Cloud taxonomy-platform-vs-infrastructure-1229621591129262-2
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This document discusses the differences between cloud infrastructure, applications, and platforms. It notes that while cloud infrastructure provides on-demand compute and storage resources, it provides little abstraction and applications built directly on infrastructure may not scale gracefully. Cloud platforms abstract applications across cloud servers, ensure application quality of service, and provide runtime services via APIs. They provide the "glue" to allow applications to fully leverage cloud infrastructure. The document advocates for cloud application platforms over hosted platforms, as they support standard development stacks, provide portability across clouds, and essential services while cutting development costs and risks.
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This document provides an overview of cloud deployment plans, including definitions of cloud computing, characteristics of cloud services, and different cloud service and deployment models. It defines cloud computing as IT capabilities provided over the Internet on-demand. The core characteristics are on-demand self-service, ubiquitous network access, resource pooling, rapid elasticity, and pay-per-use pricing. The main cloud service models are Software as a Service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS). Cloud deployment types include public, private, community, and hybrid clouds.
Ppt on cloud computing
The document discusses cloud computing, including definitions, history, trends, and applications. It defines cloud computing as providing scalable IT capabilities over the internet. The history section outlines key developments from the 1960s concept of computing as a utility to major companies launching cloud services starting in the late 1990s. Trends discussed include organizations increasingly using private and hybrid clouds, and clouds enabling more customizable and application-based sharing. The applications section provides examples of major public clouds like Amazon Web Services, Google App Engine, and Windows Azure.
Aws cloud best_practices
The document discusses architecting applications for the cloud, focusing on Amazon Web Services (AWS). It outlines the business benefits of cloud computing like lower costs, flexibility, and efficiency. It also describes the technical benefits like automation, scaling, and disaster recovery. The document then provides an overview of key AWS services like EC2, S3, CloudWatch, and Elastic Load Balancing and how they can be used to build scalable cloud applications.
Cloud Computing
Cloud Computing: A New Computing Paradigm
Welcome to an interactive Webinar on Cloud Computing which has brought about a new approach to developing, deploying and managing applications at scale. With its unique and efficient on-demand and elastic capabilities it can level the playing field for companies from start-ups to large corporations.
Speaker Profile: Viswanathan K (Vish) was most recently VP of Engineering and CIO at Yahoo! India R&D. He has over 20 years experience in the IT industry in Internet, Brokerage, Financial Services and Telecom verticals. About 14 years of his professional career was spent in the US working for large multinationals.
Cloud computing power point presentation
This document provides an overview of cloud computing, including definitions, history, characteristics, advantages, service models (SaaS, PaaS, IaaS), and implementation types (public, private, community, hybrid cloud). It defines cloud computing, explains why it is called that, discusses its origins and growth, outlines key characteristics like on-demand access and pay-per-use, and explores the different service models and how they compare. The document concludes that cloud computing provides significant benefits to users, developers, and organizations through scalable and flexible access to computing resources.
cloud computing
Cloud computing allows users to access applications and store and access data over the Internet instead of locally on personal devices. It offers on-demand services that are available anywhere, anytime through centralized data centers. This technology improves efficiency by centralizing storage, memory, processing and bandwidth. The major cloud service models are Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). Cloud services can be deployed in public, private or hybrid cloud models depending on security and control needs.
Cloud Computing - Benefits and Challenges
Cloud computing is a new computing paradigm that allows users to access computing resources over the internet on an as-needed basis. It provides scalable resources, software, and data access through web services. Cloud computing offers advantages like reduced costs, increased productivity, and flexibility compared to traditional computing models. However, issues around security, performance, and interoperability need to be addressed for cloud computing to reach its full potential.
Cloud computing
The document discusses cloud computing, including definitions, common attributes, service layers, implementation types, trends, and applications. It defines cloud computing as IT capabilities provided over the internet, including massively scalable computing resources. Key aspects include pooled computing resources, elastic scaling, flexible pricing, and resources delivered as a service. The document outlines common cloud service layers of SaaS, PaaS, and IaaS and provides examples. It also discusses private, public, and hybrid cloud implementation types and emerging trends in cloud adoption.
The Cloud and Amazon Web Services 2014 AWS
The Cloud and Amazon Web Services , Introduction of Various AWS Services, Virtualization, Stateful and Stateless Applications
cloud computing
This document provides an introduction to cloud computing, including its history, characteristics, deployment models, service models, components, and advantages and disadvantages. Cloud computing allows for shared computing resources and data storage over the internet. It originated in the 1960s and became popular with Amazon Web Services in 2006. The main deployment models are private, public, and hybrid clouds. The three main service models are Software as a Service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS). The advantages include flexibility, scalability, and cost savings, while the disadvantages include security, vendor lock-in, and increased vulnerability.
Gogrid
The document discusses cloud computing as a disruptive innovation and enabling technology. It defines cloud computing as virtualized compute power and storage delivered over the internet that is dynamically scalable, programmatically accessed, and billed based on usage. The document outlines how cloud computing provides major improvements in ease of use, scalability, risk, reliability, and cost compared to traditional hosting solutions. It also discusses different types of cloud services including infrastructure, platforms, applications, extenders and aggregators.
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- 1. www.appistry.com The Cloud “Pyramid” Applications, Platform, Infrastructure Sam Charrington Appistry 1
- 2. www.appistry.com Cloud Infrastructure… • Provides access to “Compute” and “Storage” instances, on-demand • Based an virtualization technology • Advantages: Full control of environments and infrastructure • Disadvantages: Provide little or no abstraction • Examples: Amazon EC2, GoGrid, Amazon S3, Nirvanix, Linode
- 3. www.appistry.com What About the Applications? After a few hours, the fog of hype starts to lift and it becomes apparent that the clouds are pretty much shared servers just as the Greek gods are filled with the same flaws as earthbound humans. Yes, these services let you pull more CPU cycles from thin air whenever demand appears, but they can't solve the deepest problems that make it hard for applications to scale gracefully. Many of the real challenges lie at the architectural level, and simply pouring more server cycles on the fire won't solve fundamental mistakes in design.
- 4. www.appistry.com The Challenge: Cloud Presents New Application Requirements • Modular, service-oriented • Unpredictable load • Dynamic • Distributed • Connected • Multi-tenant Traditional Application Infrastructure Wasn’t Built to Meet the Requirements of Cloud Applications
- 5. www.appistry.com The Solution: Cloud Platforms • Abstract applications across individual cloud servers (“application virtualization”) • Ensure application QoS: scalability, reliability, availability • Provide run-time services for cloud applications via APIs, e.g. state, workload management • Simplify and automate app deployment and management Cloud Platforms Provide the Glue that Allows Cloud Applications to Fully Leverage Cloud Infrastructure
- 6. www.appistry.com Cloud Layers Infrastructure vs. Platform Characteristic Infrastructure e.g. Amazon EC2 Platform e.g. Appistry EAF, Google App Engine Scope Virtual Machine Application Management Manual; machine-by-machine Automated; single step Ease-of-use Easy to provision new infrastructure Easy to build/migrate cloud-enabled applications; cut time-to-market Scalability Create new servers on demand Applications scale linearly Risk Reduce infrastructure investment Reduce project/development risk Reliability Reliable infrastructure Reliable applications Cost Pay only for what you use; use only what you need Enable application agility and reduce development costs Security Provide secure infrastructure Enable secure applications
- 7. www.appistry.com Hosted Cloud Platforms (“PaaS”) Provides platform benefits, but: • Focus on single application stack (e.g. Ruby, Python) • Lock applications to single cloud infrastructure provider • Restricted to available services, e.g. can’t use SQL compliant DBs as-a-Service
- 8. www.appistry.com Cloud Application Platforms • Delivered as software • Used in-cloud or on-premise • Support standard enterprise software development stacks (e.g. Java, .NET, C++ via Eclipse, Visual Studio) • Provide portability across cloud environments • Provide essential services such as data caching and workload management Cloud App.