Moderator Latif Ladid introduces the panelists: Geoff Mulligan - LoRa Chair, Pete Tseronis - CEO, Bits & Bridges, Yanick Pouffary - Chair, IPv6, and Azael Fernandes - Chair, LA v6 TF. IPv6 Forum is a world-wide consortium of international Internet service providers (ISPs) and National Research & Education Networks (NRENs), with a mission to promote IPv6 by improving market and user awareness, creating a quality and secure New Generation Internet and allowing world-wide equitable access to knowledge and technology.

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Mexico Chapter’s Azael Fernandez Alcantara, a Telecommunications Engineer and Engineering Faculty at the National Autonomous University of Mexico (UNAM), presents the Latin American Perspective on IPv6-based IoT Deployment Around the World. Alcantara reviews the stats in the Caribbean and Latin America, training and resources available in those regions.

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Chairman of the LoRa Alliance and panelist, Geoff Mulligan, kicks off his presentation for the panel from a North American perspective on IoT deployment as an explosion of connected possibility. Mulligan points out how to reach 50B, what’s missing and lessons learned. He emphasizes the limitation of one-off designs and instead using standards to globalize IoT technology.

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CEO and Founder of Dots and Bridges, Pete Tseronis, brings his perspective to the IPv6 panel discussion coming from 25 years in government. Having run the federal IPv6 task force for 8 years, Tseronis reviews his experience as it relates to what is relevant in today’s tech landscape.

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Chief Technologist at Hewlett Packard, Yanick Pouffary explains her perspective of IPv6, coming from her lengthy experience working in IPv6 and IPv4. Pouffary notes how the market drives IoT, while challenges still exist. Top priorities are interoperability, security and business outcomes.

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Panel Moderator Latif Ladid kicks off the Q&A session with questions for the panelists Geoff Mulligan, Pete Tseronis, Yanick Pouffary, and Azael Fernandes. Members of the audience are then asked to direct questions to the panelists based on the topic of IPv6-based IoT Deployment.

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Fellow and Chief Architect of IPv6 at Comcast, John Brzozowski briefly shares his experience and objectives for his talk, including what IPv6 looks like on a large broadband network as the underlying platform for IoT. Brzozowski reveals the next steps towards service and infrastructure with IPv6 only.

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Julius Knapp, Chief of the Office of Engineering and Technology at the FCC, gives a brief overview of mission of the Federal Communications Commission, then explains its spectrum jurisdiction and its role in IoT. Knapp reviews spectrum availability and actionable recommendations, such as creating incentives and removing barriers in development.

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Sebastien Ziegler, Co-Founder and Director General of Mandat International, speaks about the gearing IPv6 IoT InterOp-Ware towards an online platform of interoperability and performance tests for the Internet of Things. Ziegler reviews standards, requirements and testing types that will lead the technology from design to market.

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Tim Winters, Senior Executive of Software and IP Networking at the University of New Hampshire InterOperability Laboratory (UNH-IOL), speaks about the role of the lab in testing with IPv6 Ready Logo software and how they can help the industry grow. Winters also displays a testing roadmap, reviews a brief history of the lab and a few statistics on their training for future engineers.

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Latif Ladid moderates a Q&A session with panelists John Brzozowski, Sebastien Ziegler, Julius Knapp, Tim Winters, and Yanick Pouffary. The speakers take questions from Ladid as well as the WF-IoT audience on the topics of IPv6 for IoT and its coming developments in policy, security, testing software and more.

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Hiroshi Yamamoto, Distinguished Engineer and Global Electronics Industry CTO at IBM, speaks about challenge of designing for a physical end-product as well as non-functional requirements. Yamamoto also reviews IoT project issues and considering different countries and system complexity in the process.

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Kazunori Iwasa, Industrial Co-Chair of IEEE WF-IoT 2016, speaks about the complexities involved with using AI analytics to control data center facilities. Iwasa gives an overview of the Fujitsu Data Center business, research, and energy management of the data centers, while emphasizing the important role of analytics in the process.

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Said Tabet, Technology Lead in IoT Strategy at Dell EMC, talks about the IoT industry as it stands today and discusses what the future will bring. Tabet considers data challenges, including usage, complex systems and the role of Artificial Intelligence. Industry collaboration, integration and new interfaces will be paramount in achieving the optimal real-time results that IoT demands.

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Panelist Soumya Kanti Datta, Research Engineer at EURECOM, discusses complex systems in relation to connected cars including the challenges, technological advancements and how IoT can help improve the connected vehicle in the near future. Kanti Datta points to a combined ecosystem, leading to “Automotive IoT” running on an onM2M based framework.

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Stan Schneider, CEO of RTI and member of the Industrial Internet Consortium (IIC) Steering Committee, speaks about how the Industrial IoT is Smart Machine Interface, with smart machine being the most disruptive phenomenon in the history of IT. Schneider further reviews different types of man-machine interfaces, complex systems and how data and integration is key.

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Panelists Hiroshi Yamamoto, Kazunori Iwasa, Said Tabet, Soumya Kanti Datta, and Stan Schneider answer questions from the audience following their presentations on The Challenges in Automating, Controlling and Regulating Complex Systems Using IoT Technologies Panel: Machines, Robots, Buildings, Factories, Vehicles and More.

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Hausi Müller, from the University of Victoria, Canada, introduces the MARTCPS Workshop - addressing the characteristics and capabilities of Models At Runtime (MART) and Cyber Physical Systems (CPS). Müller discusses the convergence of these technologies with IoT, including cybersecurity considerations and innovation in applications.

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Howard Shrobe, Associate Director and a Principal Research Scientist at MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL), speaks about a rigorous and efficient method to detecting cyber security threats to Industrial Control Systems (ICS) using Runtime Analysis. Following his talk, Shrobe answers questions from the audience.

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Ivan Ruchkin, a PhD student in Software Engineering at Carnegie Mellon University, presents his talk on the adaptation of Cyber-Physical Systems (CPS), especially anticipating the unpredictable. Ruchkin compares software versus physical models, maximizing the goal in each scenario. Following the presentation, Ruchkin answers questions from the audience.

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Kostas Kontogiannis, Professor of Computer Science at Western University, Canada, emphasizes his focus on how to build IoT systems for continuous deployment and integration. Kontogiannis notes the architecture of CPS, its patterns, and the technical context within IoT. Following his presentation Kontogiannis takes questions from the audience.

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Marin Litoiu, Associate Professor of Electrical Engineering, Computer Science and Information Technology at York University, Canada, speaks about connected vehicles and smart transportation. Litoiu reviews how to improve the transportation IT infrastructure, looking at monitoring, basic services and applications. Following his talk, Litoiu answers questions from the audience.

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Mary Shaw, Software Engineer and Professor of Computer Science at Carnegie Mellon University, reviews the universe of systems and why control theory is at the core of interest today. Shaw explains how devices must manage uncertainties to maintain stable processing. Using real-life household examples, Shaw emphasizes how the Control Mindset should influence design.

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Norha Villegas, from Universidad Icesi, Colombia, and University of Victoria, Canada, considers Cyber Physical Systems (CPS) such as self-driving vehicles and Smart CPS enabling technologies. Villegas reviews Models at Runtime (MART), self-adaptation, dynamic context management and Runtime V&V. Following her talk, Villegas answers questions from the audience.

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University of Murcia’s Professor Antonio Skarmeta, General Chair of Technical Program Committee for the conference, introduces the speakers for the IoT Security and Privacy Panel: Joe Klein, Disrupt6; Yoshihiro Ohba, Toshiba; Daniel Engels, Southern Methodist University; and L. Jean Camp, Indiana University. Skarmeta also reviews the topics to be discussed, such as the challenges in security, trust and privacy in IoT and smart cities.

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Panelist Joe Klein, Founder and CTO of Disrupt6, and Fellow of the IPv6 Forum, speaks about IoT security and the attack lifecycle, the roles of defenders versus attackers and how to increase the cost for attackers. Klein also reviews some advanced security IPv6 features, and highlights real-life scenarios that the industry can learn from.

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Panelist Yoshihiro Ohba, General Manager of the Advanced Technical Marketing Department at Toshiba Electronics, Asia, delivers his presentation on group communications and how ECHONET is being used in Japan’s smart homes. Ohba reviews IEEE’s 802.21d role in enabling secure group communication for IoT.

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Daniel Engels, Associate Professor at Southern Methodist University and Director of the Data Science Program, speaks about managing and collecting data for the IoT and how we can stop attackers from doing the same. Engels emphasizes that security should not be an afterthought, and how we need to implement scalable and practical solutions for Big Data Security and Privacy, as well as laws and policies on data collection.

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L. Jean Camp, Professor of Informatics and Computing at Indiana University, discusses the non-traditional and sometimes dangerous nature of IoT devices, especially when it comes to cryptography. Camp considers the future landscape of such a variety of systems and networks, including real-life scenarios where privacy and security are currently in question.

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Panel Moderator Antonio Skarmeta kicks off the Q&A session on IoT Security and Privacy, following the presentations of panelists, Jean Camp, Daniel Engels, Yoshihiro Ohba, and Joe Klein. Conference attendees take turns at the microphone asking related questions, such as hacking, open sourcing, and how to define best practices.

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Geoff Mulligan, Chairman of the LoRa Alliance and member of the IPSO Board, introduces the Industry Forum Panel on IoT and LPWAN (Low Power Wide Area Networks). Mulligan shares what will be discussed by panelists John Brzozowski, Lawrence Latham, Scott Kubes, and Greg Toth. Specifically, topics will include LoRa technology, how platforms may work together and dealing with interference.

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Comcast’s John Brzozowski shares a panel talk on machineQ, a new service that creates actionable intelligence from the physical world and how it relates to LoRa. Brzozowski reviews the state of IoT devices, the hurdles to connectivity and how integrating LPWAN technology will help launch new services.

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Panelist Lawrence Latham, CEO and Managing Director at everynet Ltd, presents his talk about the role of LPWA within the IoT market, global deployments and smart cities initiatives. Latham reviews everynet’s focus on LoRaWAN and their LPWAN Management Platform, as well connectivity examples in the U.K. and new deployments around the world.

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Panelist Scott Kubes, of Orbiwise in American Operations, explains how Orbiwise’s main focus is LoRaWAN and shares the network alliance benefits, as well as deployment case studies happening around the world. Kubes briefly review lessons learned for moving forward with LoRaWAN for IoT.

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Panelist Greg Toth, Founder and Chief Engineer of IoT Dev Labs, speaks about deploying an open LoRaWAN network in the Washington DC area, and building out both public and private networks. Toth presents many questions based on real locations and the challenges involved in establishing and integrating these networks moving forward.

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Geoff Mulligan moderates questions from the audience for the panelists John Brzozowski, Lawrence Latham, Scott Kubes, and Greg Toth, following their LPWAN focused presentations. Questions range from what reactions the technology is facing to how operators are dealing with competition and differences in platforms and systems.

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Raffaele Giaffreda, Chief IoT Scientist at CREATE-NET, reviews the UNCAP Cloud and how it functions as the common services across pilots in applications, smart homes and wearables or monitoring devices. Giaffreda addresses interoperability dilemmas relating specifically to eHealth device data sensing and data management.

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Alexandros Fragkiadakis, from the Foundation for Research and Technology-Hellas Institute of Computer Science, speaks about how IoT architecture are heavily dependent on wireless sensor networks and why evidence reasoning and computation plays an important role in reliability of IoT. Fragkiadakis presents a scheme that will help enable trust and security for multiple sensors in a network.

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Shao-Chuan Lee, from National Taiwan University, presents collaborative work focusing on the challenges facing USB connectivity within the IoT environment, such as the rise in attacks on USB. Lee shares how SandUSB can act as a protective layer to those attack models, by acting as a defensive measure and increasing awareness of USB’s vulnerabilities.

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Antonio Skarmeta, Professor at University of Murcia and General Chair of Technical Program Committee for the conference, presents a collaborative work on ARMOUR and talks about how this research helps identify risks in the security behavior of different types of IoT devices. Skarmeta outlines the basis of these experiments, setting the stage for his colleague Ricardo Neisse on certification and labeling processes.

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Ricardo Neisse, from the European Commission’s Science and Knowledge Service Joint Research Centre, presents a collaborative work on the ARMOUR Security Certification Process and how model-based security will be implemented for IoT. Neisse reviews IoT challenges in the certification process, security testing and the dimensions of certification labeling.

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Following their presentations on ARMOUR, security certification and labeling, Ricardo Neisse and Antonio Skarmeta answer questions from the audience. Questions range from how to narrow down specific component’s behavior to how this technology would be used globally, considering that different countries have varying certification laws.

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Alexandros Fragkiadakis presents George Oikonomou’s Paper on Traffic Forensics for IPv6-Based Wireless Sensor Networks and the Internet of Things. Fragkiadakis reviews the motivation behind the work, known RPL attacks and simulations of the network’s performance. Also explained are the future and limitations of the work, as it relies on the full capture of all network data.

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Dr. Venkat Nataranjan, Senior Staff Engineer at Intel Labs, along with Intel Labs colleague Dr. Apoorv Vyas, present an in-depth tutorial in 3 modules on Compressive Sensing (CS): 1) CS Basics, 2) CS For Temporal Signals, and 3) CS For Spatial Sensor Fields. Dr. Nataranjan briefly reviews the history of CS and then goes further into how the technology works.

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