Data, telepathy and town planning - How to build Smart Cities as if people mattered
Dr Rick Robinson FBCS CITP FRSA AoU, IT Director, Smart Data and Technology
Len Bundra, the IT and GIS director for Toms River Municipal Utilities Authority, built a free public web map in 2004 that included layers of infrastructure, imagery, and other data. This map proved invaluable for emergency response during and after Hurricane Sandy in 2012, when Bundra updated it with post-storm imagery and flood data. It became a one-stop resource for many agencies and helped with tasks like utility restoration and demolition planning. Bundra's creation of the map showed that "if you build it, they will become aware" of its usefulness.
This document summarizes a geographic information system (GIS) that provides 3D mapping services on demand. The GIS uses various data sources like drones, aerial imagery, and satellite images to create 3D models of buildings, roads, terrain and other landscape features with less manual work than traditional methods. It aims to offer these customized 3D mapping services faster and at a lower cost than other vendors. The startup is currently pre-alpha but plans scaled versions with more automation and capabilities over time to build an on-demand GIS platform.
1) The document discusses mapping and analyzing media institutions and networks by considering their spatial and geographic qualities beyond just content and representation.
2) Several examples are provided of maps that visualize networks like film production and distribution, mobile phone coverage, and the internet.
3) Analyzing the physical infrastructure and layout of urban media networks can provide new insights, as these networks overlap and build upon each other over time, forming "palimpsests" etched into the urban landscape.
The Impact Of Web 2.O On Location Based Services Chengdu China Soft09Nicholas Goubert
Web 2.0 has enabled new location-based services through increased sharing of geographic data, collaborative intelligence, and continuous improvement. Some examples of location-based services mentioned are DialPlus which changes phone calls, Rough Guides which provides travel information for cities, and Kinjo which provides automated location finding services both outdoors and indoors using GPS and Wi-Fi. The proliferation of mobile phones and new technologies like cameras with geotagging capabilities are driving future trends in location-based web mapping services.
Big data – the meeting of the analogue and digital worldsPer Olof Arnäs
This document discusses big data and its applications to shipping and logistics in the 19th century and today. It references logs from Matthew Fontaine Maury from the 1800s that provided data on shipping movements. It notes that big data involves the combination of analog and digital data. It states that big data allows for new knowledge-based industries to compete with traditional ones. The document discusses how big data can be used in logistics to improve supply chain design and management. It references reports by DHL and others on using big data in logistics. It concludes by thanking the audience.
Cities are facing increasing mobility problems as populations grow. Public transportation systems generate large amounts of data from various sources, but there is a gap between the available data and the knowledge that can be extracted. The document discusses challenges around data integration, collaboration, and knowledge extraction in order to improve public transportation planning, operations, and passenger information systems through solutions like optimization algorithms, real-time tracking and alerts, and multimodal route planners. Political commitment is needed to fully leverage the available data.
This document discusses big data from the perspective of freight companies. It notes several global trends impacting freight, including demographic shifts, rapid urbanization, and technological breakthroughs. It outlines areas where logistics companies need to develop in relation to e-commerce, including infrastructure, processes, and services. Challenges for the freight industry are also presented, such as low profit margins, fragmented industry, and data silos. The importance of digitalization and real-time decision making using big data is emphasized. Blockchain technology and its potential applications for freight are also briefly discussed.
The document discusses modeling economic growth and firm dynamics in urban areas. It analyzes firm data from the Klang Valley region of Malaysia from 1990 to 2007. The analysis finds that transportation infrastructure influences firm location choices, with many firms located near transportation features like roads. Manufacturing and wholesale/retail firms especially prefer areas close to transportation. The conclusion is that firm demography and location choices are important for modeling economic development and land use patterns from the bottom-up. However, more detailed firm data would be needed to fully model dynamics like firm migration and closure.
Len Bundra, the IT and GIS director for Toms River Municipal Utilities Authority, built a free public web map in 2004 that included layers of infrastructure, imagery, and other data. This map proved invaluable for emergency response during and after Hurricane Sandy in 2012, when Bundra updated it with post-storm imagery and flood data. It became a one-stop resource for many agencies and helped with tasks like utility restoration and demolition planning. Bundra's creation of the map showed that "if you build it, they will become aware" of its usefulness.
This document summarizes a geographic information system (GIS) that provides 3D mapping services on demand. The GIS uses various data sources like drones, aerial imagery, and satellite images to create 3D models of buildings, roads, terrain and other landscape features with less manual work than traditional methods. It aims to offer these customized 3D mapping services faster and at a lower cost than other vendors. The startup is currently pre-alpha but plans scaled versions with more automation and capabilities over time to build an on-demand GIS platform.
1) The document discusses mapping and analyzing media institutions and networks by considering their spatial and geographic qualities beyond just content and representation.
2) Several examples are provided of maps that visualize networks like film production and distribution, mobile phone coverage, and the internet.
3) Analyzing the physical infrastructure and layout of urban media networks can provide new insights, as these networks overlap and build upon each other over time, forming "palimpsests" etched into the urban landscape.
The Impact Of Web 2.O On Location Based Services Chengdu China Soft09Nicholas Goubert
Web 2.0 has enabled new location-based services through increased sharing of geographic data, collaborative intelligence, and continuous improvement. Some examples of location-based services mentioned are DialPlus which changes phone calls, Rough Guides which provides travel information for cities, and Kinjo which provides automated location finding services both outdoors and indoors using GPS and Wi-Fi. The proliferation of mobile phones and new technologies like cameras with geotagging capabilities are driving future trends in location-based web mapping services.
Big data – the meeting of the analogue and digital worldsPer Olof Arnäs
This document discusses big data and its applications to shipping and logistics in the 19th century and today. It references logs from Matthew Fontaine Maury from the 1800s that provided data on shipping movements. It notes that big data involves the combination of analog and digital data. It states that big data allows for new knowledge-based industries to compete with traditional ones. The document discusses how big data can be used in logistics to improve supply chain design and management. It references reports by DHL and others on using big data in logistics. It concludes by thanking the audience.
Cities are facing increasing mobility problems as populations grow. Public transportation systems generate large amounts of data from various sources, but there is a gap between the available data and the knowledge that can be extracted. The document discusses challenges around data integration, collaboration, and knowledge extraction in order to improve public transportation planning, operations, and passenger information systems through solutions like optimization algorithms, real-time tracking and alerts, and multimodal route planners. Political commitment is needed to fully leverage the available data.
This document discusses big data from the perspective of freight companies. It notes several global trends impacting freight, including demographic shifts, rapid urbanization, and technological breakthroughs. It outlines areas where logistics companies need to develop in relation to e-commerce, including infrastructure, processes, and services. Challenges for the freight industry are also presented, such as low profit margins, fragmented industry, and data silos. The importance of digitalization and real-time decision making using big data is emphasized. Blockchain technology and its potential applications for freight are also briefly discussed.
The document discusses modeling economic growth and firm dynamics in urban areas. It analyzes firm data from the Klang Valley region of Malaysia from 1990 to 2007. The analysis finds that transportation infrastructure influences firm location choices, with many firms located near transportation features like roads. Manufacturing and wholesale/retail firms especially prefer areas close to transportation. The conclusion is that firm demography and location choices are important for modeling economic development and land use patterns from the bottom-up. However, more detailed firm data would be needed to fully model dynamics like firm migration and closure.
Singapore - Future of surveillance and transparency?Speck&Tech
Speaker: DERRICK DE KERCKHOVE
It is clear that Seoul and Singapore have taken the international lead in turning genuinely smart. This entails knowing everything possible about not just the city but also its inhabitants. The effect is to make people transparent and to hold them accountable for eventual misdeed or misbehaviour. I intend to show how this is done in Singapore. To be fair, the city administration is also keen to be transparent. The people seem to be happy in general with this situation.
So the question is: forced by rising worldwide insecurity, will cities such as Paris or Rome, or any other human agglomeration not feel obliged to follow Singapore’s example simply to protect its citizens? What would be the consequences on social behaviour and the people’s welfare? I do not pretend to answer this question myself but to invite a debate either then and there with the audience, or invite the conference planners to set one up.
2016 ibm watson io t forum 躍升雲端 敏捷打造物聯網平台Mike Chang
The document discusses IBM's Watson IoT platform and how it can be used from device connectivity to analytics. It provides an overview of the different phases of using the platform from try/dev to managing services. It also discusses how the platform allows composing applications using tools like Node-RED and integrating various services like data and analytics. Industry solutions and examples are also mentioned.
Technological Challenges in Managing and Operating a Smart City: Planning for...Biplav Srivastava
This talk discusses smart city in Indian context and how Data/Open and AI/Planning can help in tackling them. Given as part of IEEE Workshop on Technologies for Planning and Acting in Real World Systems at Bangalore, India on 4th Sep, 2015.
The first question is what is meant by a ‘smart city’. The answer is, there is no universally accepted definition of a Smart City. It means different things to different people. The conceptualization of Smart City, therefore, varies from city to city and country to country, depending on the level of development, willingness to change and reform, resources and aspirations of the city residents. A Smart City would have a different connotation in India than, say, Europe. Even in India, there is no one way of defining a Smart City.
Smart City Features:
Quick accident relief: In case of accident or fault in a vehicle, people will get help in just one call. They will get help through CCTV too.
Smart Traffic system: On the lines of London’s Smart Traffic System, people will get the information regarding heavy traffic in advance. At present, Bangalore has this system.
Face Identification System to catch criminals: On the lines of Paris, the Smart City will have Face Identification System in place to catch criminals. The photos and DNA of criminals and suspects will be entered in computer and information will also be shared with other cities.
Hello techies, innovators, CLabbers, speckers, startuppers and friends! :)
We have decided to organize an awesome event on the 9th of March, starting at 7PM, focusing on the latest happenings about the Cloud.
Agenda:
Event opening
Introduction to our Communities
Streaming & discussion of the most interesting news of CloudNext
Networking with food & drink provided
Event closing
This event is made possible by a joint effort of all the tech-communities of Trentino: GDG Trento, Trentino Cloud Computing, Speck&Tech, CLab Trento, HIT - Hub Innovazione Trentino.
The document discusses the Antwerp City Platform as a Service (ACPaaS), which provides reusable application programming interfaces (APIs) and engines to help developers create citizen-focused apps. It outlines several core engines available in ACPaaS, including notification, multilanguage support, and API/SDK engines. The goal of ACPaaS is to unlock the potential of city data and services through an open API marketplace and tools to empower developers and startups to build apps that improve the citizen experience.
OpenMove designs and develops software for intelligent transportation. They started in 2014 with an app for a single customer and public funding, and by 2016 had several customers and revenues. They now have three business lines - a branded product, SaaS for SMEs, and custom development - and are focused on mobile and paper ticketing. Their technology includes apps for end users, inspectors, and collectors, as well as core servers, an admin platform, and monitoring systems.
Ibm Cloud platform and LoRa IoT in smart cityMike Chang
This document discusses IBM's cloud and cognitive IoT solutions. It highlights that IBM Cloud provides a highly secure, scalable and open platform for innovating with IoT. It also describes IBM's end-to-end IoT ecosystem that helps companies build and deploy IoT solutions from chip to cloud. Finally, it promotes IBM Bluemix as an innovation platform that provides the tools, services and runtimes needed to develop cognitive and IoT applications.
Smart City and Innovation in Hong Kong - Priorities and ChallengesCharles Mok
Charles Mok discusses smart city development in Hong Kong and priorities and challenges. He outlines a framework with components like economy, mobility/transport, environment, living, and governance. International examples from cities like Barcelona and Seoul show initiatives in areas like free public Wi-Fi, environmental monitoring, and emergency response systems. Upcoming government consultations will explore creating a smart city blueprint. Key to development will be talent, funding, infrastructure, partnerships between government and businesses, and an innovation-friendly culture. Hong Kong has opportunities in areas like transportation, green initiatives, finance, and data centers.
How is Milan, the capital of fashion and design, becoming smart?Comarch
Citizens, shops, restaurants and culture combined in one innovative platform. How Comarch has faced the challenges of the city of Milan. SmartMI application modules explained and live demo.
Smart Cities and the Value of Ecosystem ServicesSylvain Remy
Presented at the "Urban Planning. Strategy, and Real Estate Management" Round Table at the College of Engineering of Seoul National University on 29 April 2016
How Singapore is Paving the Way for Global Smart CitiesSolace
Singapore is at the leading edge of global smart city initiatives and is a good deal of the way along the path to truly transforming the “city nation” for the benefit of its citizens and the redefinition of its government. Everything is on the table for reinvention in Singapore from smart transportation to smart energy to smart buildings to how its citizens receive smarter healthcare.
But what is a “smart city”? A smart city uses technology to deliver services, uses technology to reduce costs for service providers and uses technology to allow citizens to improve the running of the city. With sensors planted measuring everything from traffic to street lights, Singapore has deep insights into the lessons in IoT deployment and delivery on a truly large scale.
On October 13th, 2016 at the Internet of Things Developer meetup, Sumeet Puri presented a social and technical perspective on the Singapore smart cities initiative from two viewpoints: his role as an architect of several Singapore Smart City projects and as a resident of Singapore living through the transformation of his surroundings. Sumeet will share stories about Singapore’s efforts, and give us insights into the technical decisions needed to make this a reality. Sumeet will talk about architecting for IoT at scale, lessons learned from the Singapore Smart City Initiatives and the response of the public to these changes.
This document discusses an open smart city platform called SFCity that allows any city to leverage existing assets as sensors without high costs. It describes projects in Japan that used public garbage trucks and city staff as sensors by transforming their daily activities into IoT data streams. The platform also transforms existing web data into sensor data streams. This approach generates massive IoT data for applications without new sensor deployment. SFCity provides unified APIs and has been deployed in Fujisawa City, powering applications for city management, reducing garbage, and disaster response by integrating data from vehicle sensors, citizen reports, and 10,000 web sources.
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
This document provides an introduction to Internet of Things (IoT) and smart cities. It discusses Kevin Ashton who coined the term "Internet of Things" and his vision for using data to increase efficiency. Key enabling technologies for IoT like cheap sensors, bandwidth, processing and wireless coverage are outlined. Examples of IoT applications in various sectors like manufacturing, transportation, agriculture and smart cities are provided. The document also discusses challenges in making sense of the large amounts of data generated by IoT devices and the importance of a citizen-centric approach to building smart cities by leveraging crowdsourcing and citizen engagement.
Despite the hype about Smart Cities, many IoT startups find this sector daunting, thinking smart city applications are complex, hard to sell and require intensive support. Rick Robinson thinks this is a myth and in this talk he will look at the current state of Smart Cities and where some of the most interesting challenges lie.
Smarter Cities - Rick Robinson, IBM - State of the Map 2013 (SotM 2013 Birmin...OSMFstateofthemap
The document discusses smarter cities and how they are created by people, in places, using information. It provides links to various projects and analyses related to using technology and data to improve cities, including an analysis of bus movements in Dublin, a smartphone payment service, a pedestrian roundabout in Shanghai, a 3D printer, and images from brain scans. The document is from Dr. Rick Robinson of IBM about their work on smarter cities.
Riba nbs live rick robinson smart cities 281014Rick Robinson
My presentation on Smart Cities to the RIBA and NBS Live Digital Thinking, Smart Buildings conference on 4th November 2014. The presentation gave examples of technologies that are disrupting the services, infrastructures and economies of cities, and examples of applying those technologies in ways that not only create efficiencies and resilience in cities, but that enable local communities and businesses to create their own innovations.
Smarter Cities and Communities: technology and collaboration - a presentation...Rick Robinson
I was honoured last year to be asked to address the 16th session of the United Nations’ Commission on Science and Technology for Development in Geneva on the topic of Smarter Cities and Communities. I was invited to speak following the Commission’s interest in my article “Open urbanism: why the information economy will lead to sustainable cities“, which was referenced in their report “Science, technology and innovation for sustainable cities and peri-urban communities“. A transcript of the presentation can be found at http://theurbantechnologist.com/2013/06/06/an-address-to-the-united-nations-science-technology-and-innovation-for-sustainable-cities-and-peri-urban-communities/
The document discusses various technologies and initiatives related to smarter cities. It provides links to projects involving analysis of bus movements in Dublin, a smartphone payment service, a pedestrian roundabout in Shanghai, a 3D printer, digital screens in Beijing, photos of Dhaka and MRI scans, the IBM Watson computer, a 3D printed prosthetic leg, social enterprises in Sunderland, mobile services for farmers in Africa, traffic prediction technologies, and a photo project in Mumbai. The document is authored by Rick Robinson from IBM and provides an overview of technologies and case studies relevant to smarter cities.
Singapore - Future of surveillance and transparency?Speck&Tech
Speaker: DERRICK DE KERCKHOVE
It is clear that Seoul and Singapore have taken the international lead in turning genuinely smart. This entails knowing everything possible about not just the city but also its inhabitants. The effect is to make people transparent and to hold them accountable for eventual misdeed or misbehaviour. I intend to show how this is done in Singapore. To be fair, the city administration is also keen to be transparent. The people seem to be happy in general with this situation.
So the question is: forced by rising worldwide insecurity, will cities such as Paris or Rome, or any other human agglomeration not feel obliged to follow Singapore’s example simply to protect its citizens? What would be the consequences on social behaviour and the people’s welfare? I do not pretend to answer this question myself but to invite a debate either then and there with the audience, or invite the conference planners to set one up.
2016 ibm watson io t forum 躍升雲端 敏捷打造物聯網平台Mike Chang
The document discusses IBM's Watson IoT platform and how it can be used from device connectivity to analytics. It provides an overview of the different phases of using the platform from try/dev to managing services. It also discusses how the platform allows composing applications using tools like Node-RED and integrating various services like data and analytics. Industry solutions and examples are also mentioned.
Technological Challenges in Managing and Operating a Smart City: Planning for...Biplav Srivastava
This talk discusses smart city in Indian context and how Data/Open and AI/Planning can help in tackling them. Given as part of IEEE Workshop on Technologies for Planning and Acting in Real World Systems at Bangalore, India on 4th Sep, 2015.
The first question is what is meant by a ‘smart city’. The answer is, there is no universally accepted definition of a Smart City. It means different things to different people. The conceptualization of Smart City, therefore, varies from city to city and country to country, depending on the level of development, willingness to change and reform, resources and aspirations of the city residents. A Smart City would have a different connotation in India than, say, Europe. Even in India, there is no one way of defining a Smart City.
Smart City Features:
Quick accident relief: In case of accident or fault in a vehicle, people will get help in just one call. They will get help through CCTV too.
Smart Traffic system: On the lines of London’s Smart Traffic System, people will get the information regarding heavy traffic in advance. At present, Bangalore has this system.
Face Identification System to catch criminals: On the lines of Paris, the Smart City will have Face Identification System in place to catch criminals. The photos and DNA of criminals and suspects will be entered in computer and information will also be shared with other cities.
Hello techies, innovators, CLabbers, speckers, startuppers and friends! :)
We have decided to organize an awesome event on the 9th of March, starting at 7PM, focusing on the latest happenings about the Cloud.
Agenda:
Event opening
Introduction to our Communities
Streaming & discussion of the most interesting news of CloudNext
Networking with food & drink provided
Event closing
This event is made possible by a joint effort of all the tech-communities of Trentino: GDG Trento, Trentino Cloud Computing, Speck&Tech, CLab Trento, HIT - Hub Innovazione Trentino.
The document discusses the Antwerp City Platform as a Service (ACPaaS), which provides reusable application programming interfaces (APIs) and engines to help developers create citizen-focused apps. It outlines several core engines available in ACPaaS, including notification, multilanguage support, and API/SDK engines. The goal of ACPaaS is to unlock the potential of city data and services through an open API marketplace and tools to empower developers and startups to build apps that improve the citizen experience.
OpenMove designs and develops software for intelligent transportation. They started in 2014 with an app for a single customer and public funding, and by 2016 had several customers and revenues. They now have three business lines - a branded product, SaaS for SMEs, and custom development - and are focused on mobile and paper ticketing. Their technology includes apps for end users, inspectors, and collectors, as well as core servers, an admin platform, and monitoring systems.
Ibm Cloud platform and LoRa IoT in smart cityMike Chang
This document discusses IBM's cloud and cognitive IoT solutions. It highlights that IBM Cloud provides a highly secure, scalable and open platform for innovating with IoT. It also describes IBM's end-to-end IoT ecosystem that helps companies build and deploy IoT solutions from chip to cloud. Finally, it promotes IBM Bluemix as an innovation platform that provides the tools, services and runtimes needed to develop cognitive and IoT applications.
Smart City and Innovation in Hong Kong - Priorities and ChallengesCharles Mok
Charles Mok discusses smart city development in Hong Kong and priorities and challenges. He outlines a framework with components like economy, mobility/transport, environment, living, and governance. International examples from cities like Barcelona and Seoul show initiatives in areas like free public Wi-Fi, environmental monitoring, and emergency response systems. Upcoming government consultations will explore creating a smart city blueprint. Key to development will be talent, funding, infrastructure, partnerships between government and businesses, and an innovation-friendly culture. Hong Kong has opportunities in areas like transportation, green initiatives, finance, and data centers.
How is Milan, the capital of fashion and design, becoming smart?Comarch
Citizens, shops, restaurants and culture combined in one innovative platform. How Comarch has faced the challenges of the city of Milan. SmartMI application modules explained and live demo.
Smart Cities and the Value of Ecosystem ServicesSylvain Remy
Presented at the "Urban Planning. Strategy, and Real Estate Management" Round Table at the College of Engineering of Seoul National University on 29 April 2016
How Singapore is Paving the Way for Global Smart CitiesSolace
Singapore is at the leading edge of global smart city initiatives and is a good deal of the way along the path to truly transforming the “city nation” for the benefit of its citizens and the redefinition of its government. Everything is on the table for reinvention in Singapore from smart transportation to smart energy to smart buildings to how its citizens receive smarter healthcare.
But what is a “smart city”? A smart city uses technology to deliver services, uses technology to reduce costs for service providers and uses technology to allow citizens to improve the running of the city. With sensors planted measuring everything from traffic to street lights, Singapore has deep insights into the lessons in IoT deployment and delivery on a truly large scale.
On October 13th, 2016 at the Internet of Things Developer meetup, Sumeet Puri presented a social and technical perspective on the Singapore smart cities initiative from two viewpoints: his role as an architect of several Singapore Smart City projects and as a resident of Singapore living through the transformation of his surroundings. Sumeet will share stories about Singapore’s efforts, and give us insights into the technical decisions needed to make this a reality. Sumeet will talk about architecting for IoT at scale, lessons learned from the Singapore Smart City Initiatives and the response of the public to these changes.
This document discusses an open smart city platform called SFCity that allows any city to leverage existing assets as sensors without high costs. It describes projects in Japan that used public garbage trucks and city staff as sensors by transforming their daily activities into IoT data streams. The platform also transforms existing web data into sensor data streams. This approach generates massive IoT data for applications without new sensor deployment. SFCity provides unified APIs and has been deployed in Fujisawa City, powering applications for city management, reducing garbage, and disaster response by integrating data from vehicle sensors, citizen reports, and 10,000 web sources.
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
This document provides an introduction to Internet of Things (IoT) and smart cities. It discusses Kevin Ashton who coined the term "Internet of Things" and his vision for using data to increase efficiency. Key enabling technologies for IoT like cheap sensors, bandwidth, processing and wireless coverage are outlined. Examples of IoT applications in various sectors like manufacturing, transportation, agriculture and smart cities are provided. The document also discusses challenges in making sense of the large amounts of data generated by IoT devices and the importance of a citizen-centric approach to building smart cities by leveraging crowdsourcing and citizen engagement.
Despite the hype about Smart Cities, many IoT startups find this sector daunting, thinking smart city applications are complex, hard to sell and require intensive support. Rick Robinson thinks this is a myth and in this talk he will look at the current state of Smart Cities and where some of the most interesting challenges lie.
Smarter Cities - Rick Robinson, IBM - State of the Map 2013 (SotM 2013 Birmin...OSMFstateofthemap
The document discusses smarter cities and how they are created by people, in places, using information. It provides links to various projects and analyses related to using technology and data to improve cities, including an analysis of bus movements in Dublin, a smartphone payment service, a pedestrian roundabout in Shanghai, a 3D printer, and images from brain scans. The document is from Dr. Rick Robinson of IBM about their work on smarter cities.
Riba nbs live rick robinson smart cities 281014Rick Robinson
My presentation on Smart Cities to the RIBA and NBS Live Digital Thinking, Smart Buildings conference on 4th November 2014. The presentation gave examples of technologies that are disrupting the services, infrastructures and economies of cities, and examples of applying those technologies in ways that not only create efficiencies and resilience in cities, but that enable local communities and businesses to create their own innovations.
Smarter Cities and Communities: technology and collaboration - a presentation...Rick Robinson
I was honoured last year to be asked to address the 16th session of the United Nations’ Commission on Science and Technology for Development in Geneva on the topic of Smarter Cities and Communities. I was invited to speak following the Commission’s interest in my article “Open urbanism: why the information economy will lead to sustainable cities“, which was referenced in their report “Science, technology and innovation for sustainable cities and peri-urban communities“. A transcript of the presentation can be found at http://theurbantechnologist.com/2013/06/06/an-address-to-the-united-nations-science-technology-and-innovation-for-sustainable-cities-and-peri-urban-communities/
The document discusses various technologies and initiatives related to smarter cities. It provides links to projects involving analysis of bus movements in Dublin, a smartphone payment service, a pedestrian roundabout in Shanghai, a 3D printer, digital screens in Beijing, photos of Dhaka and MRI scans, the IBM Watson computer, a 3D printed prosthetic leg, social enterprises in Sunderland, mobile services for farmers in Africa, traffic prediction technologies, and a photo project in Mumbai. The document is authored by Rick Robinson from IBM and provides an overview of technologies and case studies relevant to smarter cities.
CIO Event - Big data, open data and telepathy: building better places to live...Global Business Intel
Big data, open data and telepathy: building better places to live, work and travel
Presented by: Rick Robinson, IT Director, Smart Data and Technology, Amey
Open data, kebabs and town planning: how to build Smart Cities as if people m...Rick Robinson
My presentation to the ODI Futures "Scaling Open Smart Cities" event. More background on the ideas and projects in the presentation can be found at http://theurbantechnologist.com/
Big data, open data and telepathy: technologies for smart, human-scale cities...Rick Robinson
How will cities and communities be successful in the future? Why will people want to live in them and what challenges will they face? Technologies such as big data, 3D printing, the internet of things and social media will be crucial enablers of resilient, vibrant and equitable cities and communities in the future; and technologies invented in coming years will quickly create possibilities that are hard for us to imagine today. But applying them successfully to create better places to live and do business is a challenge for personal and community leadership and business innovation, not just engineering.
Smarter Cities briefing for the Technology Strategy Board's Future Cities Cat...Rick Robinson
I recently spent the afternoon briefing the UK Technology Strategy Board's Future Cities Catapult team on IBM's engagement in the Smarter Cities market. This presentation covers our Research projects and "Smarter Cities Challenge" through which we developed our understanding of urban challenges and the opportunities for technology to address them; through to our engagement with entrepreneurs and other innovative ecosystems; through to case studies from our work with customers. The downloadable powerpoint file has speaker notes and links to further material.
Tomorrows smart cities will work like magicRick Robinson
When I was a teenager, I spent my monthly allowance visiting this basement shop in a London Alley near Oxford Street … at the time, it was the only place in the whole of the UK to buy *really* cutting-edge European Death Metal music.
Technology has changed our world so much over the last two decades that my youth seems like ancient history; but over the next two decades, the changes that will become possible as technology develops will be even more striking; and it may even be hard to recognise the way that we interact with our future world as "human behaviour" as we understand it now.
As consumer technologies such as social media, open data and smartphones evolve through the next-generation of "human/computer interfaces", the incredible power of future technology will be put into the hands of individuals and small businesses. By opening up cities' digital infrastructure to them, business and government can help people and cities to help themselves.
Big data, open data and telepathy: building better places to live, work and ...Rick Robinson
A recent presentation on Amey's role in creating smarter, more sustainable, socially mobile cities and communities in partnership with our customers in local government, central government, transport and utilities taking into account Trends and technologies such as platform capitalism, automated/autonomous systems and artificial intelligence.
This document discusses smart cities and how digital technologies can be integrated across various city functions and infrastructure to improve living conditions. It provides examples of technologies being used in transportation, utilities, and public services. While technologies aim to make cities safer and more efficient, their development and use also raise issues regarding privacy, surveillance, hacking risks, and the potential exclusion of certain groups. The document encourages thinking critically about how technologies could both empower and disempower citizens.
This document discusses smart cities and how technology can be used to address issues in urban environments. It defines a smart city as one that uses digital technologies and IoT solutions across various city functions like transportation, utilities and public services to make city living safer and easier. Examples are given of technologies currently being used, and students then brainstorm solutions to local issues and discuss potential benefits and risks of implementing smart city technologies at scale, such as privacy concerns and the risk of certain groups being disempowered or excluded.
Smarter cities: design thinking and market forcesRick Robinson
A presentation to the UK Government Office for Science describing the design thinking and awareness of urban design necessary for "Smarter City" technology solutions to improve lives, communities and economies in cities. Includes a set of early "design patterns" for re-applying successful "Smarter City" ideas in new contexts; and a high-level analysis of the market drivers and barriers that are determining the speed at which investment can be unlocked to apply these ideas in cities everywhere.
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Data, telepathy and town planning - How to build Smart Cities as if people mattered
1. Cover with focus picture 1 Cover with focus picture 2 Cover with focus picture 3
Data, telepathy and town planning
How to build Smart Cities as if people mattered
Dr Rick Robinson FBCS CITP FRSA AoU, IT Director, Smart Data and Technology
rick.robinson@amey.co.uk http://theurbantechnologist.com @dr_rick
6. Brutal urbanism
Photo of Masshouse Circus, Birmingham, before its redevelopment, by Birmingham City Council
http://www.birmingham.gov.uk/cs/Satellite?c=Page&childpagename=Planning-
Management%2FPageLayout&cid=1223092740947&pagename=BCC%2FCommon%2FWrapper%2FWrapper
Photo Buford Highway, Atlanta by PBS
http://www.pbs.org/wnet/need-to-know/the-daily-need/dangerous-by-design/9619/
8. Smart urbanism
Images and concept from Kelvin Campbell’s “Smart Urbanism” movement:
http://www.smarturbanism.org.uk/
Massive / Small: what are the characteristics of cities that give rise to
“massive” amounts of “small-scale” innovation?
11. Photo of Jane Jacobs by Michèl Champagne
http://www.mediamatic.net/104796/en/jane-jacobs-ideas-that-matter
Photo of Christopher Alexander by Eugene Kim
http://www.flickr.com/photos/eekim/5686194142/
1. Broadband
connectivity
2. Cloud computing
3. Mobile and
smartphones
4. Social media
5. The touchscreen
6. Open source software
7. Intelligent hardware
8. Open APIs
9. Open data
10. Open standards
11. Mundane interfaces
12. Identity stores
13. Maps and
geolocation
14. Social enterprise
15. Alternative currencies
16. The “sharing economy”
17. Information partnerships
18. Regeneration &
incubation
19. Sustainable business
20. Intelligent infrastructure
21. Local energy
22. Insight without certainty
Smarter City Design Patterns:
http://theurbantechnologist.com/design-patterns/
http://theurbantechnologist.com/2014/07/01/12-simple-technologies-for-cities-that-are-
smart-open-and-fair/
12. Smart Hack Birmingham 2012
Coders taking part in “Smart Hack” at Birmingham Science Park Aston in 2012 by Sebastian Lenton: https://twitter.com/sebastianlenton
16. Translational thinking
Photo by lecercle of a girl in Mumbai doing her
homework on whatever flat surface she could find:
http://www.flickr.com/photos/lecercle/439745670/
Massive/small
A US Department of Agriculture inspector examines a shipment
of imported frozen meat in New Orleans in 2013. Photo by Anson
Eaglin: https://www.flickr.com/photos/usdagov/11325445264
Little / big
Top-down / bottom-up
http://www.fastcompany.com/1842367/tropical-tale-tourists-networks-and-new-kind-leadership
17. Cover with focus picture 1 Cover with focus picture 2 Cover with focus picture 3
Thankyou
Dr Rick Robinson FBCS CITP FRSA AoU, IT Director, Smart Data and Technology
rick.robinson@amey.co.uk http://theurbantechnologist.com @dr_rick
Editor's Notes
A couple of years ago, whilst walking through London to give a talk similar to this one, I was reminded of just how much the world has changed in my lifetime.
I found myself walking along Wardour St. in Soho, just off Oxford St., and past a small alley called St. Anne’s Court, which brought back enormous memories for me. In the 1980s I spent all the money I earned washing pots in a local restaurant in Winchester catching the train to London every weekend to visit a small shop in the basement of the building you see in the photo on the right.
Now I wonder if anyone in this room knows the significance of this particular “hyper-local” place in London to the music scene in Britain in the 1980s?
It was the only place in the country you could buy really cutting-edge European thrash metal.
The process by which bands like Hellhammer, Voivod and Celtic Frost – who at the time were three 17 year olds practicing in an old military bunker outside Zurich – managed to connect to the very few people like me around the world who were willing to pay money for their music sounds like ancient history now. It was a world of hand-printed “fanzines”, and demo tapes painstakingly copied one at a time.
Our world has been utterly transformed in the relatively short time between now and then by the phenomenal ease with which we can exchange information.
(“Lives on the Line” by James Cheshire at UCL’s Centre for Advanced Spatial Analysis, showing the variation in life expectancy and correlation to child poverty in London. From Cheshire, J. 2012. Lives on the Line: Mapping Life Expectancy Along the London Tube Network. Environment and Planning A. 44 (7). Doi: 10.1068/a45341)
http://www.theguardian.com/society/2012/may/15/graph-doom-social-care-services-barnet
What do you get when you mix a tourist and a satnav? This, as it happens. Thinking it was the entrance to and underground car park (with stairs?!) this hapless motorist launched themselves into the French subway. I suppose that’s one interpretation of going off the beaten track in Paris.
http://www.insuranceclaims.co.uk/news/freaky-car-crashes/
Packages from Amazon delivered to Google’s San Francisco office. Photo bymoppet65535
https://www.flickr.com/photos/9880707@N02/
http://www.bbc.co.uk/news/science-environment-22421185
Surveillance cameras in Sparkbrook, Birmingham. It was decommissioned after complaints from residents and the local media when it was discovered the cameras had been installed by the intelligence services to look for evidence of terrorist activity. The network included 40 classified as covert and believed to be hidden in trees and walls.
http://www.theguardian.com/uk/2010/jun/17/birmingham-stops-muslim-surveillance-scheme12
As we turn our thinking from examples to how to create new Smarter initiatives we can learn from the unlikely godparents of Smarter thinking.
In the 1970s Christopher Alexander created “design patterns” as a tool to share experience of town design between architects, town planners and urban designers.
In the 1980s, the concept of “design patterns” was adopted wholesale by the software industry, and Ward Cunningham invented the “wiki” as a collaborative platform for software designers to develop and share patterns. The majority of the software developed for desktop computers, laptops and distributed servers today is now explicitly or implicity based on these design patterns.
http://theurbantechnologist.com/2013/02/15/do-we-need-a-pattern-language-for-smarter-cities/
Jane Jacobs said that we should understand the performance of cities and communities through the detail of individual behaviour, and her thinking is still regarded as foundational by many professionals in the field of cities and urbanism today. Social media / smart cities gives us the ability to engage big systems in the detail of that behaviour in technology, just as urbanists have done in the built environment. And just as privacy will be the foundation upon which an information economy is built, Jacobs showed that privacy was the foundation of a safe and thriving city.
What are the patterns for Smarter Cities?
Some of the business model patterns we have seen include: Social Enterprise, Information Sharing Partnership, Online Marketplace, Cross-City Collaboration, Sustainable Business, Disruptive Business Platforms, Collective Infrastructure and Regeneration and Incubation: http://theurbantechnologist.com/design-patterns/
This is what happens when you give city data to people with the skills and passion to do something about it. These people spent a weekend together in 2012 asking themselves: in what way should Birmingham be better? And what can we do about it?
They wrote an app that connected spare food prepared in professional kitchens each day with soup kitchens in need of more food.
So what came of this?
The Smart City Alliance came together to promote “massive / small” innovation by creating a network of networks so that great ideas from one place can find great support from another. We convened a set of “unusual suspects” to explore how we could take the ideas generated in the hackathon forward, and create a systematic change to food culture in Birmingham.
… and Two years later, it led to the Harborne Food School, which opened this month, offering training courses in cookery, sustainable food production and running small food businesses. And it intends in the near future to operate a local food distribution service based on the ideas from the Hackathon.