AWS Summit Auckland 2014 | Desktops in the Cloud
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In 2013 AWS launched Amazon WorkSpaces, a fully-managed desktop computing service in the cloud. In a highly mobile world how does this impact traditional desktop management and mobile workforce access to data? How does an organisation take advantage of the benefits provided in a pay as you go model? Join this session to find out more.
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AWS Summit Sydney 2014 | Desktops in the Cloud
Hear how Amazon services such as WorkSpaces and AppStream can affect the delivery of yesterdays and tomorrow applications across the spectrum, from consumers to the Enterprise.
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AWS Summit Sydney 2014 | Desktops in the Cloud
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- Benefits include reduced costs, unlimited storage, accessibility from any device, and less maintenance compared to owning physical servers and software.
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This document introduces cloud computing and its benefits for businesses. It discusses how cloud computing provides scalable, cost-effective access to applications and storage through the internet. Key points covered include how cloud services allow businesses to leverage shared resources instead of maintaining their own infrastructure; integrate different business platforms through the cloud; and scale resources up or down as needed without large upfront costs. The document also addresses security considerations and provides examples of how both large and small businesses can take advantage of cloud computing.
Cloud computing
Cloud computing allows users to access computing resources like data storage, servers, databases, networking, software, analytics and more over the internet ("the cloud") instead of owning them locally. It provides on-demand access to a shared pool of configurable computing resources that can be accessed from any device with an internet connection. Some key benefits include lower costs since users only pay for resources used, access to latest software versions, unlimited storage, universal access to documents, and easier collaboration. However, it also requires a constant internet connection to access resources and features may be limited compared to locally installed software. Data security and potential for loss of stored data are also disadvantages.
Application of Cloud Computing
The document discusses cloud computing, providing definitions and an overview of key concepts. It describes the three main cloud service models - Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). Examples of applications are given for each model. Advantages of cloud computing include lower costs, automatic software updates, unlimited storage, and collaboration capabilities. However, cloud computing also has disadvantages such as reliance on internet connectivity and potential security and data loss issues.
AWS Enterprise Summit Netherlands - WorkSpaces & WorkMail
This document summarizes Amazon's WorkSuite product portfolio, including WorkSpaces (managed virtual desktops), WorkDocs (secure file storage and sharing), and WorkMail (managed business email and calendaring). It outlines the key benefits of each service in improving security, mobility, flexibility and reducing costs compared to traditional on-premises solutions. Customer examples and pricing details are also provided.
Performance Testing in a Mobile World
With the exploding popularity of mobile devices, mobile application performance has become increasingly critical to the modern Enterprise.
This session will discuss some of the performance pitfalls common to tablets, iPhones and Android devices, and outline the tools available to allow you to effectively test your company’s mobile-based applications.
This presentation was originally given at SoftEd Fusion 2012 (Sydney) on September 13th.
Cloud computing
This Presentation created by me Mayur Verma when i was pursuing IT Security Diploma. In this i Describe the about cloud computing and example of some cloud OS
Cloud computing
The document defines cloud computing and discusses its key characteristics and service models. It outlines the different types of cloud deployments including public, private, community, and hybrid clouds. It also discusses the advantages of cloud computing such as cost savings, scalability, and device independence, as well as concerns around internet dependency and vendor lock-in.
College of Technology Pantnagar lecture- Jainendra
The document discusses software engineering as a multi-disciplinary field that involves applying techniques, methodologies, and tools to produce high-quality software within budget and deadline constraints. It involves disciplines like computer science, mathematics, management and addresses the entire software development lifecycle from requirements to maintenance. The roles involved include software engineers, architects, analysts and managers. Key areas discussed are programming languages, databases, cloud computing, mobile app development and debugging tools.
Introduction to Cloud Computing
"Cloud computing is the on-demand delivery of compute power, database storage, applications, and other IT resources through a cloud services platform via the internet with pay-as-you-go pricing." - AMBRISH GANGAL
Overview of Cloud Computing New.pptx
This document provides an overview of cloud computing, including definitions of key concepts like cloud components, service models, and deployment models. It discusses computing and cloud computing, noting that cloud computing moves computing resources away from individual devices to large "clouds" of servers. The main sections summarize cloud components, why organizations adopt cloud computing, characteristics of cloud computing, the three main service models (IaaS, PaaS, SaaS), and the four deployment models (private, public, community, hybrid cloud).
Latency - The King of the Mobile Experience
Latency, that is, how much time it takes for a packet of data to get from one designated point to another, is a top priority for the mobile development industry. With mobile applications, time is of the essence. Check out the slides from Mobile Learning Lab session and learn about this core tenet of mobile development.
Kalix: Tackling the The Cloud to Edge Continuum
Read this blog for an overview of Kalix:
https://www.kalix.io/blog/kalix-move-to-the-cloud-extend-to-the-edge-go-beyond
Abstract:
What will the future of the Cloud and Edge look like for us as developers? We have great infrastructure nowadays, but that only solves half of the problem. The Serverless developer experience shows the way, but it’s clear that FaaS is not the final answer. What we need is a programming model and developer UX that takes full advantage of new Cloud and Edge infrastructure, allowing us to build general-purpose applications, without needless complexity.
What if you only had to think about your business logic, public API, and how your domain data is structured, not worry about how to store and manage it? What if you could not only be serverless but become “databaseless” and forget about databases, storage APIs, and message brokers?
Instead, what if your data just existed wherever it needed to be, co-located with the service and its user, at the edge, in the cloud, or in your own private network—always there and available, always correct and consistent? Where the data is injected into your services on an as-needed basis, automatically, timely, efficiently, and intelligently.
Services, powered with this “data plane” of application state—attached to and available throughout the network—can run anywhere in the world: from the public Cloud to 10,000s of PoPs out at the Edge of the network, in close physical approximation to its users, where the co-location of state, processing, and end-user, ensures ultra-low latency and high throughput.
Sounds exciting? Let me show you how we are making this vision a reality building a distributed real-time Data Plane PaaS using technologies like Akka, Kubernetes, gRPC, Linkerd, and more.
E crm m sc - warwick uni - crm solutions
The document provides information on different customer relationship management (CRM) systems including definitions of client-server, web-based, and cloud-based systems. It discusses the differences between these approaches and outlines considerations for choosing a CRM like costs, environment, IT support, and systems access. The document also profiles three specific CRM systems - GoldMine, Microsoft Dynamics, and Highrise - and provides information on their pricing and benefits. It concludes with a scenario exercise assessing different businesses and recommending the best CRM solution for each.
ACES QuakeSim 2011
The document discusses the OpenQuake Infomall, which aims to provide earthquake data, simulations, and analysis tools as cloud-based services, enabling researchers to access and share resources and build workflows linking different services. It notes important trends like data growth, parallel computing on multicore systems and clouds, and the potential for "X as a Service" delivery models to improve collaboration and reproducibility in earthquake science. Key challenges include standardizing interfaces to allow interoperability between different data sources and analysis tools.
Managing Performance in the Cloud
How to you manage Performance in the Cloud, in particular in "Platform as a Service (PaaS) environments like Window's Azure or Heroku where you don't have a "virtual machine" to manage?
Even in "Infrastructure as a Service (IaaS)" environments like Amazon EC2 there are limitations on the tools you can deploy into that environment to assist in performance management, troubleshooting etc (e.g. you can't deploy promiscuous mode network sniffing tools in EC2).
James Smith from Adactus will give us an overview of Cloud Services as a whole, and then drill down into some of the issues they have experienced in deployed their "Pulse" Claims Management Solution into the Azure cloud (http://www.pulseclaims.com/home).
Beyond just looking at page speed performance he'll talk about the challenges involved in managing SLA's, Cloud "support" (or lack of it!), performance troubleshooting and the whole "performance lifecycle".
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AWS Enterprise Summit Netherlands - WorkSpaces & WorkMail
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みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
ここ3000字までしか入らないけどタイトルの方がたくさん文字入ると思います。
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- 1. © 2014 Amazon.com, Inc. and its affiliates. All rights reserved. May not be copied, modified, or distributed in whole or in part without the express consent of Amazon.com, Inc. Desktops in the Cloud Glenn Gore Amazon Web Services
- 3. So many devices… • Traditional desktops/laptops • Mobile devices • Tablets • Large format screens • Wearable tech • Virtual Reality
- 4. Is ANZ ready? • Large country, low population density • National Broadband Network • High population of gamers – 11.1M gamers – #1 in the world on per gamer spending on iPad – 21.1% of gamers use all four screens • Why lose skilled workers due to geography? Source: newzoo.com – Gamers in Australia Dec, 2013
- 5. Workspaces
- 6. Why workspaces? Customer feedback Apps & Data
- 7. Key features • Persistent, secure cloud based storage • Managed by AWS • Supports multiple devices • Choose software and hardware • Pay as you go • Corporate directory integration
- 8. Use cases • Mobile workers • Secure workspaces • Remote employees • Seasonal workers • Student workspaces • Developer workspaces • Rapid response scenarios
- 9. Current status • Generally available – North Virginia (us-east-1) and Oregon (us-west-2) only
- 10. AppStream
- 11. Key features • STX Protocol – Application level streaming – Dynamically responds to real-world network performance • Supports multiple devices • Based on G2 instance family • Billing based on # of hours streamed ($0.83/hr) • High definition video + low-latency inputs
- 12. Use cases • Gaming in the cloud • Immediate access to content • Access heavy content from tablets – Medical scans, GIS data … • Remove access to the application – Binary data all stored in the cloud • Centrally manage updates
- 14. WorkSpaces vs. AppStream • WorkSpaces – Access to OS – AWS PCoIP Protocol – User controls the service – Flat monthly price – No integration required • AppStream – Access to Application – STX Protocol – User consumes the service – Priced per hour – Requires software integration
- 15. Part of the cloud platform • Companies placing more data into the cloud • Heavy processing being shifted to the cloud • Moving the desktop closer to the data and processing is the next step • Highest latency link should be where the least traffic will flow – This is becoming more and more the link between the user and the desktop
- 16. Whats next? – Iterate. Iterate. Iterate. Use Cases