The Internet of Things landscape

Nov 23, 2009Download as PPT, PDF4 likes3,188 views

(Latest/revised version uploaded December 23, 2014) It's been about 18 months since my original attempt at charting the Internet of Things (IoT) space. To say the least, it's been a period of extraordinary activity in the ecosystem. While the Internet of Things will inevitably ride the ups and downs of inflated hype and unmet expectations, at this stage there's no putting the genie back in the bottle. The Internet of Things is propelled by an exceptional convergence of trends (mobile phone ubiquity, open hardware, Big Data, the resurrection of AI, cloud computing, 3D printing, crowdfunding). In addition, there's an element of self-fulfilling prophecy at play with enterprises, consumers, retailers and the press all equally excited about the possibilities. As a result, the IoT space is now reaching escape velocity. Whether we're ready for it or not, we're rapidly evolving towards a world where just about everything will be connected. This has profound implications for society and how we collectively interact with the world around us. Key concerns around privacy and security will need to be addressed.

The competitive landscape of the Internet of ThingsIoTAnalytics

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The competitive landscape of IoT Competitive forces and companies shaping the Internet of Things Vienna Global IoT Day, 9 April 2015 Knud Lasse Lueth, Founder of IoT Analytics Agenda: Introduction Part 1: How IoT changes competitive forces Part 2: The companies and technologies making IoT happen Conclusion 1. The value of the Internet of Things lies beyond the connectivity – It comes with smart analytics and ecosystem-enablement 2. Entire industry forces are changing due to IoT. Some industries may experience higher profits. Companies need to be aware of potential lock-out. 3. The “new” IoT infrastructure is being created now – Hardware including sensors and processors, communication, software, and application. 4. The top IoT companies in terms of “share-of-voice” currently are: Intel, Microsoft, Cisco, Google, IBM 5. US startup funding in the IoT area is much larger than German or Austrian IoT investment activity

IoTMeetupGuildford#2: The IoT Ecosystem - Justin Anderson (FlexEye)MicheleNati

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The document discusses the growth potential of the Internet of Things (IoT) ecosystem. It notes that Gartner estimates the global economic value added by IoT will reach $1.9 trillion by 2020. Key opportunities for IoT include automotive, smart meters, security solutions, and data analytics services. However, vertical silos currently prevent wider IoT adoption. The document proposes determining interoperability standards to allow data and lessons to be shared across industries. Flexeye is presented as providing "upper middleware" to integrate devices and enable applications through its Eyehub platform. Examples of Eyehub projects include work with Cosworth, Jaguar Land Rover, and a safety monitoring application.

Internet of Things Market | Internet Industry Report | Forecasts 2015-2021Occams Business Research & Consulting

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The document provides an overview and market analysis of the global Internet of Things market from 2015 to 2021. It covers the IoT architecture and value chain, market segmentation by application and enabling technology, as well as drivers, restraints, opportunities and challenges. Key findings include that the global IoT market is expected to grow at a CAGR of 16.05% during 2015-2021, with cloud management services dominating. Commercial applications like mobility and energy are forecasted to be the fastest growing segments.

The Internet of Things - Industry Trends and Key PlayersCM Research

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This document provides an overview of the Internet of Things (IoT) as an investment theme. It defines the IoT as connecting physical objects to the internet to collect and analyze data. It estimates the IoT market will grow significantly by 2020 and outlines the value chain and key players in device, connectivity, data and control layers. The document also reviews standards bodies competing to dominate IoT communications and provides investment themes for 2015 related to social, cloud, mobile, big data, ecosystems and more.

Sensing-as-a-Service - Prepare for the Next Business Model for Internet of Th...Dr. Mazlan Abbas

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1) The document discusses the emerging business model of "Sensing-as-a-Service" and how telecommunications companies can evolve to become end-to-end IoT service providers. 2) It explains how the IoT market is rapidly growing with predictions of over 200 billion connected devices by 2020, creating a huge business opportunity. 3) The document proposes a sensing-as-a-service model where IoT sensor data is published to the cloud and then monetized by selling access and insights to various customers and industries like smart cities.

Go-to-market services for IoTIoTAnalytics

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Hardware Startups: The VC PerspectiveMatt Turck

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Among all the excitement for the Internet of Things and the resurgence of hardware as an investable category, venture capitalists, many of whom new to the space, have been re-discovering the opportunities and challenges of working alongside entrepreneurs to build hardware companies. Combined with a rapid evolution of the venture financing path across categories over the last couple of years, the increasing importance of crowdfunding and a certain frothiness in the market, this leads to a certain confusion, as both entrepreneurs and VCs try to figure out the best way of financing and scaling hardware startups. Some patterns emerge, however: for example, VCs are mostly interested in opportunities that include a strong software and data component; and they are increasingly demanding when it comes to seeing the product actually shipping and gaining early traction.

IoT Analytics Company Presentation IoTAnalytics

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Western Digital Media Landscape (2013)Reach China Holdings Limited

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Intenet of things (IoT) LandscapeMurugadoss Balasubramanian

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This keynote explains about the IoT Landscape and its examples for everyone who is interested learning Internet of Things. If you have any questions always follow IoT Geeks. We are social and make use of us! LinkedIn: https://goo.gl/oqfkFV Meetup: http://goo.gl/DqFtqV Slack: https://goo.gl/zUBZVe Facebook Group: https://goo.gl/REQoVP Facebook Page: https://goo.gl/52X6xq Google+: https://goo.gl/M7NEXL Twitter: https://goo.gl/8qMVXe

Optimized Planning Industry Process ExperienceDassault Systemes

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BIM World 2015 in ParisDassault Systemes

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Construction Industry: Industrialize your Project Management with 3D SoftwareDassault Systemes

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Learning from the manufacturing industry how to improve productivity and project efficiency. In the past 40 years, manufacturing industries have improved productivity about 400% while the construction industry has steadily decline in its productivity. The construction industry needs to learn industrialization to improve construction project efficiency. This white paper explains how manufacturers have improved their productivity and production efficiency. Also, it describes how leaders can change construction project processes based on this philosophy. Discover how to improve construction project productivity and efficiency by Industrialization of the Construction Industry.

The Internet of Things -IOTCarmelon Digital Marketing

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The “Internet of Things” , IoT, is one of the most discussed trends today, affecting virtually any industry.It enables us to personalize, customize and remote-control virtually any aspect of our lives. This presentation aims to explore: what is IoT? where is the trend headed? How can industries such as hospitality, financial services and insurance, automotive, and others, use IoT? What is the added value for the consumer?

Technical landscape of IoTNibodha Technologies

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This document discusses the IoT landscape and provides key details about its history, growth, and challenges. It notes that there will be over 222 billion connected devices by 2020, creating a $7.1 trillion market. While affordable sensors, small sizes, and open source platforms have driven growth, challenges around encryption, security, privacy and identity theft must still be addressed for IoT to be ready for widespread adoption. The document encourages participation in IoT through meetups and DIY kits to help address these challenges.

3D City Model Review of Canadian CitiesRob Carroll

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3D enabling Smart Citiesi-SCOPE Project

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This document discusses how 3D modeling can enable smart cities. It explains that 3D urban models created from geospatial data can be used to create smart web services based on building information. CityGML is presented as a standard for representing 3D city models and its levels of detail (LOD) are described. The document proposes using automated LOD2 CityGML modeling and linking building IDs to cadastral references. Examples of potential 3D-enabled smart city services are given like noise mapping, solar potential analysis, and routing for disabled citizens. It emphasizes the need for authoritative spatial data collection and integration from sources like sensors and crowdsourcing.

Smart City-1Kalpataru Das

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A smart city leverages technology to improve infrastructure and services for citizens. It focuses on adequate utilities like water and electricity, public transport, digital connectivity, governance, health, education, and security. As cities grow denser, planning tools like 3D modeling of infrastructure on the CATIA platform can help cities better plan for the future by rethinking areas like transportation, utilities and public services to create more sustainable, livable environments.

Enabling numerical Simulations in semantic 3D City Models using CityGMLvirtualcitySYSTEMS GmbH

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This document discusses enabling numerical simulations in 3D city models using CityGML. It describes two projects: 1) Simulating urban air flow to calculate pedestrian comfort, and 2) Simulating urban blast scenarios to determine safety perimeters. The challenges of transferring data between GIS and engineering simulation tools are addressed. A workflow is presented for converting CityGML models to CAD formats, running simulations in tools like ANSYS, and reintegrating results into 3D city models. Benefits include leveraging existing spatial data infrastructures while using open standards.

Current and Future Directions of Internet of ThingsDr. Mazlan Abbas

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This document summarizes a presentation by Dr. Mazlan Abbas on current and future directions of the Internet of Things (IoT). The presentation discusses the history and enabling technologies of IoT, including sensors, bandwidth, processing power, and wireless coverage. It outlines how IoT can be used from basic monitoring to advanced autonomous applications. Key benefits are improved performance, reduced costs, new products/revenue, and better customer service. However, integrating data from multiple sources, automated data collection, and analyzing data pose challenges. The presentation envisions future directions like consumer IoT applications, quantified self through wearables, lifelogging to digitally archive personal memories and experiences, and thought-controlled computing using brain-computer interfaces.

Presentacion sobre la expectativa de inflacion de la poliltica monetaria en G...Rudy MC

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El Banco de Guatemala estableció en 2005 un instrumento llamado tasa de interés líder para ayudar en la toma de decisiones sobre la tasa de interés de estabilización monetaria. A partir de entonces, el banco ha medido las expectativas de inflación anualmente para verificar si se mantienen dentro del rango meta, lo que fortalece la credibilidad de su política monetaria. La inflación en Guatemala entre 2005-2016 fluctuó entre -0.28% y 9.4%, siendo influenciada por factores como los precios internacionales del petróleo

Das Internet der Dinge - Ein ÜberblickIngo Stoll

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Gartner Top 10 Strategic Technology Trends 2017IMC Institute

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