Chapter by Daniele Archibugi et al in The Handbook of Global Science, Technology, and Innovation: “Today, governments release governmental data that were previously hidden to the public. This democratization of governmental open data (OD) aims to increase transparency but also fuels innovation. Indeed, the release of governmental OD is a global trend, which has evolved into governmental open innovation (GOI). In GOI, governmental actors purposively manage the knowledge flows that span organizational boundaries and reveal innovation-related knowledge to the public with the aim to spur innovation for a higher economic and social welfare at regional, national, or global scale. GOI subsumes different revealing strategies, namely governmental OD, problem, and solution revealing. This chapter introduces the concept of GOI that has evolved from global OD efforts. It present a historical analysis of the emergence of GOI in four different continents, namely, Europe (UK and Denmark), North America (United States and Mexico), Australia, and China to highlight the emergence of GOI at a global scale….(More)”
Open Innovation, Open Science, Open to the World
Speech by Carlos Moedas, EU Commissioner for Research, Science and Innovation: “On 25 April this year, an earthquake of magnitude 7.3 hit Nepal. To get real-time geographical information, the response teams used an online mapping tool called Open Street Map. Open Street Map has created an entire online map of the world using local knowledge, GPS tracks and donated sources, all provided on a voluntary basis. It is open license for any use.
Open Street Map was created by a 24 year-old computer science student at University College London in 2004, has today 2 million users and has been used for many digital humanitarian and commercial purposes: From the earthquakes in Haiti and Nepal to the Ebola outbreak in West Africa.
This story is one of many that demonstrate that we are moving into a world of open innovation and user innovation. A world where the digital and physical are coming together. A world where new knowledge is created through global collaborations involving thousands of people from across the world and from all walks of life.
Ladies and gentlemen, over the next two days I would like us to chart a new path for European research and innovation policy. A new strategy that is fit for purpose for a world that is open, digital and global. And I would like to set out at the start of this important conference my own ambitions for the coming years….
Open innovation is about involving far more actors in the innovation process, from researchers, to entrepreneurs, to users, to governments and civil society. We need open innovation to capitalise on the results of European research and innovation. This means creating the right ecosystems, increasing investment, and bringing more companies and regions into the knowledge economy. I would like to go further and faster towards open innovation….
I am convinced that excellent science is the foundation of future prosperity, and that openness is the key to excellence. We are often told that it takes many decades for scientific breakthroughs to find commercial application.
Let me tell you a story which shows the opposite. Graphene was first isolated in the laboratory by Profs. Geim and Novoselov at the University of Manchester in 2003 (Nobel Prizes 2010). The development of graphene has since benefitted from major EU support, including ERC grants for Profs. Geim and Novoselov. So I am proud to show you one of the new graphene products that will soon be available on the market.
This light bulb uses the unique thermal dissipation properties of graphene to achieve greater energy efficiencies and a longer lifetime that LED bulbs. It was developed by a spin out company from the University of Manchester, called Graphene Lighting, as is expected to go on sale by the end of the year.
But we must not be complacent. If we look at indicators of the most excellent science, we find that Europe is not top of the rankings in certain areas. Our ultimate goal should always be to promote excellence not only through ERC and Marie Skłodowska-Curie but throughout the entire H2020.
For such an objective we have to move forward on two fronts:
First, we are preparing a call for European Science Cloud Project in order to identify the possibility of creating a cloud for our scientists. We need more open access to research results and the underlying data. Open access publication is already a requirement under Horizon 2020, but we now need to look seriously at open data…
When innovators like LEGO start fusing real bricks with digital magic, when citizens conduct their own R&D through online community projects, when doctors start printing live tissues for patients … Policymakers must follow suit…(More)”
A framework for Adoption of Challenges and Prizes in US Federal Agencies: A Study of Early Adopters
Thesis by Louis, Claudia (Syracuse University): “In recent years we have witnessed a shift in the innovation landscape of organizations from closed to more open models embracing solutions from the outside. Widespread use of the internet and web 2.0 technologies have made it easier for organizations to connect with their clients, service providers, and the public at large for more collaborative problem solving and innovation. Introduction of the Open Government initiative accompanied by the America Competes Reauthorization Act signaled an unprecedented commitment by the US Federal Government to stimulating more innovation and creativity in problem solving. The policy and legislation empowered agencies to open up their problem solving space beyond their regular pool of contractors in finding solutions to the nation’s most complex problems.
This is an exploratory study of the adoption of challenges as an organizational innovation in public sector organizations. The main objective is to understand and explain how, and under what conditions challenges are being used by federal agencies and departments as a tool to promote innovation. The organizational innovation literature provides the main theoretical foundation for this study, but does not directly address contextual aspects regarding the type of innovation and the type of organization. The guiding framework uses concepts drawn from three literature streams: organizational innovation, open innovation, and public sector innovation…. (More)”
21st-Century Public Servants: Using Prizes and Challenges to Spur Innovation
Jenn Gustetic at the Open Government Initiative Blog: “Thousands of Federal employees across the government are using a variety of modern tools and techniques to deliver services more effectively and efficiently, and to solve problems that relate to the missions of their Agencies. These 21st-century public servants are accomplishing meaningful results by applying new tools and techniques to their programs and projects, such as prizes and challenges, citizen science and crowdsourcing, open data, and human-centered design.
Prizes and challenges have been a particularly popular tool at Federal agencies. With 397 prizes and challenges posted on challenge.gov since September 2010, there are hundreds of examples of the many different ways these tools can be designed for a variety of goals. For example:
- NASA’s Mars Balance Mass Challenge: When NASA’s Curiosity rover pummeled through the Martian atmosphere and came to rest on the surface of Mars in 2012, about 300 kilograms of solid tungsten mass had to be jettisoned to ensure the spacecraft was in a safe orientation for landing. In an effort to seek creative concepts for small science and technology payloads that could potentially replace a portion of such jettisoned mass on future missions, NASA released the Mars Balance Mass Challenge. In only two months, over 200 concepts were submitted by over 2,100 individuals from 43 different countries for NASA to review. Proposed concepts ranged from small drones and 3D printers to radiation detectors and pre-positioning supplies for future human missions to the planet’s surface. NASA awarded the $20,000 prize to Ted Ground of Rising Star, Texas for his idea to use the jettisoned payload to investigate the Mars atmosphere in a way similar to how NASA uses sounding rockets to study Earth’s atmosphere. This was the first time Ted worked with NASA, and NASA was impressed by the novelty and elegance of his proposal: a proposal that NASA likely would not have received through a traditional contract or grant because individuals, as opposed to organizations, are generally not eligible to participate in those types of competitions.
- National Institutes of Health (NIH) Breast Cancer Startup Challenge (BCSC): The primary goals of the BCSC were to accelerate the process of bringing emerging breast cancer technologies to market, and to stimulate the creation of start-up businesses around nine federally conceived and owned inventions, and one invention from an Avon Foundation for Women portfolio grantee. While NIH has the capacity to enable collaborative research or to license technology to existing businesses, many technologies are at an early stage and are ideally suited for licensing by startup companies to further develop them into commercial products. This challenge established 11 new startups that have the potential to create new jobs and help promising NIH cancer inventions support the fight against breast cancer. The BCSC turned the traditional business plan competition model on its head to create a new channel to license inventions by crowdsourcing talent to create new startups.
These two examples of challenges are very different, in terms of their purpose and the process used to design and implement them. The success they have demonstrated shouldn’t be taken for granted. It takes access to resources (both information and people), mentoring, and practical experience to both understand how to identify opportunities for innovation tools, like prizes and challenges, to use them to achieve a desired outcome….
Last month, the Challenge.gov program at the General Services Administration (GSA), the Office of Personnel Management (OPM)’s Innovation Lab, the White House Office of Science and Technology Policy (OSTP), and a core team of Federal leaders in the prize-practitioner community began collaborating with the Federal Community of Practice for Challenges and Prizes to develop the other half of the open innovation toolkit, the prizes and challenges toolkit. In developing this toolkit, OSTP and GSA are thinking not only about the information and process resources that would be helpful to empower 21st-century public servants using these tools, but also how we help connect these people to one another to add another meaningful layer to the learning environment…..
Creating an inventory of skills and knowledge across the 600-person (and growing!) Federal community of practice in prizes and challenges will likely be an important resource in support of a useful toolkit. Prize design and implementation can involve tricky questions, such as:
- Do I have the authority to conduct a prize or challenge?
- How should I approach problem definition and prize design?
- Can agencies own solutions that come out of challenges?
- How should I engage the public in developing a prize concept or rules?
- What types of incentives work best to motivate participation in challenges?
- What legal requirements apply to my prize competition?
- Can non-Federal employees be included as judges for my prizes?
- How objective do the judging criteria need to be?
- Can I partner to conduct a challenge? What’s the right agreement to use in a partnership?
- Who can win prize money and who is eligible to compete? …(More)
Knight Cities Challenge Winners
Carol Coletta at Knight Foundation: “32 civic innovators receive $5 million in funding in first Knight Cities Challenge…
Several themes emerged among the winning applications, which all sought to accelerate talent, opportunity or engagement—the three primary drivers of city success—in some way. “Bringing life back to public and vacant space” was the theme of our largest category of winners, representing almost a third of the group. The second largest category was “changing the stories people tell about their cities” with almost 20 percent. Three more themes each represented 13 percent of the winning ideas: “reimagining the civic commons,” “retaining talent” and “promoting civic engagement.” A full list of the winners appears below…. (More)”
31 cities agree to use EU-funded open innovation platform for better smart cities’ services
European Commission Press Release: “At CEBIT, 25 cities from 6 EU countries (Belgium, Denmark, Finland, Italy, Portugal and Spain) and 6 cities from Brazil will present Open & Agile Smart Cities Task Force (OASC), an initiative making it easier for city councils and startups to improve smart city services (such as transport, energy efficiency, environmental or e-health services). This will be achieved thanks to FIWARE, an EU-funded, open source platform and cloud-based building blocks developed in the EU that can be used to develop a huge range of applications, from Smart Cities to eHealth, and from transport to disaster management. Many applications have already been built using FIWARE – from warnings of earthquakes to preventing food waste to Smartaxi apps. Find a full list of cities in the Background.
The OASC deal will allow cities to share their open data (collected from sensors measuring, for example, traffic flows) so that startups can develop apps and tools that benefit all citizens (for example, an app with traffic information for people on the move). Moreover, these systems will be shared between cities (so, an app with transport information developed in city A can be also adopted by city B, without the latter having to develop it from scratch); FIWARE will also give startups and app developers in these cities access to a global market for smart city services.
Cities from across the globe are trying to make the most of open innovation. This will allow them to include a variety of stakeholders in their activities (services are increasingly connected to other systems and innovative startups are a big part of this trend) and encourage a competitive yet attractive market for developers, thus reducing costs, increasing quality and avoiding vendor lock-in….(More)”
Open data could turn Europe’s digital desert into a digital rainforest
Joanna Roberts interviews Dirk Helbing, Professor of Computational Social Science at ETH Zurich at Horizon: “…If we want to be competitive, Europe needs to find its own way. How can we differentiate ourselves and make things better? I believe Europe should not engage in the locked data strategy that we see in all these huge IT giants. Instead, Europe should engage in open data, open innovation, and value-sensitive design, particularly approaches that support informational self-determination. So everyone can use this data, generate new kinds of data, and build applications on top. This is going to create ever more possibilities for everyone else, so in a sense that will turn a digital desert into a digital rainforest full of opportunities for everyone, with a rich information ecosystem.’…
The Internet of Things is the next big emerging information communication technology. It’s based on sensors. In smartphones there are about 15 sensors; for light, for noise, for location, for all sorts of things. You could also buy additional external sensors for humidity, for chemical substances and almost anything that comes to your mind. So basically this allows us to measure the environment and all the features of our physical, biological, economic, social and technological environment.
‘Imagine if there was one company in the world controlling all the sensors and collecting all the information. I think that might potentially be a dystopian surveillance nightmare, because you couldn’t take a single step or speak a single word without it being recorded. Therefore, if we want the Internet of Things to be consistent with a stable democracy then I believe we need to run it as a citizen web, which means to create and manage the planetary nervous system together. The citizens themselves would buy the sensors and activate them or not, would decide themselves what sensor data they would share with whom and for what purpose, so informational self-determination would be at the heart, and everyone would be in control of their own data.’….
A lot of exciting things will become possible. We would have a real-time picture of the world and we could use this data to be more aware of what the implications of our decisions and actions are. We could avoid mistakes and discover opportunities we would otherwise have missed. We will also be able to measure what’s going on in our society and economy and why. In this way, we will eventually identify the hidden forces that determine the success or failure of a company, of our economy or even our society….(More)”
Innovation Labs: Leveraging Openness for Radical Innovation?
Paper by Gryszkiewicz, Lidia and Lykourentzou, Ioanna and Toivonen, Tuukka: “A growing range of public, private and civic organisations, from Unicef through Nesta to Tesco, now run units known as ‘innovation labs’. The hopeful assumption they share is that labs, by building on openness among other features, can generate promising solutions to grand challenges of the future. Despite their seeming proliferation and popularisation, the underlying innovation paradigm embodied by labs has so far received scant academic attention. This is a missed opportunity, because innovation labs are potentially fruitful vehicles for leveraging openness for radical innovation. Indeed, they not only strive to span organisational, sectoral and geographical boundaries by bringing a variety of uncommon actors together to embrace radical ideas and out-of-the box thinking, but they also aim to apply the concept of openness throughout the innovation process, including the experimentation and development phases. While the phenomenon of labs clearly forms part of a broader trend towards openness, it seems to transcend traditional conceptualisations of open innovation (Chesbrough, 2006), open strategy (Whittington et al., 2011), open science (David, 1998) or open government (Janssen et al., 2012). What are innovation labs about, how do they differ from other innovation efforts and how do they embrace openness to create breakthrough innovations? This short exploratory paper is an introduction to a larger empirical study aiming to answer these questions….(More).”
Is Transparency a Recipe for Innovation?
Paper by Dr. Bastiaan Heemsbergen: “Innovation is a key driver in organizational sustainability, and yes, openness and transparency are a recipe for innovation. But, according to Tapscott and Williams, “when it comes to innovation, competitive advantage and organizational success, ‘openness’ is rarely the first word one would use to describe companies and other societal organizations like government agencies or medical institutions. For many, words like ‘insular,’ ‘bureaucratic,’ ‘hierarchical,’ ‘secretive’ and ‘closed’ come to mind instead.”1 And yet a few months ago, The Tesla Model S just became the world’s first open-source car. Elon Musk, CEO of Tesla Motor Vehicles, shared all the patents on Tesla’s electric car technology, allowing anyone — including competitors — to use them without fear of litigation. Elon wrote in his post “Yesterday, there was a wall of Tesla patents in the lobby of our Palo Alto headquarters. That is no longer the case. They have been removed, in the spirit of the open source movement, for the advancement of electric vehicle technology.”2
In the public sector, terms such as open government, citizen sourcing, and wiki government are also akin to the notion of open innovation and transparency. As Hilgers and Ihl report, “a good example of this approach is the success of the Future Melbourne program, a Wiki and blog-based approach to shaping the future urban landscape of Australia’s second largest city. The program allowed citizens to directly edit and comment on the plans for the future development of the city. It attracted more than 30,000 individuals, who submitted hundreds of comments and suggestions (futuremelbourne.com.au). Basically, problems concerning design and creativity, future strategy and local culture, and even questions of management and service innovation can be broadcasted on such web-platforms.”3 The authors suggest that there are three dimensions to applying the concept of open innovation to the public sector: citizen ideation and innovation (tapping knowledge and creativity), collaborative administration (user generated new tasks and processes), and collaborative democracy (improve public participation in the policy process)….(More)”.
Businesses dig for treasure in open data
Lindsay Clark in ComputerWeekly: “Open data, a movement which promises access to vast swaths of information held by public bodies, has started getting its hands dirty, or rather its feet.
Before a spade goes in the ground, construction and civil engineering projects face a great unknown: what is down there? In the UK, should someone discover anything of archaeological importance, a project can be halted – sometimes for months – while researchers study the site and remove artefacts….
During an open innovation day hosted by the Science and Technologies Facilities Council (STFC), open data services and technology firm Democrata proposed analytics could predict the likelihood of unearthing an archaeological find in any given location. This would help developers understand the likely risks to construction and would assist archaeologists in targeting digs more accurately. The idea was inspired by a presentation from the Archaeological Data Service in the UK at the event in June 2014.
The proposal won support from the STFC which, together with IBM, provided a nine-strong development team and access to the Hartree Centre’s supercomputer – a 131,000 core high-performance facility. For natural language processing of historic documents, the system uses two components of IBM’s Watson – the AI service which famously won the US TV quiz show Jeopardy. The system uses SPSS modelling software, the language R for algorithm development and Hadoop data repositories….
The proof of concept draws together data from the University of York’s archaeological data, the Department of the Environment, English Heritage, Scottish Natural Heritage, Ordnance Survey, Forestry Commission, Office for National Statistics, the Land Registry and others….The system analyses sets of indicators of archaeology, including historic population dispersal trends, specific geology, flora and fauna considerations, as well as proximity to a water source, a trail or road, standing stones and other archaeological sites. Earlier studies created a list of 45 indicators which was whittled down to seven for the proof of concept. The team used logistic regression to assess the relationship between input variables and come up with its prediction….”