The power of the Internet of Things (IoT) is clear: A world connected by sensors will enable organizations to significantly increase the efficiency of their resources while lowering costs and risk. However, this ideal IoT-powered world does not reflect reality. Utilizing the strategy of patching together IoT software solutions from open-source components to manage sensor data oversimplifies the ingest process and puts businesses in a dangerous position should a particular tool fail. This presentation will discuss the pitfalls of this DIY approach and reveal what to seek in a solution to analyze data relationships, guarantee transactionality, and dramatically improve performance.
About Brian Clark
Brian Clark has nearly 40 years of software and technology experience, and was one of the early architects of Objectivity/DB. Before joining Objectivity, Brian worked at Automation Technology Products, providing leading tools in the MCAD market. Prior to that, he was with Project Management Services at International Computers Limited, one of Europe's leading computer companies at the time. Brian holds a B.S. degree in Computer Science from Sheffield University, England.
As technology and service models increasingly rely on always switched-on connected solutions, product introduction, sales planning, and service delivery also need to be ever more flexible and adaptive. In many cases, the ability to meet customer demand relies on agile collaboration across the whole value chain, as partner skill sets associated with innovation and value creation compliment manufacturer marketing savvy, execution, and delivery. In this new world where speed is a competitive advantage, manufacturers must make strategic partnering and collaboration a core competency. Apttus and Salesforce offer a new class of agile collaboration solutions that connect all of the dots between people, process, and data through the Inquire-to-Order process. Learn how forward-thinking companies can leverage IoT-centric platforms to create new hybrid revenue models that drive consumer loyalty, improve partner engagement and ultimately profitable value for the organization.
About Kirk Krappe
Kirk Krappe is a veteran of Enterprise Software with over two decades of SaaS experience and an EY Entrepreneur of the Year Finalist, having been involved in the very first instances of online enterprise applications. In 2006, Kirk co-founded the SaaS Company, Apttus. Apttus is the category-defining Quote-to-Cash software company that drives the vital business process between the buyer's interest in a purchase and the realization of revenue. The company has raised $186M in 3 rounds of funding from private growth equity, ICONIQ, K1 Capital, KIA and salesforce.com, and is recognized as a Unicorn – Class of 2015 by Forbes, a title reserved for private companies with valuation of more than $1B. Today, under Kirk's leadership as CEO the company has over 350+ enterprise customers, offices in several countries, and multiple patents pending.
New ideas, new designs, new products, and new applications are constantly changing every aspect of our daily life. We live in a hyperconnected world that is constantly redefining new ways to communicate, congregate, collaborate, and share information globally and instantaneously. As ground-breaking innovation drives new paradigms in hyperconnectivity, many new business opportunities are created with enormous growth potential – and security challenges. This presentation will provide a brief look at increasing electronic control and connectivity of today's systems and the security risks inherent with their usage as well as possible exploit mitigation techniques
About Paul Pickle
Paul Pickle was appointed president and chief operating officer (COO) of Microsemi Corporation in November 2013 and is responsible for overseeing all company operations, marketing and sales, as well as its research and development efforts. He also plays a key leadership role in defining the strategic direction for the company. Prior to this position, he served as executive vice president, leading business operations of the company's Integrated Circuits group, where he played an integral role in the planning and execution of Microsemi's transformation to a high value-add integrated circuit supplier. Since joining Microsemi in 1998, Pickle has held positions of increasing responsibility including corporate vice president of Field Applications Engineering, and senior positions in both sales and marketing/product development. Prior to Microsemi, Pickle's positions included director of marketing for GMT Microelectronics Corporation, and engineering positions with All American Semiconductor.
Smart sensors offers several embedded functions to track and recognize our activities, monitor the vital signs and deliver data and information that is use to create knowledge and store into database to help us make smarter decisions, monitor our health and take measures to improve the environment we live in and our well-being. This presentation will talk about the latest smart sensors such as inertial modules with embedded algorithms and processing capabilities that can determine user activity recognition, gesture, ...
About Jay Esfandyari
Jay Esfandyari has more than 20 years of industry experience in Semiconductor Technology, Integrated Circuits Fabrication Processes, MEMS development and fabrication, and strategic MEMS market and business development. In the capacity of MEMS Product Marketing Manager at STMicroelectronics, Jay Esfandyari has developed new markets for MEMS products and achieved multi-million dollar business opportunities.
Tremendous growth in IoT driven applications and products is leading to challenging new constraints and complexity in designs. While application usage models are driving for more memory and storage everywhere, constraints of lower power, security, size, cost, etc. lead to a tough balancing act for system designers. Memory technology matters and is evolving to enable next generation systems. Knowing how to navigate nonvolatile memory, DRAM, and even SSD choices can help companies accelerate their “time-to-money” and “future-proof” their designs for continuously evolving IoT applications.
About Amit Gattani
Mr. Amit Gattani joined Micron in 2013 and is currently Senior Director, Segment Marketing for Embedded Business Unit. In this role, Mr. Gattani is actively involved in driving Micron’s strategy and business in various IoT (Internet of Things) Segments like Industrial IoT (Smart Cities, Smart Grids, Factory & Building Automation, M2M and Healthcare), Connected Auto, Connected Home and Wearables. Mr. Gattani has over 20 years of experience in semiconductor and solutions businesses, both from marketing and engineering sides. Before joining Micron, he held various executive roles at startups Woxi Media and Akros Silicon, and senior management roles at Intel and Level One Communications. He holds BSEE from IIT-Kanpur, India, MSEE from UC Santa Barbara, and MBA from UC Davis. He has authored over 10 patents, various conference/journal papers and seminars, and published media articles on broad industry topics.
The Internet of Things (IoT) is fundamentally transforming the auto industry, turning the vehicle into a hub for connected services, including safety, infotainment and usage-based insurance. Auto manufacturers – and businesses across all verticals – have built an entire ecosystem around the Connected Car, establishing new, ongoing customer touchpoints and revenue streams. Mark Thomas will share real-world examples of how IoT transforms the car from a static product into a hub for dynamic services, drawing from his experience at Jasper powering the Connected Car initiatives for more than 15 of the world’s top automakers, including GM, and major ecosystem players like AT&T. He will discuss how enterprises can leverage IoT to cultivate meaningful customer relationships and unlock new, sustainable business models.
About Mark Thomas
Mark Thomas is Director of Connected Car Product Marketing at Jasper, the leading IoT services platform company. He is responsible for developing the go-to-market strategy for automotive OEMs and telematics service providers. Mark has over two decades of experience in various product marketing, strategy development and business development roles at companies including Apple, Netscape and Nokia. Mark holds a B.A. from University of California, Berkeley, and an M.B.A. from The Wharton School of the University of Pennsylvania.
This talk will explore how customers particularly in the industrial space are harnessing the power of IoT, through low but robust bit rates where cellular struggles to reach and often where access to electricity is not an option. One scheme for addressing this is known as LoRa®. It gains its name from the fact that it is able to provide 'LongRange' communications using very low power levels. LoRa is a wireless technology developed to enable low data rate communications to be made over long distances by sensors and actuators for M2M and Internet of Things, IoT applications.
About David Smith
David Smith is the senior VP, Engineering and Innovation at Multi-Tech Systems.
In a perfect world, security risks and breaches wouldn't exist. But, as virtually everything in our Internet-enabled world becomes increasingly connected, everything is becoming accessible and, therefore, potentially vulnerable. During this discussion, Asit Goel will highlight the opportunities and challenges securing IoT presents and how collaboration across the industry is the only way to step up and securely meet demand.
About Asit Goel
Asit joined NXP in January 2015 as SVP GM for Secure Monitoring and Control business line to drive opportunities for NXP in the Internet of Things domain. He brings strong leadership capabilities with 20+ years of experience in the tech industry, deep expertise in formulating and implementing technology strategies – particularly in the IoT sector, and a track record of driving growth in large technology firms. Before joining NXP, Asit Goel was a Partner at Bain & Company, one of the world’s leading management consulting firms. While there, he orchestrated and led several multi-year engagements focused on driving growth in new technology sectors, and leading M&A and post-merger integration for large multi-billion dollar deals. Prior to Bain, Asit held several technical and business management positions at ST Microelectronics and Memec LLC. He holds an MBA from Anderson School of Business, UCLA, and a Bachelor of Engineering degree from Bangalore University, India.
For the IoT to reach its full potential, 50Bn devices have be designed, manufactured, connected and integrated into some useful application, many of which have not even been conceived today. That work will be done by innovative people, many might be Makers today, entreprenuers tomorrow. Grass roots development and implementing security features generally have competing dynamics throughout the product lifecycle. In this talk I look at ways to deliver custom devices quickly and efficiently to market, while also ensuring security from sensor to software, from design through end-of-life.
About Philip Strong
Phil Strong is the CEO and founder of Zymbit Inc. He has 25 years experience in the industrial automation space, developing and commercializing high performance, high reliability machine systems for semiconductor and medical industries. He has held executive positions in Danaher and Baldor Electric (ABB) and has started and sold two successful automation companies. Phil has a bachelor’s degree in Physics from the University of Manchester (UK), a Masters in Robotics and automation from Imperial College, London and an MBA in International Business & Entrepreneurship from ENPC, Paris.”
While the Industrial Internet may be new to some, early adopters are starting to understand the benefits of the "Digital Thread" – a data web created once the Industrial Internet journey was initiated. The digital thread is the result of several advanced manufacturing initiatives, creating a seamless flow of data between previously isolated systems. This data is essentially the manufacturing health record, which includes data from everything to operator logs to weather patterns, and can be added to as needed. This record provides data context and correlations between downtimes and outside factors, allowing operators to be proactive in their maintenance strategies.
About Jennifer Bennett
Jennifer Bennett is the General Manager, Manufacturing Software Solutions at GE Digital. Jennifer joined GE in 2014 leading the Industrial Data Management team. Prior to joining GE, Jennifer spent 6+ years at Cisco Systems in Emerging Technologies leading the next generation video collaboration solution product team. Jennifer has led a number of engineering organizations at Avid Technology, Pinnacle Systems and AvidSports transitioning customers from analog to digital production. Jennifer earned a BS, Electrical Engineering from Cornell University and a MS, Bioengineering from the University of Pittsburgh where she developed an algorithm for functional MR brain imaging.
The Internet of Humans drives the advance of the connected devices market. Consumers are increasingly connected in all aspects of their lives: their phones, cars, even smoke alarms, yet most Internet of Things devices are designed with the Thing in mind, not the Human. Argus Insights has culled data from literally millions of consumers around the world to glean common aspects of successful products and consistent challenges with products that failed. Using cases studies constructed from actual consumers, this talk will reveal how to craft a user experience for connected devices that drives demand in the short term and loyalty in the long term.
About John Feland
John is the award-winning founder and CEO of Argus Insights, new type of market intelligence company which connects the dots between technology innovation and consumer adoption. Argus Insights sits between traditional research firms and social analytics companies to provide focused and actionable analysis on where consumers are taking the market, who is winning and why. John holds an S.B. in Mechanical Engineering from MIT, an M.S. in Mechanical Engineering from Stanford University, and a PhD in Mechanical Engineering from Stanford University. An expert in consumer response to technology, John is a frequent speaker.
About Rozalia Beica
Rozalia has 24years of experience across various industries, from industrial to electronics and semiconductors. For more than 17 years, she was involved in the research, application and strategic marketing of Advanced Packaging and 3D Interconnect, with global leading responsibilities at specialty materials (Rohm and Haas Electronic Materials), equipment (Semitool, Applied Materials, Lam Research), device manufacturing (Maxim IC) and OEM (NCR) organizations. In 2013 she joined Yole Developpement to lead and further grow the Advanced Packaging and Semiconductor Manufacturing activities. Rozalia is an international award winning scientist (2006 R&D 100), with over 75 publications (including 3 book chapters focused on 3D IC technologies), several keynotes and panel participations. Throughout her career, Rozalia has been very actively supporting various industry activities: Program Director of EMC3D Consortia, chair of several Advanced Packaging and 3D committees and activities (ITRS, ECTC, IMAPS DPC), General Chair (IMAPS DPC, Global Semiconductor Forum) and member of SRC IPC, CPMT, IWLPC, EMPC, EPTC, 3DIC committees. Rozalia has a Global Executive MBA from Instituto de Empresa Business School (Spain), M. Sc. In Management of Technology from KW University (USA) and a M.Sc in Chemical Engineering from Polytechnic University "Traian Vuia" (Romania).
Which sub-sectors of the IoT sector have the best chance to break out as billion-dollar industries? From connected cars, consumer wearables, embedded infrastructure, smart home apps and medical devices, which IoT sectors will grow the fastest and why? Hear from a leading IoT investor on what type of companies he's funding and why.
About David Wu
David Wu is a general partner at Maveron. He joined Maveron's San Francisco office in 2012 to help identify new investments in Web companies that have the potential to become leading consumer brands. He sourced and led the firm's investment in August Home and led investments in Eargo and Darby Smart. David appreciates what it's like to be in the shoes of innovators, and you'll often find him coaching entrepreneurs at top Bay Area incubators such as Y Combinator, AngelPad, 500 Startups, and Stanford's StartX. His close ties to the Silicon Valley entrepreneurial community have led him to invest personally in over 30 start-ups, including Practice Fusion, Postmates, Tile, Jaunt VR, and SeatMe. David began his tech career writing C++ code at Scitor and Synopsys. He subsequently spent a decade as an executive at Homestead Technologies, where he helped the company grow to more than 400,000 paying subscribers before its acquisition by Intuit. He then managed varied Intuit businesses. It was a great gig, but David missed being around entrepreneurs. That's why he became so active as an angel and ultimately a partner at Maveron. A Bay Area native, David holds degrees in electrical engineering and economics from Stanford.
IoT-enabling your hardware will increase customer satisfaction, open new business models, and generate additive revenue streams. Learn how organizations create a synergistic, connected environment that injects new service and fosters disruptive value chains. This session will explore IoT case studies in smart building, transportation, healthcare, and city opportunities.
About Asanka Abeysinghe
Asanka is Vice President of Solutions Architecture at WSO2. In his role, he spearheads the company's customer facing technical tasks and oversees the solution architecture and technical sales functions. He also provides consulting to key WSO2 customer and conducts workshops specifically targeted at enterprise architects and technical managers. Asanka has over 15 years of industry experience, which include implementing projects ranging from desktop and web applications through to highly scalable distributed systems and SOAs in the financial domain, mobile platforms, and business integration solutions. His areas of specialization include application architecture, development using Java technologies, C/C++ on Linux and Windows platforms. He is a committer of the Apache Software Foundation and has a BSc in MIS from National University of Ireland.
We will describe algorithms and system architectures for rich, behavior-oriented analytics for smart homes. Many current IoT applications are singular Internet-of-Thing, in which a smartphone interface is added to an existing device. To move toward a true Internet-of-Things, we need to understand the relationships between devices and how they are used by people. We can use advanced algorithms, such as Markov Chain Monte Carlo event analysis, to extract long-term activity of people from a set of sparse sensors in a smart home. We will frame the problem using our practical experience with smart home applications, describe edge/cloud architectures for IoT analytics, and introduce new event-driven activity analysis algorithms.
About Marilyn Wolf
Marilyn Wolf is Rhesa S. "Ray" Farmer Distinguished Chair in Embedded Computing Systems and Georgia Research Alliance Eminent Scholar at the Georgia Institute of Technology. She received her BS, MS, and PhD in electrical engineering from Stanford University in 1980, 1981, and 1984. She was with AT&T Bell Laboratories from 1984 to 1989. She was on the faculty of Princeton University from 1989 to 2007. Her research interests include cyber-physical systems, embedded computing, embedded video and computer vision, and VLSI systems. She has received the ASEE Terman Award and IEEE Circuits and Systems Society Education Award. She is a Fellow of the IEEE and ACM.
Unlike IoT devices, social web, advertising, or marketing analytics, the Industrial IoT involves mission critical applications. For example, the Data Science products for web advertising have 0.3% accuracy of click-through prediction. In comparison, the electric grid is required to have 99.97% reliability. To achieve such high confidence, the mission-critical industrial systems rely on Operational Technology (OT). The Industrial IoT innovation is in managing the OT data in IT systems. The talk will discuss development of value-added analytics for the converging IT and OT systems of the Industrial IoT including. · Data-driven predictive analytics for systems and fleets that builds models from historical data sets. · Model-based prescriptive analytics that achieves desired outcomes and realizes business value for the Industrial IoT applications. The talk will introduce the problems, overview the state of the art, and discuss what the solutions are.
About Dimitry Gorinevsky
Dimitry Gorinevsky is a Consulting Professor in Electrical Engineering with Information Systems Laboratory at Stanford University since 2003. He is a principal of Mitek Analytics LLC consultancy in Palo Alto, CA. His interests are in Big Data analytics for Industrial Internet. He has been working on IT data analytics applications in energy and aerospace systems over the last decade. Before that, he worked on Operational Technology (OT) decision and control applications in industry and academia, including a decade at Honeywell. He has authored a book, 160+ papers, and sixteen patents and was a PI on dozens of projects. He is a recipient of Control Systems Technology Award of the IEEE Control Systems Society, Best Paper Award (Senior Award) of the IEEE Signal Processing Society, and other major awards. He is a Fellow of IEEE.
The Internet-of-things promises to usher in a new wave of technologies that can process vast amounts of data to present detailed insight and knowledge. However, development of these technologies will need to address the volume, velocity, variety and veracity aspects of such large quantities of data. In this talk, I will discuss some of the challenges faced with working with such large datasets with special emphasis on the privacy preserving or security challenges of IoT data.
About Vijay Gadepally
Vijay Gadepally is a scientist at the Massachusetts Institute of Technology Lincoln Laboratory and Computer Science and Artificial Intelligence Laboratory. Vijay's research is in the area of high performance computing, big data/IoT systems, security, analytics, and advanced database technologies. He holds a Ph.D. in Electrical and Computer Engineering from The Ohio State University and a B.Tech degree in Electrical Engineering from the Indian Institute of Technology, Kanpur. Vijay has also worked at Raytheon Company and Rensselaer Polytechnic Institute. Vijay has over 50 publications and talks.
There is a significant barrier to the Internet of Things. Products are split by competing standards, creating problems for the interoperability of devices in the home. The question is, who will come out on top? HomeKit, Brillo/Weave, AllJoyn and OIC all are promising. Manufacturers are dependent upon these standards as stages for the interoperability of their products. This session will evaluate how the consolidation of standards will affect the market for connected devices and what is needed to drive the industry forward. We will review the role of manufacturers and consumers in developing our own future as it relates to connected technology.
About Adam Justice
Adam Justice is vice president and general manager of Grid Connect, a manufacturer and distributor of networking products and wireless sensors. He is responsible for developing the vision for the ConnectSense product line, a family of wireless sensors. Adam is an expert on the Internet of Things and has spoken on the topic at conferences including Dreamforce, TechWeek, Internet of Things World, IoT DevCon and Sensors Expo. Adam started his career at Accenture where he was a consultant working on systems and IT projects for a number of Fortune 500 companies throughout the country. Adam earned a bachelor's degree in Informatics from Indiana University.
The potential business upside IoT is huge. IoT can drive creation of new companies, improve efficiencies or create new value propositions for companies with mature products. However, there are considerations for where IoT enablement may simply not make business sense. As a product designer that works with all sorts of companies, Derek will share insights on when IOT-enabled products don't make sense. Consider any of these scenarios: the value proposition just isn't there, the cost/benefit trade-off is unattractive, or the company is not ready to capitalize on or sustain a new business model. This session will address these scenarios, share IPS’ IoT successes and offer insights into when connecting products to the internet simply does not make any sense.
About Derek Peterson
Derek Peterson, VP of Software and Business Development, Intelligent Product Solutions (IPS), is an expert in software engineering and his focus is currently on creating and executing enterprise software services and products for multiple consumer and enterprise clients including Pepsi, Honeywell and Google. He has created software products that are deployed on more than 100,000 devices worldwide. Before IPS, he was Senior Director of Engineering at Symbol Technologies, where he created and implemented the Symbol (Motorola) Software Test & Validation department and procedures. Derek holds Bachelor of Science degrees in Computer Science and Applied Math from SUNY Stony Brook.
To process the huge data sets produced by countless Internet of Things (IoT) devices, the concept of "fog computing" has been introduced as a bridge between IoT devices in the field and remote data centers. With fog computing, some of that processing load can be selected for handling by computing resources at the edge. IoT devices also create a need for low-latency handling of time-critical tasks, such as analysis and decision-making. This session will discuss the how the success of fog computing - and the IoT itself - will hinge directly on the deep resilience of smart gateways directing countless tasks on an Internet teeming with IoT devices.
About Ron Pritchard
Ron is currently the Regional Sales Manager for Opengear providing clients solutions for Smart Out of Band Management for their IT infrastructure. He has full ownership for the all revenue producing activities in the Western US. Ron has an extensive background and experience in data security and remote access and infrastructure management. Ron has held senior sales management positions with startups such as IBeam Broadcasting, Hytrust Security, nSolutions and Noction. He was also instrumental in building and supporting growth at SSH Security, Cyclades and Avocent. Ron attended Long Beach State University and holds a degree in Marketing.
IoT device adoption is growing at staggering rates, and with it comes opportunity for developers to meet consumer demand for an ever more connected world. Wireless communication is the key part of the encompassing components of any IoT device. Wireless connectivity enhances the device utility at the expense of ease of use and deployment challenges. Since connectivity is fundamental for IoT device development, engineers must understand how to overcome the hurdles inherent in incorporating multiple wired and wireless interfaces into a single connected solution. This session will outline the latest generation of tools that enable developers to visualize and create products in one flow – including the circuit, hardware, software and cloud visualization. Session attendees will learn the following: • Platform considerations for IoT device development • Considerations for enabling multi-protocol wireless connectivity • Considerations for optimizing power consumption • Integration methods for popular cloud services platforms • Methods for social media integration • Security considerations for IoT device development
About Venkat Mattela
Venkat Mattela has over 30 years of engineering and management experience in the semiconductor industry. Prior to joining Redpine, Mr. Mattela was at Network Media Platforms Group of Analog Devices as Director and was responsible for the product, strategy and business development for media wireless connectivity solutions (WLAN, WMAN). He also led the VLSI development from concept engineering to release of multiple industry leading networking silicon products resulting in a multi-million dollar product line. Prior to joining ADI, Mr. Mattela was at Infineon Technologies as Director and was responsible for micro-architecture and design of TriCore MCU-DSP processor. He led the team to take the architecture to multiple silicon implementations. Mr. Mattela started his career at Tata Institute of Fundamental Research, India in January 1983 and held various engineering positions at LSI Logic, LMSI and CMC Ltd. Mr. Mattela has a Masters Degree in Computer Sciences from Jawaharlal Nehru Technological University, India and holds 11 US patents.
It is estimated that 50 billion devices and objects will be IoT connected by 2020. Though much of today's buzz is centered around consumer IoT devices like cars, fitness trackers and refrigerators, IoT is emerging as a game-changing force in the enterprise world, and at the crux of this movement is the modern datacenter. As the volume of data collected by the millions of devices in enterprise environments continues to grow exponentially, the pressure on datacenters to manage this influx increases. In this talk, NodePrime CEO James Malachowski will instruct on how organizations can create an elastic and scalable infrastructure that is IoT ready. He will provide insights on what is required to design a datacenter that is ready to adopt and manage an onslaught of connected devices, and will share best practices for overcoming the challenges of designing this environment.
About James Malachowski
James Malachowski is the CEO and Founder of NodePrime, a hyperscale datacenter management & intelligence startup. Before NodePrime, James worked at Dell in the Enterprise Solutions Group helping some of the world's largest Cloud, SaaS, and gaming companies scale their datacenter infrastructure. Before Dell, James spent 4 years at Cisco working in public sector as a systems engineer where he was a graduate of the Cisco Sales Associate Program. James is a graduate of the University of Southern California with a BS in Electrical Engineering. In his free time, James is an avid guitar player, and music producer.
IoT products involve very sophisticated hardware and software, but must be utterly simple to use, making the user experience critically important to success. IoT startups are also operating on limited resources and can't afford to build faulty products, so have to get the user experience right at the start. New technology allows them to perfect their design with real user feedback. After conducting thousands of user tests, we will reveal how to succeed in IoT using fast UX research.
About Michael Mace
Michael Mace is Vice President of Mobile at UserTesting. A longtime veteral of Silicon Valley, he co-founded two software startups, worked as an executive at Apple and Palm, and consulted on strategy and product planning to many of the tech industry's leading firms. He's a well-known tech industry speaker, with keynotes at Apple Worldwide Developer Conference, speeches at conferences including CES and CTIA, and appearances on CNN, BBC, and Bloomberg TV.
The Internet of Things (IoT) is a rapidly evolving technology changing most aspects of our day-to-day lives. Sensors are at the heart of this revolution and most IoT applications will deploy multiple sensors. Many will include a CMOS image sensor based camera system. This camera coupled with some sophisticated computer vision algorithms can soon become the 'brains' of the smart home. This talk will focus on CMOS imaging and its impact in the smart home.
About Radhika Arora
Radhika Arora is a Product Line Manager at ON Semiconductor's Image Sensor Group (ISG). She is currently managing the Internet of Things product line. Prior to that Radhika held a variety of roles in marketing and management at large semiconductor companies, as well as at her own start-up. She holds an MS in Electrical Engineering and a BS in Electrical & Computer Engineering from University of Rochester.
IoT devices, and wearables in particular, must meet certain size and power consumption requirements. At the same time these devices are increasing in functionality. For designers of wearables, these requirements are seemingly conflicting and challenging to meet. How have designers been able to continue to reduce device size while increasing battery life and functionality? MEMS technologies are one of the key enablers in supporting these trends. While MEMS sensors have been at the forefront, MEMS-based timing solutions have quietly begun to proliferate in wireless applications that demand the smallest form factors and lowest power. This presentation will introduce a clocking architecture based on the combination of miniature, micro-power, high-accuracy clock source that allows the system to stay in sleep mode for longer periods.
About Piyush Sevalia
Piyush Sevalia, Executive Vice President of Marketing at SiTime, has over 20 years of semiconductor industry experience. Prior to SiTime, Piyush was the Vice President of Marketing at Ikanos Communications (Nasdaq: IKAN). During his tenure at Ikanos, Piyush made significant contributions that drove the company's growth from a pre-revenue startup to a profitable, public company. Before Ikanos, Piyush spent over nine years at Cypress Semiconductor in positions of increasing responsibility. There, his key contributions included helping Cypress expand into wireless markets as well as defining and launching successful timing products that generated several hundred million dollars of revenue. Piyush earned Bachelor's and Master's degrees in Electrical Engineering from the University of Bombay and the University of Michigan respectively, and an MBA from the University of California, Berkeley.
The IoT is a collection decentralized multivendor ecosystems, and the early days of the IoT are characterized by haphazard security with some devices and services virtually wide open or vulnerable to attack. Establishing the identity of devices and services is at the heart of building trustworthy IoT networks: participants need to run trusted software, configure themselves and their place in the network around them, retrieve and install updates from trusted sources, and connect with web services that provide innovative products while protecting the privacy of their users.
About Mike Borza
Mike Borza is a Member of Technical Staff with Synopsys security IP, and has more than 20 years of experience in security system engineering, and safety critical system engineering before that. He is founder and CTO of Elliptic Technologies, which was recently acquired by Synopsys. Mike has been an active contributor to the Security Task Group of IEEE 802.1; was an editor of the 802.1AR Secure Device Identifier standard; is one of the founding members of the prpl Foundation and co-chair of its Security Engineering Group; and chairs the EEMBC IoT security benchmark working group. He holds a M. Eng. degree from McMaster University.
The interconnected world is here upon us, and so are the hackers! Security risks are multiplying with even the most basic sensor devices now becoming network-aware. Traditional security solutions often fail to protect such diverse Internet-of-Things (IoT) infrastructure. The patent pending solution from ZingBox fingerprints the behavior of IoT devices and generates a detailed ‘behavior profile’ via machine learning. Behavior analytics in the cloud (Cloud Computing) is then used to detect anomalies with real-time policy enforcement at the edge (Fog Computing).
About May Wang
Dr. May Wang is Co-founder and CTO of ZingBox, an Internet of Things (IoT) security company in Silicon Valley invested by Stanford professors and CEOs of leading public security companies. Before ZingBox, May was the Head of Asia Pac Research and a Principal Architect in Cisco CTO office, leading IoT innovation. She was one of the organizers and the speakers of the IoT World Forum 2014. May was responsible for driving new technology initiatives, including leading research collaborations, productization, and funding research projects. Her innovation and programs she led resulted in multiple Cisco’s best-selling products, including most of Cisco switches for security. May received her Ph.D. from Stanford University in Electrical Engineering and B.S. from Peking University in Physics. She is the author of the biography book “Women Executives in Silicon Valley”. She was the 10th President and Chairman of NACSA, a high-tech professional organization with over 4000 members.