Data startups in the program grow and develop in the three months time, for what would otherwise have taken them 1.5 year. The program starts in January, at the moment Startupbootcamp is scouting for the best startups around the world. In order to find them, pitch days are organized all around the globe. And Rome is up next! Startupbootcamp is delighted to be a partner of the IOT360 summit. During the summit, Startupbootcamp will host a pitch day at the IOT360 venue on the 28th of October. Applications for this pitch day are now OPEN! Startupbootcamp will select 10 startups in the field of IoT and Data that can pitch during this day, in front of a panel of experienced global and local mentors (being entrepreneurs, investors and experts in the field of IoT & Data). Startups will receive constructive and honest feedback in one on one sessions with the mentors. Startups, you´re invited to apply here! Interested in this event, of do you have any questions? Please contact Susan through susan@startupbootcamp.org.

The infrastructure of large cities is getting more and more vulnerable to natural and an-made disasters. Complex ICT infrastructures, critical dependencies and unforeseen cascading effects can aggravate single hazard events to a threatening crisis of whole infrastructures. With the dense population and the critical dependency on infrastructures, such crises become a serious threat to the safety and security of citizens and industries. When the “unforeseen” happens, public security comes to its limits. Whether cyber, natural or industrial disasters – effective risk management must be a continuous process that recognizes new threats and opportunities, in particular in relation to new technological evolutions. Internet of Things (IoT) will have an enormous impact on our future infrastructures. In the context of safety and security this is at the same time a challenge (How can we design IoT infrastructures secure and resilient?) and an opportunity (How can we use IoT for better safety and security?). In particular in urban environments, the increasing deployments of IoT technologies and the rise of sensored and automated cities are opening up new avenues of threads and opportunities towards public safety and security. Although, there have been a number of deployment of diverse IoT systems, our understanding of these systems and their implications in the context of safety and security has just scratched the surface. Conference topics The First International Conference on Safety and Security with IoT (SaSeIoT 2014) is a new conference that aims to explore these dynamics within the scope of IoT in the context of Safety and Security. The conference solicits original and inspiring research contributions from technology experts, researchers, designers, practitioners in academia, authorities and industry, and promises to offer a perfect forum to share knowledge, experiences, and best practices primarily in the following main application oriented themes: · Ensuring the resilience and security of IoT dependent infrastructures The topics of interest in this theme include, but are not

limited to:

• Models, methods and tools for testing IoT infrastructures Design of resilient IoT infrastructures Detection, prevention, response and mitigation of cyber threats to IoT Trust and identity management in IoT

• IoT for thread and hazard detection IoT for situation-awareness IoT for crisis and emergency response IoT for command & control IoT for emergency forces

The goal of the Mobility and Smart Cities conference is to provide a platform for cross-fertilization of ideas and to present cutting edge innovations and technologies for sustainable solutions to the mobility agenda. The process will be driven by fostering the participation of different stakeholders in Europe and around the world. To empower the triple helix of university research, industry and government, with innovative opportunities oriented on smart growth with ICT support. Topics are themed by mobility and include, but are not limited to:

• Smart mobility Social innovation: Social networks (social marketing) and Innovation in social areas Mobility and its consequences on health and well being Urban mobility Intelligent transport systems Infrastructure Green vehicles Fast track for transport innovation E-mobility Smart cities Creative cities Socio-economic
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• and behavioural research for policy making Global competitiveness of automotive supply chain management Congestion-free and sustainable mobility Novel trends in Production Devices and Systems The use of soft-computing techniques in the field of Logistics and Production systems The use of simulation techniques as a competitive edge/advantage in Manufacturing and service companies Simulation and mathematical methods for the development of intelligent transport systems Advances in Robotics and machine vision as a key success factor in creative companies Gender diversity and innovation as growing imperative in European Enterprises

Quickly emerging from the fast-paced growth of mobile communications and wireless technologies, pervasive games take gaming away from the computer screen and back to the three-dimensional world. Now games can be designed to be played in public spaces like hospitals and rehabilitation centers, shopping malls, conferences, museums and other non-traditional game venues. The increasing deployments of Internet of Thing (IoT) technologies are opening up new avenues of research and deployment opportunities towards that future of pervasive games design. Game designers need to understand how to use the world as a game space-and both the challenges and advantages

of doing so. This workshop shows how to change the face of play by designing for: who plays, when and where they play and what that play means to all involved. It will tackle key aspects of pervasive games that concern game designers and stakeholders: what makes these games compelling, what makes them possible today and how they are made. For game researchers, it provides a solid theoretical, philosophical and aesthetic understanding of this genre as well as its several application areas. Pervasive Games workshop activities will cover everything from theory and design to history and marketing. These “Gamified ” two days will engage participants in a progressive, innovative, and exciting workshop of pervasive games development. The participants will learn & experience the key building blocks needed to design Pervasive games for various sectors, such as Health-Wellbeing, AAL, Smart Cities, Smart Societies, Education, Culture, Heritage, Arts & Crafts, Tourism and more. Topics of interests include, but are not limited to:

• Health-Wellbeing AAL Smart Cities Smart Societies Education Culture Heritage Arts & Crafts Tourism Creativity Internet of Things

Recent studies and reports have evinced that the Internet of Things will have a huge impact on our society. Conservative estimates predict there will be 50 billion of connected devices by 2020. Besides connecting real-time such numbers of objects, managing them and the data they generate will also pose challenges whether each of these produce no more than few bytes per minute in a very remote location or heavy data-streams within the heart of “resource rich” smart cities. Simply looking at the sheer size of these numbers, it is clear that competing for end-user attention will be the main hurdle to overcome. To put it in Mark Weiser’s words, these objects will have to “weave themselves into the fabric of our everyday life” leveraging on the features of a more Cognitive IoT where connected “things” become more intelligent and more autonomous. All this abundance of information sources generated by the ubiquitous computing phenomena opens new perspectives for many Artificial Intelligence branches, such as decision making strategies, reasoning, learning, etc. Cognitive IoT aims at gathering enthusiastic researchers and practitioners from AI and IoT-related areas sharing the common goal of addressing the new challenges posed by the Cognitive aspect of IoT, by using new or leveraging existing Artificial Intelligence techniques.

The list of covered topics is, without being limited to, as follows:

• Knowledge representation in IoT Decision making strategies in IoT, data fusion Learning under IoT constraints Pattern recognition in IoT Biometrics for the IoT Individual and social behavior analysis through IoT sensing mechanisms Context
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• aware data management Environmental monitoring, network surveillance Multi agent strategies Transfer learning, information-theoretic learning Bio-inspired intelligence, neural networks for IoT Deep learning for IoT

The “IoT as a Service” conference is meant to bring together researchers and practitioners, from academia and from the industry, being it large Telcos and service providers, or SMEs who are interested in creating IoT based value added services. The main aim is to present existing, evolving, or novel ideas, exchange points of view, and foster discussions and future collaborations between different stakeholders. Papers are welcomed representing the point of view of middleware and platform providers, smart object providers, application developers, as well as researchers. The “IoT as a Service” conference is seeking original research and industrial papers on the confluence of IoT and advanced delivery models.

Topics of interests include, but are not limited to:

• Smart objects as a service IoT marketplace – for offering IoT based applications and services API economy – for easier and tighter integration Semantic Web technologies for IoT: registry, storage IoT delivery platforms – existing and emerging platform and architectures for exposing and interacting with IoT Non Functional Requirements (NFR) for
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• IoT – security, scalability, responsiveness and more Standardization – standard areas needed Business models IoT DevOps IoT data management and related analytics IoT application deployment success stories Mobile First IoT: mobile backend as a services (MBaaS) and smartphone as data prosumers

Software-Defined and Virtualized Future Wireless Network is

a new conference that aims to explore the new design space, the new challenges and solutions, as well as new applications and services of software-defined virtualized future mobile and wireless networks. The goal of the conference is to solicit original and inspiring research contributions from technology experts, designers, researchers, and architects in academia and industry. Bringing together practitioners and researchers to share knowledge, experiences, and best practices.

Topics of interests include, but are not limited to:

• New end-to-end mobile and wireless network architecture based on SDWN, cloud computing, and virtualization technologies Cloud computing and network virtualization technologies for RAN, backhaul and core networks Software defining and abstracting strategies for network function and air interface technologies in future wireless networks Convergence of heterogeneous wireless networks in SDWN Network devices programmability and customizability QoS/E and traffic-awareness in SDWN Date center technologies for future wireless networks Fast deployment and smooth network evolving Future wireless network management Dynamic resource allocation in future wireless networks Immersive collaborative future wireless media Network evaluations and testbeds New applications and use cases

Urb-IoT 2014, a fresh and exciting conference that aims to explore the dynamics between the Internet of Things (IoT) and the new science of cities. The conference solicits original and inspiring research contributions from technology experts, researchers, designers, urban planners, and architects in academia and industry, and promises to offer a perfect forum to share knowledge, experiences, and best practices primarily in the area of:

• Citizen Awareness and Engagement: Methods and studies for citizen involvement through participatory sensing or crowd-sourcing for urban tasks, as well as behavioural change of the citizen through awareness; Urban Analytics: Understanding the massive digital traces created by IoT in the urban landscape through big data analytics; IoT Applications and Services in Urban Context: Urban technologies and applications that challenge the state of the art and benefit citizens, decision and policy makers, and urban planners.

Related Topics:

• Monitoring the pulse of the city Fusion of heterogeneous urban sources Understanding urban data using machine learning and mining techniques Visual analytics of urban data City as a platform Participatory and crowd sourcing techniques Incentification and gamification Citizen and crowd influence and behavioural change Data-driven urban planning and design Crowd behaviour capturing and modelling Urban mobility and intelligent transportation systems Smart cities Real time urban information systems Context awareness
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• in urban systems Privacy and data protection

HealthyIoT aims to bring together technology experts, researchers, industry and international authorities contributing towards the assessment, development and deployment of healthcare solutions based on IoT technologies,

standards and procedures.

Related Topics:

• Wearable sensor systems Emerging eHealth IoT Applications Network communications for health sensor data QuantifiedSelf Devices & Technologies Processing of QuantifiedSelf Data Cloud Technologies for Healthcare Smart Homes and Smart Caring Environments Telemedicine applications The Smartphone as a HealthyThing Wellness and Health Management applications Data mining of health data on the Cloud Medical and sensor data stream processing Security and Privacy in eHealth and IoT Interoperability and Standardisation Issues in IoT and Healthcare