
business agility. She’s going to
split her app into three services –
WebUI, Inventory and Database.
Monolithic
WebUI + Inventory +
Database
WebUI
Inventory
Before: Monolithic app After: Using microservices
Database
6. Service Discovery – Automates Service Registration
6
Let’s assume Maureen’s new architecture is
container based so each instance of a service will
be run in a container.
A key task in transitioning to a microservices
architecture is to register each instance of a
service.
Service Discovery automatically
-Registers each instance of a service
-Makes it easy to find instances of services once
registered
-Periodically checks the health of each service
Inventory
Helper Script:
Register
(“Inventory
Instance 1”)
Helper Script:
Register
(“Inventory
Instance 2”)
Helper Script:
Register
(“Inventory
Instance 3”)
Service
Discovery
7. Service Discovery – Finding Instances Easily
7
Once instances of services are registered,
Service Discovery makes it easy to find them.
Service Discovery provides a simple REST based
API to find instances by logical name.
Without Service Proxy, its up to the client code to
determine which instance from the list to call.
For example you could call the first instance
returned.
Web UI
Service
Discovery
Query(“Inventory”)
Response:
“Inventory Instance 1”,
“Inventory Instance 2”,
“Inventory Instance 3”
Web UI
Call “Inventory Instance 1”()
Inventory
1
2
1
2
Return response of
“Inventory Instance 1”()
8. Service Proxy – Microservices Load Balancing
8
Service Proxy automatically balances workload across active instances
Service Proxy calls Service Discovery under the covers and then performing basic load
balancing of instances through a round robin process without the client writing code.
Service Proxy also logs the performance of the microservices it proxies, allowing you to track
the performance of your microservices without the client writing code.
Web UI
Service
Proxy
CallProxy(“Inventory”) Service
Discovery
Query(“Inventory”)
Response:
“Inventory Instance 1”,
“Inventory Instance 2”,
“Inventory Instance 3”Inventory Call “Inventory Instance 2”()
based on round robin.
And log its processing time
Return response of
“Inventory Instance 2”()
1
2
1
2
9. Service Proxy – Making your solution more reliable
Service Proxy also lets Maureen improve the
quality of her app by making it easy to inject
delays and failures during testing without writing
code
Injecting delays will help Maureen simulate
performance bottlenecks
Injecting failures will help her test how well the
application recovers from various error situations
Web UI
If WW Inventory
request takes more
than 120 ms, switch to
Regional Inventory
instead
WW
Inventory
Regional
Inventory
Service
Proxy
Configure Proxy to Inject
delays to WW Inventory
to simulate WAN delays
Web UI
If Inventory is
not available,
use Local
Cache
InventoryService
Proxy
Configure Proxy to fail
some calls to Inventory
to simulate network
failure
Local
Cache
1
2
1
2
10. Service Proxy – Future Enhancement (Gremlin)
The initial public beta of Service Proxy will support two simple flavors of injection testing:
•Delays that are always injected through Proxy
•Failures that are randomly injected based through Proxy on a percentage (25% of the time,
50% of the time, etc…)
IBM Research has created a testing framework (Gremlin) that supports scripted orderly
testing via a recipe, and beyond beta we wish to extend Service Proxy to support integration
with this.
This will provide the capability to script specific failures for orderly resiliency testing that
helps clients to:
•Create repeatable sophisticated test cases via Gremlin recipes for delays, failures, and
scrambled communication across multiple microservices
•Separate synthetic testing load for testing instances from real user traffic running on
production instances
11. • Maureen:
– I just deployed a new version of the “WebUI” service. I want to make sure my
service can tolerate failures of other services and the environment.
• Release manager:
– I want to make sure each service is resilient to failures before a new version
release
11
Gremlin - simple use case
12. Inventory Database
Service
proxy
WebUI
Gremlin Vision
12
fault injection
rules
Not affected
Bluemix
Logging
Service
Logs
Synthetic Load
Real user traffic
Bluemix Tenant
Gremlin ServiceMaureen
Release
Manager
Scenario
Run
scenario Result What went wrong?
Service
Overload
❌
Inventory did not trigger
circuit breaker when DB
service was overloaded
Network
Instability
…
Service Status
WebUI
✅
Inventory ❌
Database ✅
LaunchLaunch
LaunchLaunch
Failure
Orchestratio
n
Behavior
Validation
Subjected to failures
Fallback
cache
13. Creating Your Own Gremlin Recipe
run_recipe.py topology.json gremlins.json checklist.json
BoundedRetries: Check if
WebUI retried its API calls to
RegionalInventory, no more
than 5 times, with 30ms gap
Fake “Overload”: Gremlin will intercept all
API calls to RegionalInventory
and return HTTP 503/429
Failure injected only if request has HTTP
header
“X-Gremlin-ID: delayTest-<val>”
14. Invitation to Join Our Beta Program
Interested in learning more? Join our beta program
Both Service Discovery for Bluemix and Service Proxy for Bluemix are in Beta in 1Q2016 and
available on the public Bluemix catalog: www.bluemix.net
For more information, contact
Doug Rothert, IBM Cloud Offering Manager
drothert@us.ibm.com
@DougRothert).
16. Notices and Disclaimers Con’t.
16
Information concerning non-IBM products was obtained from the suppliers of those products, their published announcements or other publicly available sources. IBM has not
tested those products in connection with this publication and cannot confirm the accuracy of performance, compatibility or any other claims related to non-IBM products.
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Editor's Notes
Software is moving from traditional monolithic, on premise applications to a set of composable set of micro-services used in the cloud. Sometimes this is referred to as “born on the cloud” technology
Why?
New technology and process now promote rapid development cycles, built from creating smaller pieces of software that are hardened with automated testing. This software is also deployed with automated scaling and recovery, and has well defined interfaces to allow parts of the deployed solution to be redesigned or replaced without scrapping the entire investment.
A key challenge with microservices is allowing developers to register their microservices, find their microservices, and control how their microservice is called through a proxy. By providing this capability as an on demand Bluemix service we reduce development cost, as well as operational costs by reducing the amount of code that development must write.
Storefront and CheckInventory microservices
instance of Service A registers themselves with Service Discovery through a helper script, automatically
instance of Service B ADDS CODE to query Service Discovery and finds list of Service A instances, and grabs the first instance
Then show that this can be refined with a load balancer through Service Proxy applied to Service A, there is no added code to Service B and that logging data will also show the transaction time
then throw in the testing angle - delays and failures added to Service A through proxy without code changes
Storefront and CheckInventory microservices
instance of Service A registers themselves with Service Discovery through a helper script, automatically
instance of Service B ADDS CODE to query Service Discovery and finds list of Service A instances, and grabs the first instance
Then show that this can be refined with a load balancer through Service Proxy applied to Service A, there is no added code to Service B and that logging data will also show the transaction time
then throw in the testing angle - delays and failures added to Service A through proxy without code changes
instance of Service B ADDS CODE to query Service Discovery and finds list of Service A instances, and grabs the first instance
Then show that this can be refined with a load balancer through Service Proxy applied to Service A, there is no added code to Service B and that logging data will also show the transaction time
then throw in the testing angle - delays and failures added to Service A through proxy without code changes
Then show that this can be refined with a load balancer through Service Proxy applied to Service A, there is no added code to Service B and that logging data will also show the transaction time
then throw in the testing angle - delays and failures added to Service A through proxy without code changes
Then show that this can be refined with a load balancer through Service Proxy applied to Service A, there is no added code to Service B and that logging data will also show the transaction time
then throw in the testing angle - delays and failures added to Service A through proxy without code changes
Then show that this can be refined with a load balancer through Service Proxy applied to Service A, there is no added code to Service B and that logging data will also show the transaction time
then throw in the testing angle - delays and failures added to Service A through proxy without code changes
Then show that this can be refined with a load balancer through Service Proxy applied to Service A, there is no added code to Service B and that logging data will also show the transaction time
then throw in the testing angle - delays and failures added to Service A through proxy without code changes