Session Abstract:

Explore how the convergence of edge computing and IoT is transforming industries through real-time AI-driven insights. This panel will discuss advancements in low-latency processing, 5G-enabled edge deployments, and scalable architectures that empower smarter, faster decision-making at the edge. Join experts as they unpack the challenges and opportunities of integrating AI with IoT at the converged edge.

Speakers:

Cole Edmundson is a highly accomplished IoT expert with a deep passion for driving innovation and creating cutting-edge solutions. With a strong background in technology and a comprehensive understanding of IoT, Cole has firmly established himself as a thought leader in the industry. Throughout his career, Cole has successfully implemented IoT strategies that optimize business processes, enhance operational efficiency, and deliver exceptional user experiences. His ability to identify emerging trends and transform them into tangible business opportunities has earned him a well-deserved reputation as a forward-thinking and results-driven trusted advisor. With extensive experience spanning various industries including manufacturing, logistics, healthcare, transportation, retail, public safety, and energy, Cole has consistently provided strategic guidance and implementation expertise, helping organizations unlock the full potential of end-to-end IoT solutions. His unwavering commitment to excellence positions him as a leading authority within the IoT ecosystem. Cole’s relentless drive to push the boundaries of what’s possible continues to shape the future of IoT, generating meaningful data-based outcomes for individuals and enterprises alike. Paul Venditti is an experienced Leader (29+ years) and strategist with a passion for leveraging technology and customer relationships to create solutions that solve tough problems and excite people. Constantly looking for new ways to gain and embed desired customer insights into new innovative software solutions across a number of different industry-application areas

Dr. Tom Bradicich, Chairman of the IoT Community Board of Advisors, began his career at IBM, where he was an IBM Fellow, R&D VP, Distinguish Engineer, and Server CTO. At National Instruments, an Operational Technologies (OT) company, he served as an NI Fellow and company officer, pioneering Big Analog Data™ solutions. While at HP and Hewlett Packard Enterprise (HPE), Tom held various roles including R&D VP, HPE Fellow, Global Head of Edge & IoT Software Labs, and General Manager, As GM, he lead the global business unit, Servers and Edge Systems and Software, with P&L, worldwide sales, R&D, and customer experience ownership. Opening three global Innovation Labs, and exceeding salsas quotes by achieving revenue growth of over $250M, Tom’s business unit was the fastest growing in HPE. Tom and his team developed and launched dozens of systems and software products, such as advanced as-a-Service (aaS) software for cloud managed remote infrastructure, edge-as-a-service, and converged IT/Operational Technologies (OT). And the creation of several new product categories such as notebook computers, smartphones (IBM Simon™), Converged Systems (IBM BladeCenter™), Converged Edge Systems & Sofware (HPE Edgeline™), and OT and edge management software and platforms (HPE OTLink). Tom’s teams designed and launched the first 64 bit enterprise ARM server, the first x86 server with on-chip graphics, and IBM’s first prototype notebook computer. He incepted and directed the HPE Channel-to-Edge Institute partner program, and led company-wide strategies and venture/M&A assessments, and led HPE’s first corporate IoT & edge strategy.

Jamie Smith is a technology executive and strategist with over 30 years of experience leading innovation at the intersection of edge computing, AI, and IoT. As Head of Product at Acorn Oak Strategy, Jamie advises deep tech companies on go-to-market strategy, product development, and scalable architecture—particularly in mission-critical and real-time systems. Jamie previously led global initiatives at National Instruments (now Emerson), where he helped launch the company’s Industrial IoT Lab and drove partnerships with Microsoft, Siemens, and other ecosystem leaders. He played a pivotal role in validating Qualcomm’s first 5G V2X solutions, enabling real-time communication and safety systems for autonomous vehicles. His recent work focuses on symbolic AI, MBSE, and formal verification for AIoT systems in automotive, aerospace, and healthcare. Jamie is also a frequent speaker at autonomous vehicle and edge computing conferences, and currently serves as a fractional executive supporting high-growth startups in the software-defined systems and digital twin space.

Michelle has over 18 years of electrical engineering experience in the heavy machinery and industrial equipment sectors. Her expertise spans electrical systems design, harness engineering, and schematic development — utilizing CAD software such as Creo and CATIA. A hands-on project and people leader, Michelle has managed numerous cross-functional teams, spanning several geographies, to deliver complex and innovative solutions, from concept to completion. Michelle holds a Bachelor of Science degree in Electrical Engineering, and engages in STEM initiatives and community charitable events for the homeless and children in need.