Cloud computing is the fifth generation of computing that allows applications to be accessed from anywhere via the internet. It is projected to grow six times faster than traditional IT spending, reaching $42 billion by 2012. Key benefits include lower upfront and ongoing costs, easier application access, and improved datacenter utilization. However, security concerns, latency issues, and lack of control present barriers for some applications. Private enterprise clouds can provide cloud advantages internally while addressing barriers through server virtualization, availability, and control over resource allocation.
Bringing the Internet of Things “IoT” to Government: Enabling Smart NationsAmazon Web Services
Local and regional governments around the world are using the cloud to transform services, improve their operations, and reach new horizons for citizen services. People are more connected to each other than ever before, and the increased connectivity of devices creates new opportunities for the public sector to truly become hubs of innovation, driving technology solutions to help improve citizens' lives. This session highlights how AWS IoT enables applications to communicate with all of your devices, all the time, even when they aren’t connected, with the goal of driving cost savings, innovation, and enhanced decision making for smarter cities. You will learn how governments are accessing the data generated from IoT applications for innovation in areas such as improved citizen requests and service delivery across government.
Mark Ryland, Chief Solutions Architect, Amazon Web Services, WWPS
In this presentation, Enterprise Solution Architects Roy Joseph & Rekha Kodali give us a clear view on why Hybrid Integration is the future. Check out this presentation to explore Microsoft's Hybrid Integration Platform (HIP).
This document provides an introduction to cloud computing, including definitions, types of cloud services (IaaS, PaaS, SaaS), examples of cloud computing providers (Amazon Web Services, Google Apps, Windows Azure), and considerations for using cloud computing. Key points include: Cloud computing provides on-demand access to configurable computing resources over a network; the three main types of cloud services - Infrastructure as a Service, Platform as a Service, and Software as a Service; and factors to consider regarding security, backups, and choosing public vs private vs hybrid cloud models. Examples of suitable cloud applications include providing data/analytics capabilities or temporary IT infrastructure for new projects.
Introducing the aws migration and modernization competencyDhaval Soni
AWS has announced the AWS Migration and Modernization Competency. These AWS Partners have deep domain expertise in offering software products that enable customers to migrate and modernize applications while customers move to the cloud.
As cloud services deployment matures in the enterprise, the emphasis has moved from deploying infrastructure as a service towards a model of delivering business services in a “SaaS-like” manner. How can organizations succeed in building hybrid technology models which effectively leverage AWS to deliver business services transparently to customers? In this presentation, we will discuss how use AWS and CSC to develop business services starting with hybrid IT, moving toward robust test and development strategies for enterprise applications, and finally providing a true “SaaS-like” experience for business users and customers alike.
Craig Stires, Head of Big Data and Analytics, Amazon Web Services, APAC
Dan Angelucci, Chief Technology Officer - Asia, Middle East and Africa, CSC
This document discusses considerations for a hybrid integration strategy and the role of a hybrid integration platform (HIP). It outlines key benefits of using a HIP for data integration in the cloud, seamless multi-cloud application integration, integrating legacy data and applications to the cloud, SaaS integration, and B2B integration. It also discusses APIs as an architectural premise for HIP and focuses on using a HIP for these different integration scenarios. The document advocates for adopting a pervasive integration approach using a HIP to address hybrid challenges across personas, integration domains, endpoints, and deployment models.
Journey to Cloud-Native: Where to start in your app modernization processVMware Tanzu
Initiatives to modernize applications to a cloud-native architecture begin with big questions - where do I start, what applications would require the most changes, and what is the user impact?
Join Mike Villiger from Dynatrace and Kamala Dasika from Pivotal as they take you step-by-step from planning through scoping strategies, so you can begin your app modernization journey today. In this webinar, you will learn how to:
- Discover dependencies in your applications
- Identify parts of your applications that are good candidates for refactoring
- Minimize customer impact during migration
- Deliver business value through measurable digital transformation
View Complete Webinar Series at https://content.pivotal.io/webinars:
- Journey to Cloud-Native: Where to start in your app modernization process
- Journey to Cloud-Native: Continuous Delivery with Artificial Intelligence
- Journey to Cloud-Native: Making Sense of Your Service Interactions
- Journey to Cloud-Native: Reducing Production Risks at Scale
About the Speakers:
Kamala Dasika has been working on the Cloud Foundry product team since its inception in 2011 and previously held various product or engineering positions at VMware, Tibco, SAP and Applied Biosystems.
Mike Villiger helps Dynatrace customers implement Application Performance Management technologies and processes in the worlds of Public/Private Cloud, DevOps, Platform-as-a-Service (PaaS) and NoSQL.
The document discusses the state of cloud computing, software-defined networking (SDN), and the software-defined data center (SDDC). It notes that the cloud is primarily a business model that provides cost reduction, agility, self-service, and scalability. Network virtualization enables the cloud by virtualizing servers, storage, and now networks. SDN can be defined academically as replacing routing protocols or industrially as centralized network management through software and APIs. SDN's influence will guide methodology over specific technologies as its meaning continues to evolve.
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Adopting Modern Application Architecture with AWS and Project Flogo (Sponsore...Amazon Web Services
Digital business requires a different breed of applications. Apps that leverage real time event streams, apply machine learning to take immediate action. Flogo is an open source ecosystem designed for just this. Learn how you can leverage Project Flogo to build smart event- driven apps on AWS leveraging services like Amazon EKS, AWS Lambda and Amazon SageMaker.
IoT at the Edge - Greengrass and More - AWS PS Summit Canberra 2017Amazon Web Services
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Speaker: Craig Lawton, Solutions Architect, Amazon Web Services
Level: 200
Microsoft Azure Explained - Hitesh D KeshariaHARMAN Services
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The document discusses various options for modernizing applications, including rehosting, refactoring, rearchitecting, and rebuilding apps. Rehosting involves moving apps to cloud infrastructure with minimal changes. Refactoring leverages existing code while taking advantage of cloud capabilities. Rearchitecting involves major code revisions for cloud-native apps and microservices. Rebuilding apps is building new apps using cloud-native platforms from the ground up. The document provides benefits, definitions, considerations, and technologies for each option to help determine the best modernization approach.
M2M Integration Platform as a Service iPaaSEurotech
Everyware Cloud M2M iPaaS - M2M Integration Platform as a Service
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Cloud Adoption - Journey of IT Service ManagementCaroline Hsieh
Cloud computing represents great deal of opportunities for business and IT. The rapid adoption, flexibility, and elasticity of cloud computing have enabled companies to realize benefits such as time to market and cost saving. However, cloud computing presents various challenges for IT service management and increases the company’s security risk exposures. A well structured cloud service management model will enable the company to reap the benefits of cloud while minimizing the risk exposure for the company. This presentation will cover topics on:
• Governance structure for cloud solutions.
• Architecture strategies to identify cloud capabilities to enable business.
• Selection criteria for preferred cloud vendors based on architecture, legal, security, and IT operations categories.
• Risk management process of cloud solutions.
• Service management for cloud computing following ITIL model.
• Executive endorsement and buy in.
Architecting for the New Age Enterprise - AWS Summit SG 2017Amazon Web Services
The document discusses how new age enterprises are transforming themselves using digital technologies like cloud computing, analytics, and microservices architecture. It provides the example of Astro, a Malaysian company, which is redefining its legacy TV business and short form video platform using Amazon Web Services to gain agility, automation, and real-time analytics capabilities. BlazeClan Technologies helped Astro develop its platforms using a microservices architecture with decoupled and independently deployable services to improve scalability, performance and fault tolerance.
The document discusses SAP Leonardo IoT, which is a strategic pillar and priority for SAP. It provides an overview of SAP's IoT strategy, portfolio, and solutions. Some key points include:
- IoT is the fourth pillar of SAP's approach to digitization, connecting the enterprise to the world.
- SAP Leonardo IoT connects things with people and processes through its innovation portfolio, which includes IoT applications, foundation/platform, and edge capabilities.
- The portfolio covers various connected devices and assets across industries like products, assets, fleet, infrastructure, markets, and people.
- Example solutions discussed are predictive maintenance, asset intelligence network, connected manufacturing, and vehicle insights
Integration of Things (Sam Vanhoutte @Iglooconf 2017) Codit
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Developing Interoperable Components for an Open IoT Foundation Eurotech
In this presentation Eurotech and Red Hat present Kapua, a modular cloud platform that provides management for Internet of Things (IoT) gateways and smart edge devices. It represents a key milestone towards the development of a truly open, end-to-end foundation for IoT and its ecosystem of partners and solutions. Kapua provides a core integration framework with services for device registry, data and device management, message routing, and applications.
This document provides an overview of the Microsoft IoT platform and its capabilities including creating an IoT hub, ingesting telemetry and device data, device provisioning and security, cloud-to-device messaging, the device twin capability, and IoT Edge. It also discusses Azure IoT services like IoT Hub, Device Provisioning Service, IoT Central, IoT Edge and how they provide device connectivity and management, data ingestion and command/control, stream processing, workflow automation, dashboards and visualization.
BRK2122 IOT - From the cloud to the edgeAxel Dittmann
This document discusses innovations in cloud, IoT, edge computing, and AI. It highlights features of Azure like 42 regions, security programs, and partnerships. It outlines Azure IoT services for device connectivity, data analytics, and visualization. Diagrams show the Azure IoT reference architecture and how IoT Edge extends cloud intelligence to edge devices. The document also summarizes IoT device lifecycles, the device provisioning service, device management with device twins, and solutions like IoT Central and the connected factory.
The document discusses Microsoft Azure and its Internet of Things (IoT) capabilities. It describes Azure's global infrastructure and wide range of platform services. It then focuses on the key components of Azure IoT Suite, including preconfigured solutions, agent libraries to connect heterogeneous devices, Azure IoT Hub for connectivity, Stream Analytics for real-time event processing, Machine Learning for predictive analytics, Power BI for data visualization, and Logic Apps for workflow integration. The Azure IoT Suite provides a comprehensive solution to connect millions of devices, analyze data, and integrate with business systems.
Why integration is key in IoT solutions? (Sam Vanhoutte @Integrate2017)Codit
While working on several Internet of Things projects with different customers in Europe, it became clear that Integration matters more than ever. Building an overall IoT solution requires many different technologies and skills. The Architect role is crucial to combining different services into one solid solution. Integration skills are extremely important in building robust and scalable IoT solutions. Every phase of the IoT value chain requires integration, since IoT solutions are distributed and decoupled by nature. Retro-fitting existing devices? Routing of telemetry data? Or even exposing analytics results through secured APIs? All these challenges require integration skills. Skills that are very familiar to specialists in the Integration business. This presentation will explain why these are great times to be an Integration expert and how we can help tackling current challenges.
Mentor Graphics is an electronic design automation company with over 5,000 employees worldwide and over $1 billion in annual revenue. They have expertise in silicon and hardware design tools, software design tools, automotive hardware and software, and IoT devices and services. Mentor Graphics' cloud platform provides managed device and data services through a scalable backend to enable IoT/M2M applications and solutions.
IoT Update Oktober 2019 | Jan Depping @Microsoft | The next step in IoTIoT Academy
This document provides an overview of Microsoft's Internet of Things (IoT) solutions. It discusses how digitization is enabling new opportunities through innovations like the billions of connected devices coming online by 2020. It summarizes Microsoft's approach to IoT including Azure IoT Central for simplified IoT app development, Azure IoT Hub for device connectivity, Azure IoT Edge for edge computing, and Azure Digital Twins for modeling physical environments. It also addresses cross-industry challenges like security, analytics, integration and managing the full device lifecycle that Microsoft's IoT platform aims to address. Resources for learning more about Microsoft's IoT offerings are provided at the end.
The document discusses Microsoft's IoT and edge computing solutions. It provides examples of how various companies are using IoT solutions to improve operations and save money. It also summarizes Microsoft's Azure IoT platform services including IoT Hub, IoT Central, IoT Edge, Azure Sphere, and Windows IoT. These services provide secure connectivity, management and analytics tools to connect, monitor and control IoT devices at scale.
AWS IoT is a fully managed cloud platform that allows connected devices to securely interact with cloud applications and other devices. It provides device SDKs, rules engines, authentication/authorization, and persistent device states. Z#bre uses the AWS IoT platform to power their connected healthcare product Lysbox, which monitors elderly individuals, allowing them to live independently longer while reducing costs. The scalable AWS IoT platform helps Z#bre deploy and manage thousands of devices across different networks and protocols.
Azure iot edge and AI enabling the intelligent edgeMarco Dal Pino
Marco Dal Pino presented on Azure IoT Edge and AI capabilities at the edge. He discussed Microsoft's IoT product portfolio including Azure Sphere, IoT Edge, IoT Hub, and Edge appliances. Dal Pino also covered built-in AI capabilities like anomaly detection on IoT Edge as well as cognitive services containers. Finally, he demonstrated Nvidia Deepstream running computer vision models on IoT Edge and discussed resiliency, observability, and storage options for IoT Edge deployments.
This document provides an overview of Microsoft's Azure IoT platform and services. It describes Azure services for ingesting and analyzing IoT device data like IoT Hub, Stream Analytics, Machine Learning, and Time Series Insights. It also outlines edge computing capabilities with IoT Edge and device management solutions. Finally, it showcases several IoT solutions and provides links to learn more about building IoT applications on Azure.
This document introduces Azure Digital Twins, a service that allows users to create digital twins that represent physical environments and assets. It discusses how digital twins can be used for applications like remote monitoring, predictive maintenance, and simulation. The document provides an overview of digital twin architecture and how digital twins integrate data from physical devices with analytics and simulations in the cloud. It also gives examples of how digital twins can provide insights into product performance, efficiency, and operations management.
You know better than anyone how IoT is transforming your industry. It is a business revolution that offers many opportunities. But let’s be honest, it comes also with its challenges.
Time for action!
It can be a challenge to figure out which is the best set of services to bring together. Codit knows what you need. We have been building IoT solutions right from the start, for companies just like yours. Understanding business cases and translating them to working solutions is what we do.
How News Corp Secured Their Digital Transformation through Identity and Acces...Amazon Web Services
News Corp secured their digital transformation through identity and access management by migrating from their legacy on-premises solution to Okta on AWS. The migration provided a better user experience, simplified access to cloud applications, and aligned with global identity standards. Over 9,000 employees were enrolled in Okta within two weeks without business disruption. News Corp benefited from faster enrollment, increased mobile authentication, and automated user lifecycle management.
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8. Business connectivityData processing, analytics, and managementDevice connectivity and management
Solution UX
Stream processors
Analytics and machine
learning
Business
integration
Storage
App back end
MOBILIE
ASSETS
ERP
Data path
Azure IoT solution component
Device metadata
Cloud gateway
AMQP, MQTT, HTTPS
Case Study : Solution Azure Architecture
Device provisioning
IoT Hubs
9. Azure platform services
Security and
management
Azure infrastructure services
Web
Apps
Mobile
Apps
API
Management
API
Apps
Logic
Apps
Notification
Hubs
Content Delivery
Network (CDN)
Media
Services
HDInsight
Storm
Machine
Learning
Stream
Analytics
Data
Factory
Event
Hubs
Mobile
Engagement
Active
Directory
Multi-Factor
Authentication
Automation
Portal
Key Vault
Biztalk
Services
Hybrid
Connections
Service
Bus
Logic
Apps
Storage
Queues
Store /
Marketplace
SQL
Database
Document
DB
Redis
Cache Search
Tables
SQL Data
Warehouse
Cloud
Services
Batch Remote App
Service
Fabric
Visual Studio
Application
Insights
Azure SDK
Team Project
VM Image Gallery
& VM Depot
Data Lake
Store
IoT Hubs
App
Service
SQL Stretch
Database
Data Lake
Analytics
Blob
Case Study : Solution Foundation : Azure Cloud Platform