Wednesday August 12, 2020 - CST/CDT (Central Daylight, GMT-5)
- Using emerging technologies for business continuity during uncertain times
- Shift from cloud to edge
- Market trends & what we’re seeing
- What we’re excited about in the future of IoT
- The importance of understanding why Cybersecurity for IOT systems is different from Cybersecurity for classic IT systems
- The challenges and pitfalls that arise when IoT solutions are implemented – where are the security concerns and ‘gotchas’?
- What are the implications of generating, owning, storing, and protecting IoT systems and the resulting data, (both internal company data as well as customer)?
- What sorts of mitigations need to be put into place to create a Cybersecure IoT environment?
The question every IoT stakeholder should be asking is: can I trust the data that I get from my IoT devices? After all, organizations only invest in IoT because they believe the additional data will lead to better decisions, improved productivity, or increased profits. Given this context, IoT security is a risky topic to neglect. Ultimately, the level of trust you obtain is down to the security work you do upfront.
In this presentation, Richard will cover the following areas:
- Industrial IoT Threat Landscape and Threat Vectors – Reviewing Real Cyber Attacks on a Smart Manufacturer Honey Pot
- Industry Business and Technical Challenges
- Risk model associate with Industry 1.0 to Industry 4.0
- Best Practices
- Trend Micro purposed built Industrial Control/OT Security Solutions
- Where and how much should Federal Agencies be involved in the development of complementary cybersecurity hygiene education and awareness outreach? Should they incentivize companies to encourage cooperation and following NIST guidelines?
- What are the IoT Markets you serve and what are the biggest security issues you help your customers solve? Where have you seen public/private standardizations and collaborations in these markets?
- What are the roles different entities (ex. consumers, enterprises, manufacturers, and governments) can play to get more security into devices
1.00 - 1.45 pm Roundtable: Platforms: what platform features/characteristics are important to participants and what are some available options?
We live in a world where everything that can be connected is being connected. As billions of new devices are being added to networks every year, many of these devices remain exposed, unsecure, and vulnerable to attack. And the traditional networking and security technologies we're all used to were not designed to address the volume or variety found in today’s complex IoT deployments.
As a result, companies end up adding layer after layer of incremental security to try to protect the networks they're building. And it becomes far too complex and costly to manage at scale.
To fulfill our vision of a secure and private, connected world, we’ve reimagined cybersecurity for connected things. We’ve developed an infinitely better way to protect, connect, and manage IIoT, ICS, Smart City, BAS, SCADA, and critical corporate systems—through a software-defined, virtual air-gap built on zero-trust principles that:
Makes your ‘things’ invisible by creating a software-defined network (SDN) that’s micro-segmented, encrypted end-to-end, and multi-factor authenticated (MFA)
Spans across data centers, public clouds, remote locations, and even unmanaged networks
Works with your existing network investments, making installation and configuration easy and fast
Join our presentation to learn about this secure networking architecture and how it’s being successfully deployed in a variety of use cases across industries and geographies.
•Security and IoT Business Models
oThe IoT AXIOM
•Security Challenges
oExamples
•Actionable IoT Security
•IoT Security Ecosystems
As IoT deployments rise, DHS faces new challenges for securing our connected and smart communities. Hear how the Department of Homeland Security (DHS), Silicon Valley Innovation Program (SVIP) is reshaping how government and industry work together to enhance security and resilience for security operations nationwide. This conversation will highlight how SVIP is making impacts by partnering with the startup community to co-invest and accelerate technology transition to market.
- Using emerging technologies for business continuity during uncertain times
- Shift from cloud to edge
- Market trends & what we’re seeing
- What we’re excited about in the future of IoT
- DATA is the key to creating smart cities, infrastructure, and smart healthcare.
- Key data parameters will help us build smart cities that are critical and key to success.
- Integrating data-driven smart healthcare in a smart city will enhance the quality of life.
With smart environment applications requiring the need for wireless communication, the need for low power is essential. Learn about how Bluetooth, 802.15.4 and SubGHz are used in low power wireless connectivity for smart environment applications. Explore their advantages for each technology based for use in mesh and point to point applications.
- Learn about current water challenges / insurance losses / sustainability efforts
- Walk through real life examples currently deployed in market: Restaurants / HOA’s / Covid 19 data
- Options to bring IoT data to life today within your organization
- “As-a service” models to maintain smart buildings systems and architectures in organizations that don’t have qualified management teams
- Educating and expanding existing roles (ex: IT/OT staff) and filling new positions to modernize building management teams (data scientists)
- Acquisition of technologies, technical partnerships, internal innovation
1.00 - 1.45 pm Roundtable: Platforms: what platform features/characteristics are important to participants and what are some available options?
Join Conner Prochaska, Chief Commercialization Officer at the U.S. Department of Energy (DOE), as he showcases opportunities for smart grid & other innovators to connect and partner with one of the world’s largest science and technology enterprises, the DOE National Lab system. Learn about the department’s work to date on advancing smart grid and the technologies behind it, as well as newly launched opportunities to support those working in energy technology broadly. Supported by the DOE Office of Technology Transitions (OTT), catch a first-hand glimpse into the many ways DOE energizes America’s innovation ecosystem.
The capability of IoT technology (across hardware, connectivity, software and analytics) keeps marching on, but what are the challenges involved in bringing real projects to the market – especially in partnering between public/private organisations? What are the key applications, focus areas or outcomes that will drive the next round of investment (especially in a post-COVID world)? And what can we learn from existing projects in terms of technical and non-technical challenges or best practise?
- Using emerging technologies for business continuity during uncertain times
- Shift from cloud to edge
- Market trends & what we’re seeing
- What we’re excited about in the future of IoT
- How are technologies like cobots being used for social distancing?
- Coming back to work: Embracing the new normal with new technologies
1.00 - 1.45 pm Roundtable: Platforms: what platform features/characteristics are important to participants and what are some available options?
- Using emerging technologies for business continuity during uncertain times
- Shift from cloud to edge
- Market trends & what we’re seeing
- What we’re excited about in the future of IoT
- Intersection of autonomous & connected vehicles with smart infrastructure and smart cities
- Understanding the role of the connected vehicle, mobility applications and vehicle-to-infrastructure communication in the evolution toward a smart city
- Hear real world case studies and deployments focused on the smart car in the age of a digitally connected urban mobility ecosystem
- What is the role of connected vehicles in smart infrastructure?
As vehicles evolve towards autonomous driving, content consumption advances from fear of distraction, to relaxed living room experience. OEMs must create and nurture content ecosystems today in order to remain relevant in the autonomous future.
- Learn how SmartDeviceLink (SDL) enables the automotive industry to retain control by welcoming developers
- Maximizing vehicle data value for creating unique content
- Assessing market segments and customer adoption
- Examining the benefits of the connected car in the domestic and global automotive sector
- What technology will become reality? Where are OEMs putting their money?
- Exploring the growing trend of connected car platforms from tech companies entering the automotive space and providing OEMs with new opportunities for innovation, growth and differentiation
- Evaluating the benefit to tech companies in establishing a new customer interface through mobility services that involves high levels of interaction and engagement with drivers
- Should automakers attempt to compete with tech players or partner with them?
- Examples of successful partnerships - developing a common vision, goals and capabilities that deliver sustainable value for both parties
1.00 - 1.45 pm Roundtable: Platforms: what platform features/characteristics are important to participants and what are some available options?
Join a panel of ST experts to discuss the business needs in the era of COVID-19 and the semiconductor technologies that can help
1.00 - 1.45 pm Roundtable: Platforms: what platform features/characteristics are important to participants and what are some available options?
There are now 43 projects in the Eclipse IoT portfolio. Some of them are well known; some of them are more obscure. Together, they probably are the most exhausive toolkit of its kind in the industry. However, with that many projects, it is sometimes difficult to figure out which one to pick for a specific use case. On the top of that, the Eclipse Foundation launched its Edge Native working group in December 2019, and its Sparkplug working group in February 2020.
The aim of this presentation is to help you understand the vision between the Eclipse IoT, Edge Native and Sparkplug working groups. You will also learn how you can leverage the most popular projects in the Eclipse IoT portfolio.
Eclipse zenoh is a brand new project at the Eclipse Foundation. zenoh is a protocol that has been designed to address the needs of applications that need to deal with data in movement, data at rest and computation in a scalable, efficient and location transparent data manner. zenoh unifies data in motion, data in-use, data at rest and computations. It carefully blends traditional pub/sub with geo-distributed storages, queries and computations, while retaining a level of time and space efficiency that is well beyond any of the mainstream stacks. In this presentation, you will learn about the zenoh protocol and how you can leverage it in the context of Edge Computing.
Over the past 20 years, MQTT has emerged as the dominant IoT message transport technolgy. Its ease of use and implementation (thanks in large part to the Eclipse Paho project) has led all of the major cloud service providers to offer MQTT as a way to get IoT data into their services.
But at some point, for MQTT based solutions to be interoperable within a given market sector, the Topic Namespace, Payload representation and session state must be defined. The intent and purpose of the Sparkplug specification is to define an MQTT Topic Namespace, payload, and session state management that can be applied generically to the overall IIoT market sector, but specifically meets the requirements of real-time SCADA/Control HMI solutions (for which it was originally invented for). Meeting the operational requirements for these systems will enable MQTT based infrastructures to provide more valuable real-time information to Line of Business and MES solution requirements as well.
The "Internet of People" exploded due to a well known transport, HTTP, and a well known payload, HTML. For the IIoT to grow at the same rate MQTT has emerged as the well known transport and Sparkplug defines the payload.
Edge computing is on the rise. In December 2019, the Eclipse Foundation launched the Eclipse Edge Native working group to address the challenges that make edge computing unique in relation to cloud and data center. In this presentation, you will understand what "Edge Native" means and how it represents a unique approach to Edge Computing. You will also explore real-world use cases from a variety of industries, and discover how Eclipse ioFog can be leveraged as a platform to support those use cases through integration with Eclipse IoT components such as Eclipse Streamsheets.
Cloud/Edge architectures present unique challenges to networking and communications that are not well met by TCP/IP and the Internet. In this session, we will introduce the idea of a Virtual Application Network and an implementation of this idea in the Skupper project. Emphasis will be placed on Skupper’s utility in edge computing use cases. Participants will also learn how Skupper provides advanced multi-site communications capabilities, security, and ease of deployment to developers and operators.