Building an Open Cloud Ecosystem with Cloud Foundry

Andy Piper is a developer advocate who works on open source projects like Cloud Foundry. In this presentation, he discusses three main topics: 1) Why open source is important and how Linux has succeeded as an open platform. 2) How open cloud platforms like Cloud Foundry provide benefits over proprietary software. 3) The need to make cloud platforms more sustainable by improving energy efficiency and using renewable energy sources.

SpringOne 2GX 2011 - Writing applications for Cloud Foundry using Spring and ...

trisberg

The document discusses writing applications for Cloud Foundry using Spring and MongoDB. It provides an introduction to Cloud Foundry and MongoDB, describes Spring Data support for MongoDB including using MongoTemplate and Mongo Repository, and discusses why one would run MongoDB in the cloud. Key topics covered include characteristics of PaaS platforms like Cloud Foundry, choices of frameworks, application services, and clouds available in Cloud Foundry, data modeling in MongoDB using documents rather than tables, and querying and indexing MongoDB.

Breaking through the Clouds

Cloud Foundry bootcamp at ContributingCode

Chris Richardson

This document provides an agenda and overview of a Cloud Foundry boot camp. It begins by explaining why Platform as a Service (PaaS) is important for developers and provides an overview of Cloud Foundry as an open PaaS. It then covers getting started with Cloud Foundry, including registering for an account, installing the vmc command line tool, and examples of basic vmc commands like pushing an app, updating an app, and checking app instances. It demos logging into CloudFoundry.com and pushing a sample app. Finally, it shows how to scale an application by increasing its number of instances.

Hands On CloudFoundry

Eric Bottard

Cloud Foundry Architecture and Overview

rajdeep

This document provides an overview of Cloud Foundry, including: 1. Cloud Foundry is an open source platform as a service that allows developers to build, test, deploy and scale applications. 2. Cloud Foundry uses a distributed architecture that is self-healing with no single point of failure to allow for horizontal scaling. 3. The Cloud Foundry architecture includes layers like the cloud controller, stager, DEA execution agents, services, router, and uses BOSH for automated virtual infrastructure deployment and management of Cloud Foundry clusters.

Migrating to CloudFoundry

GR8Conf

This document discusses migrating applications to Cloud Foundry. It notes that new application types are mobile, social, and SaaS apps that are released early and often. Data volumes are also growing exponentially. Applications are increasingly deployed on virtual and cloud infrastructures using platforms like Cloud Foundry. Cloud Foundry promises automatic provisioning and zero configuration deployment of applications and services. It allows choice of frameworks, services, and clouds without vendor lock-in. Tools like vmc provide deployment capabilities. Core services on Cloud Foundry include caching, jobs, search, and logging. Challenges in migrating include dealing with ephemeral file systems, distributed sessions, search indexing, and configuration management across a distributed environment. Human: Thank

PaaS Parade - Cloud Foundry

martinlippert

Cloud Foundry is an open source Platform as a Service (PaaS) developed and published by VMware in 2011. It supports Java, Ruby, node.js and other languages/frameworks and includes services like MySQL, Redis, and MongoDB. Developer tools include command line, Eclipse plugins, Maven/Gradle plugins. Additional features include framework auto-reconfiguration, micro cloud debugging, service tunneling, and BOSH for managing cloud environments. Scaling can be done at the infrastructure level by the PaaS operator or application level by developers. Future plans include organizations/spaces, commercial packages, and a web-based dashboard.

Migrating to Cloud Foundry

This document discusses migrating applications to Cloud Foundry. It notes that new application types like mobile, social, and SaaS apps are being released early and often. It also discusses that applications are becoming more data intensive. Cloud Foundry is presented as an open Platform as a Service that allows deploying and scaling applications in seconds across multiple clouds without lock-in. It reviews core Cloud Foundry services and the developer experience. Challenges like caching, jobs, search, logging and configuration are discussed. Overall, it promotes Cloud Foundry as the application platform for the cloud era and encourages learning more and getting involved.

Thinking Outside the Container: Deploying Standalone Apps to Cloud Foundry

Some applications simply cannot be contained. Perhaps you want to write a worker that periodically polls for updates or performs a maintenance task. Perhaps you would like to use a new lightweight web framework. You don’t necessarily want to build a WAR for these types of apps. With Cloud Foundry, you don’t have to! In this session from SpringOne 2012, we will build and deploy several types of standalone applications, from distributed workers built with Spring Integration and Akka, to container-less web applications built with vert.x and spray, to bring-your-own-container apps that embed Jetty. If you’re a Java or Scala developer who likes to “think outside the container”, this talk is for you!

What's New in Cloud Foundry

We've been busy making improvements and adding features since Cloud Foundry's first birthday! Watch this session from SpringOne 2012 to get an in-depth view of the latest and greatest in Cloud Foundry. It's easier than ever before to build and deploy your distributed polyglot applications. You will see some exciting new options, including new Java and Node runtimes and support for background workers and container-less web apps. These features allow you to create distributed apps comprised of many smaller, focused apps each written in the framework that fits its purpose best. We will also explore the latest in tooling, including new features in the STS plugin and the brand new "next gen" VMC client. We will peek under the hood to see what's new in the Cloud Foundry architecture. You may even get a sneak preview of some upcoming features! From Cloud Foundry beginner to expert, this session has something for everyone.

Spring Data and MongoDB

Oliver Gierke

Portrait of the developer as The Artist - SpringOne India 2012

Patrick Chanezon

Cloudcamp Ghent - Cloud foundry-20111121

Lode Vermeiren

This document discusses Cloud Foundry, an open source Platform as a Service (PaaS) that provides a choice of clouds, frameworks, and services for deploying applications. It offers frictionless application deployment and management through simple APIs and commands. Developers benefit from increased productivity and minimal operations expenses. Cloud Foundry supports deployment to private clouds, public clouds, and even individual laptops through Micro Cloud Foundry. It has an extensible architecture and is available as both a commercial product and an open source community project. The document concludes with a short Ruby Sinatra application demonstration of Cloud Foundry.

Think to PaaS for Multi-IaaS Cloud Computing: the OpenCloudware collaborative...

OpenCloudware Collaborative project presented at Cloud Expo Europe 2012 in Lo...

The OpenCloudware project aims to develop a collaborative cloud platform for building, maintaining, and operating enterprise Platform as a Service (PaaS) applications across multiple infrastructure as a service (IaaS) providers. It involves 18 partners over 3 years and is funded by the French government. The project will produce open source middleware and components to enable modeling, building, deploying, and managing distributed applications on clouds from a self-service portal. It will provide technologies for virtual infrastructure modeling, automated application packaging, multi-IaaS interoperability, security, and more.

OpenCloudware Collaborative Project presented at Cloud Expo Europe 2012 in Lo...

The OpenCloudware project aims to develop a collaborative cloud platform for building, maintaining, and operating enterprise PaaS applications across multiple infrastructure providers (IaaS). It involves 18 partners over 3 years, funded by the French government. The project will produce open-source middleware and components for modeling, building, deploying, and managing distributed applications on clouds from a self-service portal. It will provide technologies for virtual infrastructure, application templates, PaaS management, multi-cloud support, security, and more. The results will be disseminated within the OW2 Open Source Cloudware initiative.

Cloud Foundry for Java devs

Cloud Foundry is an open platform as a service (PaaS) that handles infrastructure management and allows developers to focus on building applications. It supports multiple languages and frameworks. Cloud Foundry provides automatic provisioning of services, automatic configuration of connection settings, and automatic scaling of applications. Developers can deploy applications to Cloud Foundry hosted providers or run their own local instance for testing deployments. Cloud Foundry aims to make deployment and management of cloud applications simple by abstracting away underlying infrastructure.

MongoSF 2012

Monica Wilkinson

Monica Wilkinson gave a presentation on building an activity stream engine on Cloud Foundry using MongoDB and Node.js. Cloud Foundry is an open platform as a service that allows deploying and scaling applications across multiple languages, frameworks, services, and cloud providers without vendor lock-in. The presentation covered an overview of Cloud Foundry, what activity streams are, and building an activity stream engine that leverages Cloud Foundry's flexibility across clouds and services.

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Thinking Outside the Container: Deploying Standalone Apps to Cloud Foundry

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Portrait of the developer as The Artist - SpringOne India 2012

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OpenCloudware Collaborative project presented at Cloud Expo Europe 2012 in Lo...

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Developer Advocacy - A Life Less Ordinary

This document discusses the author's journey in developer advocacy, including walking with communities to understand their needs, finding the right community to support, and leading a community. It covers themes like organizational goals of marketing, outreach, and partnerships. It provides expectations for travel, balancing audiences and expectations, and finally encourages passion, patience, and authenticity in the role.

Twitter in the Internet of Things

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Internet ALL the Things - a walking tour of MQTT

The document discusses MQTT (Message Queuing Telemetry Transport), a publish-subscribe based messaging protocol that is lightweight and designed for constrained devices and unreliable networks. It describes MQTT in terms of its protocol, code/implementations including brokers like Mosquitto and clients in many languages, and its growing community of adopters and contributors. MQTT originated from the need for efficient telemetry in industrial systems and has expanded to broader Internet of Things applications.

Combining Context with Signals in the IoT (longer version)

The document discusses Andy Piper's presentation on using Twitter as a platform for the Internet of Things (IoT). It provides examples of objects like plants, ferries, houses, and sensors that already tweet. It also describes how Twitter's APIs can be used to ingest real-time streaming data from IoT devices and analyze historical tweet data. Finally, it discusses how object interactions can be driven by tweets on the Twitter platform.

Why the Internet of Things will be built on Open Source

The document discusses how open source will be important for building the Internet of Things (IoT). It describes how open protocols like MQTT, which was created in 1999 and became popular through an open source broker, are helping drive innovation in IoT projects. The Eclipse Foundation is becoming a home for open IoT projects through initiatives like Eclipse IoT and MQTT is being adopted by many IoT clients and applications. For the IoT to continue advancing, there is still work to be done in areas like security, data formats and device discovery.

Combining Context with Signals in the Internet of Things

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MQTT is a publish-subscribe messaging protocol that is well-suited for connecting devices in the Internet of Things. It was designed for constrained environments like low-bandwidth, high-latency or unreliable networks, and supports publishing and subscribing to messages with minimal bandwidth usage. MQTT has grown in popularity for industrial and IoT applications where devices need to transmit sensor data or receive commands, and its simplicity has allowed even children to understand how message flow works. While MQTT works well for many current IoT uses, further development is still needed in areas like security, data formats and device discovery as the IoT continues to expand.

My Quantified Self and the promise of wearables

Why Data, Code and Mobile converge in the Open Cloud

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Why Apps, Data and Mobile Converge in the Open Cloud

The document discusses trends in cloud computing and open source platforms. It predicts that in 2014 there will be more developers building more awesome services in the open cloud. This convergence is driven by the ability of open platforms to handle vast amounts of data and code at scale, enable rapid iteration, and provide agility through open APIs and rapid deployment. The success of early platforms like Linux shows that open platforms can succeed by being usable, composable, and addressing key technology needs like handling large and fast-growing amounts of data.

The Internet of Things is Made of Signals