- Registration and welcome coffee from 07.00
- Beginning of the Conference 08.30
- Seated Lunch 12.30. Level 3 (Lofts)
- End of conference: 18.30
- Cocktail Reception: 19.30. Exhibition Hall
Delivering an analyst's view of the latest developments in IoT connectivity, with a special focus on how the Low Power Wide Area networks are driving the market. Presenting findings from Machina Research's latest reports and providing an update on the related market forecasts.
Aapo Markkanen, Principal Analyst, Machina Research
Aapo Markkanen is a Principal Analyst at Machina Research, where he studies various market and technology issues that will pave the way for, and shape up, tomorrow's connected enterprise. He has a particular research interest in low-power communication technologies (including e.g. LPWA networks and competing mesh-based alternatives), the evolution of IoT security, as well as fog/edge computing and the associated IoT gateways. Before joining Machina Research, Aapo worked as a Principal Analyst at ABI Research, where he led a range of research activities related to M2M, Internet of Things, and big data. In this position, he explored areas such as data analytics, product lifecycle, cloud platforms, and IoT developers. He was also responsible for ABI Research's flagship forecast on the global installed base of connected devices. Prior to ABI Research, Aapo worked as a Research Analyst at IHS, where he was tasked with providing market intelligence and strategic analysis on the European telecoms sector and its leading players. Previously, Aapo worked with a number of strategic consultancies, conducting research projects related to product lifecycle and industrial vehicles, amongst others. Aapo has spoken and moderated at several conferences, as well as been widely quoted by business and technology media. His views and research findings have appeared, for example, in such leading outlets as AP, CNBC, CNET, Dow Jones, EE Times, Financial Times, MIT Technology Review, Reuters, TechCrunch, VentureBeat, Wall Street Journal, Wired, and ZDNet. Aapo holds BSc and MSc degrees in management studies from the University of Tampere, Finland. He has also spent an academic year at the University of Bologna, Italy, where he attended courses in economics and politics.
Drilling into why licensed and unlicensed will both be needed and serve huge market volumes.
Licensed and unlicensed are not mutually exclusive.
Showing it with ARPU's and discussing why some large MNO's are hesitant to pull the trigger.
Discussing other non-traditional players that are stepping in to fill the vacuum.
Senior Executive specializing in Technology Commercialization and Business Development. Thought leader in the Internet of Things (IoT) space including, Senior Executive specializing in Technology Commercialization and Business Development. Thought leader in the Internet of Things (IoT) space including, M2M, Industrial Internet, Cloud Computing, Smart Devices, Data Analytics, Mobility, Network Connectivity, Security, Semiconductors, and Web Applications. Connectivity expertise in Cellular, Satellite, Low Power Radio (LPWA, LoRa, etc)M2M, Industrial Internet, Cloud Computing, Smart Devices, Data Analytics, Mobility, Network Connectivity, Security, Semiconductors, and Web Applications. Connectivity expertise in Cellular, Satellite, Low Power Radio (LPWA, LoRa, etc) Lawrence has helped multiple companies build their brands, products, and services into IoT leaders by crafting visionary strategic positioning, messaging, and go-to-market strategies. His immersive approach includes rolling up his sleeves, personally landing beachhead accounts and developing powerful strategic partnerships. He brings extensive M&A experience, having helped numerous IoT companies achieve successful exits.
With the Internet of Things boom and rapid scale-up, connectivity is becoming key in the various domains of the embedded applications. In this context security and safety need to be increased. There are several RF technologies and protocols available today. With different use cases, countries and regulations. Is there one single solution that fits all?
The Things Network is an open, decentralized and crowd sourced initiative launched in more than 300 communities world wide. Presenting how the routing services, vertical integrations and supporting services serve use cases for communities, cities, educational institutes and businesses.
The Things Network
Identification of new frequencie bands.
Speaker to be annouced
Focusing on the most important benefits that LTE-M is bringing to the market:
• Being a standardized and licensed solution
• Being a low power solution, a low-cost solution
• Using strong, field-proven security mechanisms
• Being quickly deployed in global markets thanks to the re-use of 4G/LTE
Senior Manager, Business and Innovation Development,
Discussing NB-IOT to address the requirements of the Internet of Things. The new technology will provide improved indoor coverage, support of massive number of low throughput devices, low delay sensitivity, ultra-low device cost, low device power consumption and optimized network architecture.
Arne Schaelicke, Nokia
Arne heads LTE marketing in Mobile Networks. He has a Master's degree in Electrical Engineering from the University of Karlsruhe in Germany, an MBA from Edinburgh Business School and over 18 years of experience in telecommunications.
The only true standards at present are the set from the cellular community led by NB-IoT and Weightless. But we have myriad competing proprietary technologies which history tells us cannot survive but can prevent us making progress until they consolidate into standards. Presenting a strategy whereby such consolidation might occur, understanding the technical, political and commercial drivers and barriers.
William is a highly experienced strategist, technologist and Board member. His experience spans industry, Government and academia and roles include CTO, CSO, CEO, Board Chairman, consultant and advisor. He has worked for companies from start-ups he co-founded to Motorola and now acts as a trusted advisor, strategist and change-agent for CEOs, senior Government members and others. His skills lie in bringing about change and innovation in areas where technology and strategy intertwine and where influencing both individuals and wider audiences is important. This has included devising and implementing new strategies for managing the UK's radio spectrum, bring Europe's largest Engineering Institution into the 21st Century, forming a standards body and bringing a range of key industry players onto the Board and advising Secretaries of State and University Vice Chancellors. Widely renown as one of the most intelligent and capable individuals in the communications arena, he gained the top first class honours degree from the top University in Electronics in the UK. He was one of the youngest Fellows ever elected to the Royal Academy of Engineering, the youngest President of the IET for a century and has been awarded two honorary doctorates and three visiting Professorships. He has huge commercial experience, starting with an MBA, advising the CEO of Motorola, being part of the Senior Management Team at Ofcom, starting a Cambridge-based high-tech company subsequently sold to Huawei for $25m, and forming and acting as CEO of a standards body. At Ofcom he transformed a team of 35, outsourcing many of their functions. At the IET he was the President where he chaired the Board of Trustees. He has built a successful portfolio career which includes part-time CEO of two organisations, member of multiple advisory boards, advisory positions at Ofcom, DCMS and elsewhere, prestige consulting services via Webb Search and various Institutional positions.
• GPS-free geolocation : how does it work in theory ?
• Compliant gateways and geolocation solvers.
• The architecture
Director, Head of IoT Business Development & Strategic Partnerships,
• Implementation of the geolocation process
• Current results
• Possible optimizations
• Use cases
Head of IoT Network,
Rethinking geolocation with worldwide available GNSS signals over LPWAN enabling significant power consumption reduction. After solving the technical barriers related to off-loading the signal processing in the cloud and to keep the GNSS receiver simple, Ubiscale has enabled significant improvements at the benefits of LPWAN-based applications.
Rethink GNSS-over-LPWAN paves the way for even more positioning applications on LPWAN.
LPWA networks stakes are to prove their pertinence for the location based services: new economic models and new services can be marketed. Technical obstacles have to be surmounted to meet the market needs in terms of accuracy. New technical solutions are coming with LPWAN deployment allowing new use case emergence.
Yannick Delibi, Co-Founder, Kerlink
45 y.o. Co-founder, Information Systems & Telecommunication Engineer (Poly tech Paris Sud) and Master grade of Sherbrooke University (CA). 11 Patents as inventor. Yannick Delibie started his career in the French Ministry of Defense and then took part in civilian projects for Mitsubishi Electric and Wavecom (M2M system conception and expertise) where he managed a software development team..
- Embedded information on cable drums
- Outdoor and indoor geolocation and industrials sites
• Finding assets anywhere
• Locating isolated workers onsite
• Detecting incidents in real time
The End of GPS for Connected Objects ?
Jean-Michel Rosset, CEO, Wyres
Olivier Pagès, CEO, ffly4u
Martin Seneclauze, Wireless Embedded Systems, CSEM
Mikaël Guenais, CEO, Ubiscale
Arnaud Vandererven, Head of IoT Network, Objenious
Thierry Lestable, Director, Head of IoT Business Development, Sagemcom
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