Competition breeds greatness. The Internet of Things (IoT) is delivering efficiency, productivity, safer work environments, further reach, enhanced capabilities, increased customer engagement and overall operational gains. Demo how at IoT Evolution Expo’s Solution Showcase. It’s time to cut through the marketing jargon and jump to bottom-line results. This year’s IoT Evolution Expo is putting the spotlight on ROI – Results-Oriented IoT. The Solution Showcase offers IoT solution and service providers the opportunity to let results do the talking. The platform offers each competitor 10 minutes to display a case study with tangible, bottom-line business results. The cold hard data delivered, is the determining factor for judges, as we’re moving beyond ideation to concrete, real-world IoT applications and real-world IoT results. The Solution Showcase culminates with a brief award ceremony and reception celebrating participants, award recipients and the biggest winner of all, the IoT.

Competition breeds greatness. The Internet of Things (IoT) is delivering efficiency, productivity, safer work environments, further reach, enhanced capabilities, increased customer engagement and overall operational gains. Demo how at IoT Evolution Expo’s Solution Showcase. It’s time to cut through the marketing jargon and jump to bottom-line results. This year’s IoT Evolution Expo is putting the spotlight on ROI – Results-Oriented IoT. The Solution Showcase offers IoT solution and service providers the opportunity to let results do the talking. The platform offers each competitor 10 minutes to display a case study with tangible, bottom-line business results. The cold hard data delivered, is the determining factor for judges, as we’re moving beyond ideation to concrete, real-world IoT applications and real-world IoT results. The Solution Showcase culminates with a brief award ceremony and reception celebrating participants, award recipients and the biggest winner of all, the IoT.

Continual improvement is the promise every year when the new models of car are revealed. These continual advancements represent a requirement for better flexibility in production. It also represents an adoption of IoT in the car systems themselves. Here we are talking about what happens as the car moves from production to customer and how IoT continues delivering services to the driver.

LiDAR is in no way the new kid on the block. But, its use cases are expanding rapidly, and improvements in range and accuracy deserve much of the credit. In this session we will investigate how advances in the technology equate to applications being deployed.

Get insight on current market trends, future developments and how your company can use this communications protocol to drive opportunities in healthcare, manufacturing, automotive industry and the smart appliance market. Find out who the major players are, what competitive strategies are in play and what new applications are on the horizon.

Oil fields, Chemical plans, and cellular towers are only a few of the places where the work that needs to be done is by a specialized resource. The safety of specialized workers represents three interesting issues. The first is monitoring the workers safety, the second is ensuring the worker can complete the work, and the third is making sure resources are available for rescue. All of this represents a combination of data and location information being collected in real-time. Join us to explore lone worker safety.

Automation in the warehouse includes robotics, inventory management/digital twins, supply chain and security solutions. All of these have requirements for connectivity and production grade platform. How is the enterprise managing these systems? Is there holistic or siloed vision?

Industrial solutions are capital intensive and designed to last for decades. Retooling must be evaluated to match existing legacy systems life cycle and show almost immediate benefits in production. What kinds of applications are matching these specifications and what industries are benefitting the most?

Heating, Ventilation and Air Conditioning are basics systems that have been a shared resource in older buildings. Smart Buildings have enabled better support for tenet specific preferences. As people come back to the office, how has the smart building been optimized to reduce health risks and better tenet services?

How precise has localization become with BLE 5.1? Look around your sports bar with ear buds on you may find the answer, as the ability to focus the sound to people looking at the screen means you can hear the game you are watching while everyone else watches and hears what they want. How else is the precision being used, and what’s next for Bluetooth standards?

The factory floor is full of single purpose legacy systems that were designed to report and alarm as a standalone. For enterprises to connect the data often some transcoding is required to make the data compatible with today’s cloud analytics. This session looks at how companies harmonize the data and benefit from the collection of data from all the systems.

As humans, we distinguish between hot and cold, light and dark and other general categories. Sensors take those senses and distinguish them to a level of precision needed for managing quality and ensuring safety. This session looks at some examples of where specialized sensors deliver on precision expectations.

6G is in the labs and hitting ludicrous speeds. What are we hearing from the labs and when should we expect to see the solutions roll out? Where will 6G be deployed first? How will the packet core change as result of having another set of protocols to support? This session gives us insight on the who, how, when and where of 6G solutions.

6G is taking advantage of frequencies used by other radio transmissions than we use currently. How do the carriers plan to manage their existing spectrum? Will the use of 6G create new alternative providers and will the courts have to decide between the existing services and the promise that 6G represents?

The Industrial Internet of Things was an early adopter vertical segment seeing ways to improve production and quality management. Now we are seeing the use of additional wireless connectivity to further improve the processes in production. What are the latest trends and biggest benefits for industry?

Mobile providers all over the globe have invested heavily in 5G technology. The industry recognizes that 5G possesses superior network efficiencies in terms of bandwidth consumption and reduced latency, however, there is little consensus among operators, businesses and pundits how to monetize this technology, let alone generate a return on investment. This panel discussion will explore use cases and deployments that are optimized in a 5G deployment, and offer practical suggestions for developers and other entities for creating revenue-generating services that properly leverage 5G technology.

Always one of the most popular and best-attended events at the IoT Evolution Expo #TECHSUPERSHOW. Come hear from a group of hot startups and ICOs working hard to shake up and disrupt their industries. At IDEA Showcase, entrepreneurs focused on transforming markets - or creating entire new categories - give their best 5-minute pitches to a discerning panel of judges. Companies present their unique value proposition - then the audience and judging panel each determine who is the most disruptive. IDEA Showcase @ IoT Evolution Expo is an evening full of next-generation innovation, powerful networking and high energy!

As speed becomes more and more important for media and high-speed transmissions the use of shorter-range solutions, enable more connectivity to be offered. This translates into the use of small cells. Another reason small cells are becoming the norm is to aid in keeping lines of sight connectivity. The bottom line then is that small cells are going to see a greater role. How will architectures change as a result of small cell usage?

As speed becomes more and more important for media and high-speed transmissions the use of shorter-range solutions, enable more connectivity to be offered. This translates into the use of small cells. Another reason small cells are becoming the norm is to aid in keeping lines of sight connectivity. The bottom line then is that small cells are going to see a greater role. How will architectures change as a result of small cell usage?

The history of the IoT is filled with specific use cases and purpose built applications. In addition, optimizing networks for specific areas often means the use of several service providers. This means that managing devices often uses several systems. What can the enterprise use to bring all the information into a common control solution?

Is the ability to segment spectrum for specific services a boom to enterprises enabling self-management? Do service providers have a new revenue opportunity by partitioning the network for their larger clients? What applications and business cases make network slicing an opportunity and / or a requirement?

Today, most of 6G capabilities are in the lab. And, much of the packet core infrastructure needs to remodel for 6G implementation. How are systems being redesigned to take advantage of next generation cellular technology?