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Keynote: Flying Through Fear: Creating a Culture of Courage
Get ready for an unforgettable experience with Michelle "MACE" Curran, former fighter pilot and Lead Solo Pilot for the Air Force Thunderbirds!
Through stunning visuals, high-energy storytelling and powerful lessons from the cockpit, MACE will share her remarkable journey from battling self-doubt and imposter syndrome to performing some of the most demanding maneuvers in aviation.
Discover how embracing vulnerability, stepping beyond comfort zones and taking courageous action can unlock new levels of performance and growth.
You will be challenged to shift your perspective, build confidence, and pursue bold goals with greater resilience. Whether you are leading teams, navigating change, or striving for personal excellence, MACE’s story will leave you energized, empowered and ready to take flight beyond what you thought was possible.
Presenter: Michelle "MACE" Curran
Topic(s): *Professional Development Emotional Intelligence
Type(s): Keynotes & Panels Stage
Michelle “MACE” Curran is a highly sought-after international speaker, former fighter pilot and USA Today bestselling author known for dynamic storytelling and expertise in overcoming fear and self-doubt. During 13 years in the US Air Force, she made history as only the second woman to fly as Lead Solo Pilot for the Thunderbirds, performing for hundreds of millions worldwide.
MACE has inspired teams at Microsoft, Boeing, John Deere, SpaceX, Purina, PwC and more, helping them move from hesitation to decisive action. Her insights have been featured on The Kelly Clarkson Show, CBS Mornings, Glamour and other major media outlets. Her newest book, The Flipside: How to Invert Your Perspective and Turn Fear Into Your Superpower, debuted in the top 20 on the USA Today Bestseller list. She also reaches millions each month as a LinkedIn Top Voice.
Conflict in the Middle East & Its Impacts on OT/ICS Infrastructure
The US-Israeli strikes on Iran on 28 February 2026 dramatically escalated regional tensions. Iran responded with missile and drone strikes across the Middle East, attacks on US bases and Gulf states and disruption of oil flows through the Strait of Hormuz. A ceasefire took hold around 8 April, but the conflict has reshaped the global threat environment.
While much attention has focused on IT threats, the core question for critical infrastructure operators is: What does this escalation mean for OT/ICS environments across the energy, water, manufacturing and transportation sectors?
Presenter: Sachin Mohan
Topic(s): *OT Cybersecurity ISA/IEC 62443 Implementation *Critical Infrastructure Protection
Type(s): OT Cybersecurity Stage sponsored by ISAGCA
Beyond the Magic: What Industrial Automation Can Learn from AI-Powered Theme Parks
Artificial Intelligence (AI) is transforming how organizations operate, yet many industrial leaders are still determining where it delivers the greatest value. Modern theme parks provide a sophisticated example of AI-enabled operations, in which millions of real-time data points from ride systems, IoT sensors and computer vision are analyzed to improve safety, reliability and efficiency.
This session explores how technologies such as predictive analytics, edge computing and digital twins optimize demand forecasting, staffing and operational decision-making. These real-world examples demonstrate that the architectural patterns powering entertainment ecosystems are directly applicable to manufacturing, utilities, logistics and other mission-critical environments. We will also examine the emerging role of generative and agentic AI, focusing on implementation strategies, governance and the necessity of human oversight in safety-critical systems.
Learning Objectives
- Explain how AI, industrial automation, IoT and digital twins enable intelligent operations.
- Identify practical applications of predictive maintenance and computer vision to improve asset reliability.
- Distinguish between predictive, generative and agentic AI within industrial contexts.
- Evaluate architectural approaches for integrating AI into existing OT and ICS environments while maintaining security.
- Apply proven automation patterns to accelerate digital transformation within your organization.
Presenter: Amulya Alva
Topic(s): *Artificial Intelligence (AI) *Case Studies on New Technologies
Type(s): Emerging Technologies & Process Control Stage
Fireside Chat: Leading Through the Unexpected: Crisis Management as a Career Skill in Automation
Crisis management isn't just an operational necessity. It's one of the most valuable career skills an automation professional can develop, and it's built long before a crisis arrives.
In this fireside chat, former USAF Thunderbird pilot Michelle "MACE" Curran unpacks what actually happens in the seconds after something goes wrong. She'll walk through the framework fighter pilots use when the unexpected hits at 300 miles an hour, explain why multitasking is a myth and relentless prioritization is the real skill and show how to set a bad moment aside so it doesn't contaminate your next decision.
This conversation will cover the difference between reacting and responding, how preparation turns instinct into something you can trust and why the debrief matters more than the drama. Michelle will also share what fear looks like at the highest levels of performance and the moment a leader's belief in her changed the direction of her career.
Bring your questions. The second half of the session is open to the audience.
Presenter: Michelle "MACE" Curran
Topic(s): Emotional Intelligence Change Management *Professional Development
Type(s): Career Skills Stage
Michelle “MACE” Curran is a highly sought-after international speaker, former fighter pilot and USA Today bestselling author known for dynamic storytelling and expertise in overcoming fear and self-doubt. During 13 years in the US Air Force, she made history as only the second woman to fly as Lead Solo Pilot for the Thunderbirds, performing for hundreds of millions worldwide.
MACE has inspired teams at Microsoft, Boeing, John Deere, SpaceX, Purina, PwC and more, helping them move from hesitation to decisive action. Her insights have been featured on The Kelly Clarkson Show, CBS Mornings, Glamour and other major media outlets. Her newest book, The Flipside: How to Invert Your Perspective and Turn Fear Into Your Superpower, debuted in the top 20 on the USA Today Bestseller list. She also reaches millions each month as a LinkedIn Top Voice.
Panel: Cybersecurity in US Water Systems: Lessons from the Recent Incidents
Recent cyberattacks on municipal water systems have exposed the persistent vulnerability of America's roughly 144,000 public water systems, most of which are small community utilities with limited staff, modest budgets, and minimal cybersecurity expertise.
This session examines practical, risk-focused methods for securing operational technology in the water sector. We will explore how frameworks such as ISA/IEC 62443 and programs like the NRWA Cybersecurity Circuit Rider help utilities of all sizes prioritize meaningful risk reduction rather than merely checking compliance boxes.
Panelists will share lessons from recent incidents, highlight the collaborative efforts of organizations such as NRWA, WaterISAC, EPA, CISA and the FBI to bolster utility resilience, and explain why industry-led, consequence-based strategies may be more effective than generic regulatory approaches in safeguarding the country's critical water infrastructure.
Presenters:
Topic(s): *OT Cybersecurity ISA/IEC 62443 Implementation Standards & Regulations *Critical Infrastructure Protection
Type(s): Keynotes & Panels Stage
Marco has 30 years of field experience, during which time he designed, implemented and maintained process instrumentation, automation systems, safety systems and process control networks. In his role with a large global manufacturing company, he is responsible for applications globally that are specific to plant site operations and corporate governance.
With nearly 2 decades focused specifically on industrial cybersecurity, he led efforts to secure the oil and gas (all streams), maritime port, offshore facilities and chemical sectors supporting federal, local and state entities in securing the private sector.
Marco is highly active in the International Society of Automation (ISA) as a longtime member and has recently been elected to the ISA Executive Board. He is a 22-year Senior Member and a certified cyber instructor for ISA/IEC 62443 with volunteering commitments and contributor to the AMSC Gulf of America (Mexico) cybersecurity committee in a sworn-in role to the US Coast Guard (USCG) as chair of threat intelligence and cybersecurity for the outer continental shelf (OCS).
He has been an InfraGard member since 2014 and is currently serving as president of the Houston Members Alliance.
Steve Mustard, PE, CAP, GICSP, CMCP, has over 35 years of experience in the automation industry. He has developed embedded software and hardware for military applications and created products for industrial automation and control systems. Currently, much of his work focuses on assessing the cybersecurity readiness of organizations in critical infrastructure.
In addition to being the former 2021 ISA President, Mustard holds multiple certifications and professional engineering licenses. These include being a licensed Professional Engineer (PE), an ISA Certified Automation Professional (CAP), a UK-registered Chartered Engineer (CEng), a Fellow of the Institution of Engineering & Technology, a European-registered Engineer (EUR Ing), a Global Industrial Cyber Security Professional (GICSP) and a Certified Mission Critical Professional (CMCP).
Graham Nasby, P.Eng., PMP, CAP, CISSP, GICSP, is the systems lead for Eastern Canada at PBX Engineering, a specialty engineering firm focused on electrical engineering, system integration and supervisory control and data acquisition (SCADA) master planning services across multiple critical industries. He is responsible for developing and executing PBX's municipal utilities business in Ontario and Eastern Canada.
Graham has more than 25 years of experience, including 4 years as senior manager of OT & Network Security Architecture for CN Rail and 7 years managing SCADA systems at Guelph Water.
Graham holds both Ontario water and wastewater operator licenses, is an active member of the American Water Works Association (AWWA) and is the founding co-chair of the ISA112 SCADA systems management standards committee.
AI in Cybersecurity
Artificial Intelligence (AI) is rapidly transforming the cybersecurity landscape, creating unprecedented opportunities for defenders and significant advantages for threat actors. As organizations accelerate the adoption of AI-driven technologies, cybersecurity operations are evolving from predominantly human-centric processes to machine-assisted and machine-enhanced decision-making. This transformation is especially significant in operational technology (OT) environments, where cybersecurity decisions can directly affect physical systems, industrial processes, safety, reliability and business continuity.
This session explores the evolving role of AI in cybersecurity, examines emerging risks associated with AI adoption and discusses the implications for OT cybersecurity, governance and future industry standards.
Presenter: Dennis Hackney
Topic(s): *Artificial Intelligence (AI) *OT Cybersecurity *Critical Infrastructure Protection Industrial Control Systems (ICS) Cyber-Physical Security
Type(s): OT Cybersecurity Stage sponsored by ISAGCA
Dennis Hackney is a cybersecurity leader with 25 years of experience specializing in operational technology (OT) security for the energy sector. He designs and deploys advanced cybersecurity solutions for industrial environments and supports industry compliance efforts as an adjunct professor at Texas A&M School of Law. He holds a PhD in information security, along with degrees in electronic systems applied sciences and business administration.
From Pilot to Scale: Selling Emerging Tech Inside Asset-Intensive Organizations
Emerging technologies often demonstrate their value in a single pilot or proof of concept, but turning that early win into organization-wide adoption is where most initiatives stall. This session explores the unique challenges of championing new technology in asset-intensive industries, where legacy systems, risk-averse cultures and long capital cycles can slow innovation.
Drawing on real-world experience, we will share practical strategies for building internal buy-in, communicating value to non-technical stakeholders and navigating organizational resistance to change. Attendees will leave with actionable insights to move emerging technology initiatives from isolated experiments to scaled, sustained adoption across their organizations.
Presenter: Chris Monchinski
Topic(s): *Artificial Intelligence (AI) Standards & Regulations
Type(s): Emerging Technologies & Process Control Stage
He thrives on tackling complex challenges, offering thought leadership, strategic insight and hands-on guidance in digital transformation (DT) and data analytics (DA). Early in his career, he and his colleagues coined the term "tweeners" for their unique position bridging information technology (IT) and operational technology (OT). Back then, IT and OT were siloed, but they successfully bridged that gap – an endeavor that remains a cornerstone of his work as IT/OT convergence becomes mainstream. He is passionate about leveraging data from all corners of an organization, turning it into actionable insights that drive excellence.
Chris’ commitment to the industry extends beyond the boardroom. He actively contributes to key organizations, serving as a member of the Smart Manufacturing Model Committee at Manufacturing Enterprise Solutions Associations (MESA) and chairing both the MESA Analytics Working Group and Knowledge Committee. His leadership roles include former vice president of the International Society of Automation (ISA) Standards and Practices Board (2019-2020), managing director of the ISA Standards and Practices Board and Chair of the ISA95 committee on enterprise-to-control system integration. As the convenor of the International Electrotechnical Commission (IEC)/International Organization for Standardization (ISO) Joint Working Group 5 (JWG5), he oversees the maintenance of the IEC-62264 standards series.
He is a frequent speaker at industry events, sharing insights at conferences hosted by MESA, ISA and International Society for Pharmaceutical Engineering (ISPE). Collaborating with fellow experts to advance our industry fuels his passion for innovation and knowledge sharing.
How to Excel at Work Without Sacrificing Well-Being
In today’s fast-paced work environment, many professionals feel pressured to go above and beyond to stand out, secure new opportunities and build a strong reputation. But sustained high performance should not come at the expense of emotional and mental health. This session will explore how emerging leaders and ambitious professionals can excel in their roles while setting healthy, realistic boundaries that support long-term success.
Attendees will discuss practical strategies for learning to delegate, recognizing personal limits, asking for help when needed and saying “no” professionally without damaging relationships or credibility. This session will also examine how self-awareness, communication and boundary-setting can help individuals avoid burnout while remaining reliable, effective and visible contributors.
Presenter: Greg Livelli
Topic(s): Workplace Effectiveness Emotional Intelligence *Professional Development Change Management Stakeholder Engagement Skills Gap Communication & Influence
Type(s): Career Skills Stage
Greg is a transformational enterprise executive with more than 25 years of global leadership experience driving business growth, innovation and operational excellence across private-equity-backed, publicly traded and multinational industrial organizations. He has a proven track record of scaling businesses, leading enterprise-wide transformations and delivering sustainable revenue growth, margin expansion and profitability.
A strategic and entrepreneurial leader, Greg excels at shaping long-term vision, developing new markets, strengthening client relationships and translating strategy into measurable business results. He brings deep expertise in global P&L leadership, resource and capital allocation, operational optimization and cross-functional team development across North America, Europe and Asia.
Greg is a trusted advisor to boards, CEOs and private equity sponsors, with experience building high-performing, exit-ready organizations through disciplined governance, strategic investment and transformational change. Known for his hands-on leadership and strong business acumen, he inspires high-performance cultures while creating lasting enterprise value.State of the Society Address
Presenters:
Expo Power Hour
Lunch
Securing the Skies: Cybersecurity Risks and Resilience for Drone Operations in Offshore Oil and Gas
Drones have rapidly become an essential tool for offshore oil and gas operations, transforming how organizations inspect assets, monitor operations, respond to emergencies and improve worker safety. By reducing the need for personnel to enter hazardous environments, drones help operators lower costs, increase efficiency and collect data that was previously difficult or impossible to obtain.
As drones become more integrated with operational technology (OT), enterprise IT systems, cloud platforms and AI-driven analytics, they also introduce new cybersecurity challenges. Modern drones are no longer isolated flying cameras. They are network-connected cyber-physical systems that rely on software, wireless communications, satellite navigation and remote management. A successful cyberattack can disrupt operations, compromise sensitive information, manipulate collected data or even affect safety-critical activities.
This presentation examines how offshore operators are using drones today, including inspections of offshore platforms, flare stacks, storage tanks, and pipelines; flare monitoring; environmental compliance; methane leak detection; emergency response; logistics; security surveillance; and support for digital twins and predictive maintenance. It then explores the evolving cybersecurity threat landscape, including GPS spoofing, command-and-control hijacking, denial-of-service attacks, malicious firmware, supply chain compromise, insecure communications, data theft and the risks associated with autonomous and AI-enabled drone operations.
This session concludes with practical guidance on reducing cyber risk through secure architecture, governance, standards, risk assessment and operational best practices. Attendees will gain a balanced understanding of the significant opportunities drones offer and the cybersecurity measures required to ensure safe, secure and reliable deployment in offshore environments.
Presenters:
Topic(s): *OT Cybersecurity Data Connectivity *Critical Infrastructure Protection
Type(s): OT Cybersecurity Stage sponsored by ISAGCA
Steve Mustard, PE, CAP, GICSP, CMCP, has over 35 years of experience in the automation industry. He has developed embedded software and hardware for military applications and created products for industrial automation and control systems. Currently, much of his work focuses on assessing the cybersecurity readiness of organizations in critical infrastructure.
In addition to being the former 2021 ISA President, Mustard holds multiple certifications and professional engineering licenses. These include being a licensed Professional Engineer (PE), an ISA Certified Automation Professional (CAP), a UK-registered Chartered Engineer (CEng), a Fellow of the Institution of Engineering & Technology, a European-registered Engineer (EUR Ing), a Global Industrial Cyber Security Professional (GICSP) and a Certified Mission Critical Professional (CMCP).
In his previous role as Vice President of Business Development and Marketing at Premium Inspection & Testing, which Acuren acquired in November 2021, he managed business development teams across the U.S. and led client outreach for all service lines. He also served as the Unmanned Operations Manager, overseeing the deployment and use of drones and other unmanned systems for inspection and testing. He holds the FAA Part 107 Remote Pilot certification and the National UAS Credentialing Program certification from Texas A&M University, demonstrating his proficiency and knowledge in operating unmanned aerial vehicles safely and efficiently. He is proud to have contributed to the successful integration of Premium and Acuren, and to have enabled the delivery of innovative and cost-effective solutions for our customers.
Beyond Physical Hardware: Leveraging Soft Sensors for Manufacturing Intelligence and Operational Reliability
As global manufacturing transitions from reactive maintenance models to data-driven proactive strategies, traditional hardware-centric monitoring is increasingly hindered by high costs, harsh operational environments and the inherent physical limitations of sensors. This presentation explores the strategic implementation of soft sensors—software-based mathematical proxies that infer high-fidelity measurements from existing programmable logic controller (PLC) and supervisory control and data acquisition (SCADA) data streams.
Industrial automation engineers will gain deep technical insight into the engineering foundations of virtual measurement, including advanced signal noise filtering, dimensionality reduction techniques such as principal component analysis (PCA) and the application of temporal artificial intelligence (AI) logic like bi-directional long short-term memory (BiLSTM) networks. We will detail the validation metrics [root mean square error (RMSE), mean absolute error (MAE), mean absolute percentage error (MAPE)] essential for ensuring mission-critical reliability in high-precision fluid control and assembly throughput.
For business leaders, the session provides a data-backed case for managerial return on investment (ROI), demonstrating documented direct hardware savings of over $110,000 per plant rollout and industrial throughput gains that reduce cycle times by up to 55%. Through real-world case studies in fluid dispensing and packaging throughput, we demonstrate how the early detection of "micro-anomalies" prevents catastrophic emergency shutdowns, stabilizing revenue streams and eliminating defective product scrap.
Attendees will leave with a three-step implementation roadmap – from asset-specific piloting to facility-wide standardization – positioning soft sensors not just as a technical upgrade, but as an essential reliability standard for the future of manufacturing intelligence.
Presenter: Dr. Brian Romano
Topic(s): Soft Sensors & Advanced Process Analytics *Artificial Intelligence (AI) *Case Studies on New Technologies *Instrumentation & Process Control
Type(s): Emerging Technologies & Process Control Stage
Dr. Romano, currently the director of technology development at The Arthur G. Russell Co., has been in the process and automation control systems industry for more than 40 years, starting as a bench technician. After serving as president of a division for an automated machine builder, he owned a systems integration company, growing and positioning it as one with expertise in connecting the factory floor to the front office. To keep current with the ever-evolving automation industry, Brian holds an AS, BS, MS and MBA and PhD in technology and innovation. He has been designing and implementing Industry 4.0 solutions, starting initially in 2004 connecting factory floor data systems to customer business systems.
Understanding the skills gap and workforce shortage in the control systems engineering profession, Brian leverages his academic knowledge and years of experience to teach the next generation of engineers at two local universities. He also serves as an industrial advisory board member for two technology and engineering universities, as a member of the Control System Integrators Association (CSIA) Digital Committee and as chair of the ISA Smart Manufacturing Division IIoT (SM/IIoT) committee, where he was awarded the 2022 ISA SM/IIoT Division Leader of the Year Award. Brian has been presenting at trade and professional society conferences for several years, publishes articles and has been quoted and interviewed for several automation publications.
Your Work is Your Resume: Building Career Security Through Visibility
The industrial automation job market is more volatile than ever. Layoffs, restructuring and rapid technological shifts mean the professionals who thrive are those who are known before they need to be. This session explores how building a visible, authentic professional identity creates career security that no single employer can provide.
Drawing on two decades in industrial automation and her experience building Automation Ladies into an industry media platform, Nikki Gonzales shares practical strategies for professionals at every stage, from posting about what you're learning at a trade show to building a reputation that attracts employers, customers and collaborators. No podcast required, no influencer playbook. Just a modern, practical approach to making sure the right people know who you are, what you do and what you bring to the table.
This session will also cover how to use AI tools to amplify your voice without losing it, and why those who start now will have a significant advantage in the years ahead.
Presenter: Nikki Gonzales
Topic(s): *Professional Development *Artificial Intelligence (AI) Communication & Influence Stakeholder Engagement
Type(s): Career Skills Stage
Nikki Gonzales has spent two decades in industrial automation, spanning sales engineering, commercial leadership, startups and industry media. She founded Automation Ladies, a media platform amplifying voices across the automation industry and co-founded OT SCADA CON, a grassroots community conference focused on operational technology and industrial automation.
Nikki has spoken at more than 40 industry events and holds a BBA in international business from UT Austin.
Session Sponsored by Acronis
Type(s): OT Cybersecurity Stage sponsored by ISAGCA
Session Sponsored by Control Station: Closing the Gap Between PID Performance and the Bottom Line
After nearly a century of industrial use, the PID controller remains the workhorse of process automation, regulating temperatures, flows, levels and pressures across virtually every unit operation in a plant, continuously, invisibly and without fanfare. Distributed control systems have grown more sophisticated, advanced process control and AI-driven orchestration have entered the conversation and historians capture more data than ever. Yet none of it matters if the plant's base layer of regulatory control isn't performing as designed. Advanced systems cannot optimize their way around a poorly tuned loop; they can only optimize on top of a stable one. The PID controller isn't a legacy technology waiting to be replaced. It's the foundation on which everything else depends.
What's been missing isn't better tuning theory or more sophisticated diagnostics; industry has no shortage of either. What's missing is a clear, credible line from loop performance to production and financial outcomes. Engineers have long known intuitively that a poorly performing controller costs money, whether through wasted energy, off-spec product, excess variability or downtime, but intuition doesn't win capital projects or persuade a plant manager to prioritize tuning work over competing line items.
Overall Controller Effectiveness (OCE) has emerged as a promising answer. Modeled on the Overall Equipment Effectiveness (OEE) framework used throughout discrete manufacturing, OCE evaluates PID performance across three familiar dimensions: availability, performance and quality, rolled into a single, normalized score that gives leadership one consistent number to benchmark performance at the loop, unit and plant level.
This session draws on data from tens of thousands of PID loops across nearly 200 production facilities spanning pulp & paper, oil & gas, chemicals, food & beverage, mining and more. Attendees will learn exactly how OCE is calculated, see it correlated directly to dollars through real customer examples and walk away with a practical framework for translating loop performance into a business case that plant leadership will act on.
Presenter: Bob Rice
Type(s): Emerging Technologies & Process Control Stage
MCP in the Plant: How Model Context Protocol Could Reshape Industrial AI Integration
The Model Context Protocol (MCP) is rapidly becoming the universal standard for connecting artificial intelligence (AI) systems to external data and tools. Major tech companies and open-source communities have rallied behind it. However, on the plant floor, where OPC UA, Modbus and EtherNet/IP still move the data that matters, the conversation about MCP is just getting started.
This panel brings together voices from across the industrial automation ecosystem to explore what MCP integration actually looks like in practice: what it enables, what it doesn't replace and whether the industry is ready for it. Panelists will discuss the relationship between OPC UA and MCP as complementary protocol layers, what original equipment manufacturers (OEMs), integrators and end users actually want from AI-connected equipment, and whether the path forward is vendor-specific AI platforms or open, interoperable standards that let customers build on their own terms.
This is not a product pitch. It is an engineering-level conversation about a protocol that could fundamentally change how industrial data reaches AI, and what the automation community needs to do now to be ready for it.
Presenters:
Topic(s): Data Connectivity Industrial Data Architecture *OT Cybersecurity
Type(s): Keynotes & Panels Stage
Nikki Gonzales has spent two decades in industrial automation, spanning sales engineering, commercial leadership, startups and industry media. She founded Automation Ladies, a media platform amplifying voices across the automation industry and co-founded OT SCADA CON, a grassroots community conference focused on operational technology and industrial automation.
Nikki has spoken at more than 40 industry events and holds a BBA in international business from UT Austin.
Ashley Wolfe is an operational technology (OT) cybersecurity professional specializing in industrial control systems (ICS) security and critical infrastructure defense. She is the Owner and Chief Technology Officer of Wolfe Evolution, where she leads the development and delivery of OT cybersecurity assessments, consulting services and hands-on training programs.
Ashley brings practical, real-world experience designing, assessing and securing industrial environments. Her work focuses on helping students understand how OT systems are built, how they communicate and how they are targeted by modern threat actors—bridging the gap between traditional IT security concepts and operational realities.
As an instructor, Ashley emphasizes foundational understanding, critical thinking and realistic attack and defense scenarios. Her courses are designed to prepare students not just to recognize vulnerabilities, but to understand how exploitation occurs in ICS environments and how effective defensive decisions are made without disrupting operations.
Vinny Endres is the founder of Bitmasked Automation, which is dedicated to bridging the gap between industrial controls and on-farm automation. Growing up on a dairy farm, he traded cows for programmable logic controllers (PLCs) and has been instrumental in bringing advanced industrial technologies to agricultural producers and their original equipment manufacturers (OEMs).
Through Bitmasked, Vinny develops innovative solutions to optimize irrigation, grain storage, fresh produce handling, robotic milking and more. His passion for collaborating with farmers nationwide has built a vast network of knowledge and expertise, enabling him to develop practical, field-tested automation solutions that advance agriculture.
Software-defined & Connected Vehicle Security (SDVs)
Software-defined vehicles (SDVs) represent a massive shift in automotive engineering. Traditional mechanical components are being replaced by centralized software architectures. While this evolution enables continuous feature updates and deeper cloud integration, it also presents unprecedented cybersecurity challenges.
This session dives into how modern automotive software stacks manage massive codebases, secure hyper-connected attack surfaces and implement robust protection models from the factory line to the highway.
What You Will Learn
- The New Attack Surface: Understanding the risks introduced by continuous over-the-air (OTA) update channels and vehicle-to-everything (V2X) communication.
- Architectural Isolation: How hardware decoupling and virtualization isolate critical safety systems like braking from infotainment vulnerabilities.
- Zero-Trust on Wheels: A deep dive into cryptographic trust chains, secure identities and authenticating high-speed edge data.
Presenter: Cheri Caddy
Topic(s): *OT Cybersecurity Robotics & Autonomous Operations Data Connectivity
Type(s): OT Cybersecurity Stage sponsored by ISAGCA
Cheri Caddy is an independent consultant specializing in cybersecurity and emerging technology policy, strategy, technical standards and governance, risk, and compliance issues. She is a senior cybersecurity advisor to Savannah River National Laboratory and a member of several advisory boards, including the Technology Advancement Center. She also chairs the Board of Fellows Visiting Committee of the Leahy School of Cybersecurity and Advanced Computing at Norwich University.
Ms. Caddy held senior national security technical and policy roles in the US Government for over 30 years. Prior to retiring from federal service, she served as deputy assistant national cyber director for technology and research in the Office of the National Cyber Director at the White House (ONCD), where she was the executive technical lead for the development and implementation of the 2023 National Cybersecurity Strategy and a principal contributor to the 2023 National Standards Strategy for Critical and Emerging Technology.
She recently served as senior technical advisor for cybersecurity at the US Department of Energy (DOE). While there, she managed a $60M portfolio of cyber-related research and development (R&D) across the national laboratories, coordinated cyber R&D across the department and represented DOE at the National Science and Technology Council.
Ms. Caddy’s other senior technical and policy roles have included: executive director of the Enduring Security Framework at the National Security Agency (NSA), director for cybersecurity at the National Security Council and senior cyber policy advisor at the Office of the Director of National Intelligence.
She holds degrees from the University of Virginia, American University and Norwich University Military College of Vermont, and has been a Senior Cybersecurity Fellow at the McCrary Institute for Cybersecurity & Critical Infrastructure at Auburn University since 2017.
A New Design and Model for Human-Dependent Active Barriers
An ISA task force will soon complete work on an innovative and first-of-kind design and lifecycle model addressing the most complex of all active barrier types, those that rely on a human to achieve its safety function. The model applies to human-dependent active barriers (HDAB) types that may be preventative, control/recovery or emergency response.
Core design activities are task-based and human-centered. The highly structured and comprehensive approach purposely develops barrier tasks that can reliably achieve the barrier safety function and performance. The employed lifecycle phasing mirrors the globally-adopted IEC 61511-1 standard. Added information from the model provides expanded design input to those charged with designing barrier-dependent human machine interface (HMI) displays, technical systems, control rooms, control panels, protected workspaces, utilities and external protective barriers. Activities in the operating and maintenance phase ensure the barrier continues to perform as specified while monitoring and responding to emerging issues that can degrade the barrier. Another unique attribute, the described and explained model considers and accommodates project execution practices commonly seen in process and oil and gas sector capital projects.
A key driver for this work, common findings in major accidents, e.g., Macondo Deepwater Horizon (DWH) and DuPont La Porte, identify deficient HDABs as causal contributors to the accident and outcomes. A 2023 National Academies of Sciences, Engineering and Medicine (NASEM) study assessed the effectiveness of the DWH recommendations implemented in the US offshore deepwater O&G sector. It assessed HDABs and safety-critical tasks to be a major source of systematic risk.
The new work provides the most comprehensive methodology and approach for overcoming the persistent deficiencies in HDABs. As a ISA framework, the HDAB design and lifecycle model is informative only. However, it is purposely written in the form of an IEC standard, providing a fully developed template for progressing the work to an IEC standard. The tentative completion and publication of the framework are late 2026 or early 2027.
Presenter: Tom Shephard
Topic(s): *Critical Infrastructure Protection Standards & Regulations
Type(s): Emerging Technologies & Process Control Stage
Tom Shephard is a managing principal consultant and author focused on reducing the risk of major accidents. His work explores the often-overlooked and least understood root causes of catastrophic events, helping organizations identify and address the factors that can lead to serious incidents.
From Insight to Impact: Applying Personality Assessments for Workplace Effectiveness
Technical expertise is essential for success in engineering and automation environments, but high-performing teams require more than technical skills alone. Differences in personality, communication preferences, decision-making styles and problem-solving approaches can significantly influence team dynamics, collaboration and overall performance. Understanding and effectively leveraging these differences can transform workplace relationships and improve organizational outcomes.
This brief session will explore how personality assessments, such as Insights Discovery, can serve as practical tools to enhance self-awareness, strengthen communication and foster more productive collaboration across teams. Participants will learn how personality preferences influence workplace behaviors, leadership effectiveness, conflict resolution and responses to change. Through real-world examples and actionable strategies, attendees will discover a simple framework for translating assessment results into meaningful workplace applications.
Designed for both early-career engineers and experienced leaders, this presentation provides practical techniques for aligning individual strengths with team needs, adapting communication styles to diverse audiences and building healthier, more effective working relationships. Whether leading a team, contributing as an individual performer or working across functions, participants will leave with immediately applicable insights to reduce friction, increase engagement, and create more cohesive, adaptable and high-performing teams. Through a deeper understanding of self and others, attendees will learn to translate personality insights into measurable workplace impact.
Presenter: Joe Rollins
Topic(s): Communication & Influence *Professional Development Workplace Effectiveness Emotional Intelligence
Type(s): Career Skills Stage
Joe Rollins is the control systems & software learning and development manager for Emerson Automation Solutions, with more than 35 years of experience in talent, leadership and organizational development. He brings over 25 years of semiconductor industry experience and nearly 19 years of experience supporting automation systems, software and solutions in project environments.
Joe has held leadership roles at Emerson, Intel and Advanced Micro Devices. He specializes in leadership development, succession planning, change management, workforce development, talent acceleration and career coaching. He is also a Korn Ferry 360 Certified Feedback Coach and a certified Insights Discovery and DiSC Practitioner.
Opening Forum: AI vs AI Across Industry Sectors
What happens when Artificial Intelligence (AI) systems compete, collaborate and challenge one another across industries? This panel brings together leaders and innovators to explore how intelligent technologies are reshaping the way businesses operate, compete and create value.
From manufacturing, to automotive and oil and gas, this panel will examine where AI is driving the greatest transformation—and where human judgment remains essential. Panelists will debate competing approaches to AI adoption, automation, innovation, governance and responsible implementation, while exploring what it takes to stay ahead as AI capabilities rapidly evolve.
Expect a candid, forward-looking conversation about who wins, what changes and what comes next when AI becomes both the disruptor and the competitive advantage.
Presenters:
Topic(s): *Artificial Intelligence (AI) Communication & Influence
Type(s): Keynotes & Panels Stage
Steve Mustard, PE, CAP, GICSP, CMCP, has over 35 years of experience in the automation industry. He has developed embedded software and hardware for military applications and created products for industrial automation and control systems. Currently, much of his work focuses on assessing the cybersecurity readiness of organizations in critical infrastructure.
In addition to being the former 2021 ISA President, Mustard holds multiple certifications and professional engineering licenses. These include being a licensed Professional Engineer (PE), an ISA Certified Automation Professional (CAP), a UK-registered Chartered Engineer (CEng), a Fellow of the Institution of Engineering & Technology, a European-registered Engineer (EUR Ing), a Global Industrial Cyber Security Professional (GICSP) and a Certified Mission Critical Professional (CMCP).
Dennis Hackney is a cybersecurity leader with 25 years of experience specializing in operational technology (OT) security for the energy sector. He designs and deploys advanced cybersecurity solutions for industrial environments and supports industry compliance efforts as an adjunct professor at Texas A&M School of Law. He holds a PhD in information security, along with degrees in electronic systems applied sciences and business administration.
Cybersecurity and Privacy Considerations for Right to Repair
This talk will outline the broad strokes of cybersecurity and privacy frameworks, regulatory domains and best practices as they relate to repairable products and the companies that produce them. From critical infrastructure and automotive to agriculture and consumer products, the impacts of cybersecurity and privacy are felt by individuals and companies.
We will address how companies that create and advocate for the right to repair (RtR) products can mitigate real security and privacy risks and counter overstated claims by corporations and government organizations that RtR products are inherently less safe than proprietary, closed-system products. We will touch on relevant state and federal RtR legislation and draw parallels between the modern RtR movement and the Free and Open Source Software movement of 30 years ago.
Attendees will take home talking points and references to guide discussions and decisions on cybersecurity and privacy for anyone doing business, and on creating products that are repairable and maintainable by the people who buy them.
Presenter: Andrew Seely
Topic(s): *OT Cybersecurity *Critical Infrastructure Protection Robotics & Autonomous Operations
Type(s): OT Cybersecurity Stage sponsored by ISAGCA
Andy Seely is the consulting senior technical advisor for cybersecurity and solutions architecture at the defense contracting firm Venatôre and a full-time faculty member teaching computer science at Hillsborough College in Tampa, Florida. His 30 years of professional experience include serving as director of architecture and engineering at the cybersecurity firm MindPoint Group, vice president for solution architecture for national security and space at SAIC and engineering and leadership roles at General Dynamics, Northrop Grumman and Computer Science Corporation.
Andy is also the vice president for membership and geographic activities for the IEEE Computer Society, the world’s leading society for computing and engineering. In his executive role, he sets the agenda for global membership, which serves over 50,000 students and professionals worldwide, and oversees committees for geographic activities, awards and recognition, distinguished visitors, students and young professionals and new initiatives.
How to Survive the AI Takeover: Responsible Deployment of Automation in Manufacturing
Artificial intelligence (AI) is moving rapidly into manufacturing, from machine learning for predictive maintenance and computer vision on the factory floor to generative AI for engineering, purchasing, documentation and customer-facing work. But responsible implementation begins with a deceptively simple question: where does AI actually belong?
AI has not invented bad automation. Manufacturers have long had to contend with poorly designed processes, misleading models and misplaced trust in data and systems that are given more authority than they should have. AI can make those mistakes easier to scale and harder to recognize because increasingly capable systems can produce answers, recommendations, software and actions that appear remarkably convincing even when they are wrong.
This session examines those challenges through concrete examples from manufacturing, automation and human-AI interaction. What can we learn from a manufacturer whose purchasing and accounting models accurately reflected its costs yet led management to the disastrous conclusion that it should eliminate internal manufacturing altogether? Why do safety-critical systems sometimes use independent, redundant channels that shut down a process when they disagree? When is computer vision an excellent way to determine whether an area is clear and when should a conventional light screen, force sensor, interlock or other deterministic safeguard remain the final authority? And what changes when an AI assistant moves from helping an engineer write or analyze PLC code to being allowed to alter the state of an automation cell itself?
The same questions arise beyond the factory floor. Generative AI can help an individual employee draft a document, analyze purchasing data, investigate lead times or communicate with a customer much faster. But organizations should distinguish between augmenting an employee and automating an entire business process. Sometimes the better solution is not AI at all, but conventional process engineering: a well-designed database, dashboard, workflow or purchasing tracker may be more reliable, transparent and maintainable than introducing a probabilistic system simply because AI is available.
These examples point to a broader issue at the heart of AI ethics and governance: authority. There is an important distinction among systems that inform, recommend and act. The consequences of an incorrect prediction about future maintenance needs are very different from those of an incorrect purchase order, customer commitment, PLC modification or safety decision. Responsible AI implementation, therefore, requires organizations to consider not only whether an AI system performs well but also what happens when it fails, whether that failure is detectable and reversible and what safeguards should exist between a model's output and consequential action.
Drawing on research in human-AI collaboration, experience with small manufacturing organizations and examples from industrial automation, this talk will explore how manufacturers can leverage increasingly capable AI without abandoning the engineering principles that made modern automation reliable. The future of manufacturing is unlikely to be a choice between people, conventional automation and AI. The more interesting and more important challenge is deciding what each should be allowed to do.
Presenter: Dr. Johnathan Mell
Topic(s): *Artificial Intelligence (AI) Standards & Regulations
Type(s): Emerging Technologies & Process Control Stage
Dr. Johnathan Mell is a professor, researcher and technology innovator working at the crossroads of artificial intelligence (AI), human behavior and engineering. Dr. Mell is a tenure-track professor at the University of Central Florida, where he lectures on AI in video games, and leads the ScionAI lab, which researches topics relating to making and understanding more human-like AI systems.
He received his PhD in Computer Science from the University of Southern California and holds further degrees from Wharton School of Business and Penn Engineering. Dr. Mell has appeared at numerous global conferences and is also regularly invited as a panelist or speaker to both academic conferences and popular science venues to discuss AI. He aims to connect business, gaming and cutting-edge AI in a fully integrated way utilizing modern techniques to make consistent, trustworthy and useful AIs. His current work is focused on artificial negotiation and human-AI communication.
Fireside Chat: Digital Literacy Skills for the Modern Automation Engineer
The modern automation engineer needs more than technical depth—they also need digital literacy, adaptability and leadership skills to succeed in today’s connected industrial environment. This fireside chat will explore how digital roles are evolving, where the biggest talent and capability gaps lie and what organizations can do to prepare their workforce for the future. This session will offer practical insights into building the skills, mindsets and career pathways needed to develop future-ready engineering talent.
Presenters:
Topic(s): *Professional Development Workplace Effectiveness Skills Gap
Type(s): Career Skills Stage
Jasmeen is a sales enablement and digital growth professional with more than a decade of experience across industrial automation, process control, technical sales, business development and digital transformation. At Spartan Controls, she leads initiatives that equip sales and management teams with actionable tools and insights and drive adoption of customer-facing digital platforms and solutions.
Throughout her career, Jasmeen has built a strong track record of translating customer needs into business value, developing technical solutions, generating new opportunities and creating meaningful customer experiences. Her experience includes application engineering for valves and actuation, technical inside sales, digital business development and cross-functional leadership across sales, marketing and technical teams.
Jasmeen combines technical industry knowledge with a strong customer and commercial focus, leveraging data, customer feedback and digital technologies to improve engagement, operational efficiency and business growth. She is passionate about connecting people, technology and business strategy to create scalable solutions that deliver lasting customer value. She also completed the Emerging Leadership Development Program at the Haskayne School of Business.
Andrew McDonald is the Principal Consultant and Managing Director of FutureofManufacturing LLC, a company focused on delivering strategic consulting services to organizations undergoing full-scale digital transformation in manufacturing. Andrew's expertise lies in business strategy development, technology roadmapping, new business model development, venture capital investment analysis, change leadership, transformational program leadership and digital manufacturing.
Prior to the formation of FutureofManufacturing LLC, Andrew served as Director for Future Manufacturing at Unilever and led robotics and physical automation, digital factory and factory cybersecurity programs, company-wide. Andrew is experienced in applying broad engineering and supply chain knowledge to dissect complex business challenges and outline problem statements, as well as clearly articulate business strategy, work streams, programs and projects. He has extensive experience leading large, complex, technical change programs and building consensus inside and outside the organization, generating and nurturing trust-based partnerships.
FutureofAutomation is currently helping multi-national clients develop and deploy digitalized manufacturing strategies, applying models developed in prior programs.
Sujata is a successful entrepreneur, technologist and thought leader in the Industrial Internet of Things (IIoT) and the convergence of industrial automation and information technology. As a leader at Ascent Intellimation, she has helped establish the company as a leading provider of IIoT solutions, enabling organizations to harness connected technologies and manufacturing data to drive smarter operations. Under her leadership, Ascent has developed PlantConnect, an Industrial IoT platform deployed across applications including environmental monitoring, smart manufacturing and reliability engineering.
Sujata is passionate about helping organizations unlock the value of manufacturing data and recognize the many ways it can support stakeholders across the enterprise. With a strong vision for the future of connected industry, she focuses on bridging technology, data and business needs to enable more intelligent, efficient and sustainable manufacturing.
Cyber-Physical Triad
What It Is.
The Cyber-Physical Triad is a three-pillar model designed to unify modern automation systems, including discrete mechatronics, process automation and cognitive computing, under a single governed infrastructure.
- Discrete machine automation & robotics: A "physical layer" that brings robotics, process controls and machine cells under ISA-governed lifecycle and data models.
- Software-defined automation (SDA): A "nervous system" consisting of a manufacturer-agnostic abstraction layer that decouples execution logic from physical hardware.
- Agentic AI: A "cognitive layer" that uses a "library-first" methodology to serve as an intelligent orchestrator of ISA-certified, pre-debugged code blocks.
Presenters:
Topic(s): *Artificial Intelligence (AI) Robotics & Autonomous Operations *Case Studies on New Technologies Industrial Control Systems (ICS) Data Connectivity
Type(s): Keynotes & Panels Stage
Dr. Romano, currently the director of technology development at The Arthur G. Russell Co., has been in the process and automation control systems industry for more than 40 years, starting as a bench technician. After serving as president of a division for an automated machine builder, he owned a systems integration company, growing and positioning it as one with expertise in connecting the factory floor to the front office. To keep current with the ever-evolving automation industry, Brian holds an AS, BS, MS and MBA and PhD in technology and innovation. He has been designing and implementing Industry 4.0 solutions, starting initially in 2004 connecting factory floor data systems to customer business systems.
Understanding the skills gap and workforce shortage in the control systems engineering profession, Brian leverages his academic knowledge and years of experience to teach the next generation of engineers at two local universities. He also serves as an industrial advisory board member for two technology and engineering universities, as a member of the Control System Integrators Association (CSIA) Digital Committee and as chair of the ISA Smart Manufacturing Division IIoT (SM/IIoT) committee, where he was awarded the 2022 ISA SM/IIoT Division Leader of the Year Award. Brian has been presenting at trade and professional society conferences for several years, publishes articles and has been quoted and interviewed for several automation publications.
David Schultz is a principal consultant at Amárach StackWorks. He works with manufacturers to develop and execute strategies for their digital transformation and asset performance management initiatives. He has nearly 30 years of experience with automation and manufacturing execution systems across multiple market verticals. He is a member of the International Society of Automation (ISA), the Society of Maintenance and Reliability Professionals (SMRP) and the Project Management Institute (PMI).
Dr. Ravindra Thamma is a nationally recognized engineering educator and strategist who has built his career on bridging the gap between academic theory and industry practice. As associate dean at Central Connecticut State University’s (CCSU) School of Engineering, Science and Technology (SEST), he founded the first Accreditation Board for Engineering and Technology (ABET)-accredited Robotics and Mechatronics Engineering Technology program in the US, aligning education directly with Industry 4.0 needs.
With over 100 industry partnerships, 4.3M+ USD in funding and a global footprint in science, technology, engineering and mathematics (STEM) access, Dr. Thamma has transformed classrooms into launchpads for innovation, employment and entrepreneurship. His pioneering Faculty-in-Residence model embeds faculty and students in live industry projects, while his student-centered philosophy ensures graduates are prepared not just to enter the workforce – but to lead it.
A passionate advocate for equity, he founded CCSU’s Young Engineers Summer Institute (YESI) and delivers free robotics education globally. He serves on the Association of Technology, Management and Applied Engineering (ATMAE) Accreditation Board and was recognized with the Fuji Automatic Numerical Control (FANUC) Excellence in Robotics Education Award (2023) and nominated for ISA Fellow (2025).
Through visionary leadership and deep domain expertise, Dr. Thamma is shaping the future of engineering education – where academic excellence meets real-world impact. Guided by the belief that education must empower students to shape the future, Dr. Thamma continues to bridge academic gaps with industry realities – preparing the next generation of engineers to lead with innovation, vision and purpose.
Cyber-Informed Engineering: Building Security into Critical Infrastructure by Design
As cyber threats to critical infrastructure continue to evolve, organizations are recognizing the need to integrate cybersecurity considerations into engineering decisions from the earliest stages of system design. This session will explore the growing adoption of Cyber-Informed Engineering (CIE) from an energy sector perspective, examining how engineering, operations and cybersecurity disciplines can work together to reduce cyber risk and improve resilience.
Participants will learn about ongoing efforts to advance cybersecurity education and curriculum development for engineers, as well as emerging standards, design patterns and quantification methods that help translate cyber risk into engineering requirements and business decisions. The discussion will highlight practical approaches for applying Cyber-Informed Engineering principles across technical, operational and policy domains, enabling organizations to design, operate and maintain more secure and resilient energy systems and critical infrastructure.
Presenters:
Topic(s): *OT Cybersecurity Cyber-Informed Engineering
Type(s): OT Cybersecurity Stage sponsored by ISAGCA
Virginia “Ginger” Wright is the department manager at the Research Acceleration organization within the Idaho National Laboratory (INL). She has led multiple programs focused on cybersecurity and critical infrastructure resilience for the Department of Energy (DOE), the Defense Advanced Research Projects Agency (DARPA) and other government agencies, including DOE’s Cyber-Informed Engineering initiative (CIE) and the Cyber Testing for Resilient Industrial Control Systems (CyTRICS™️) program.
Virginia's recent research areas include supply chains for operational technology components, incident response, critical infrastructure modeling and simulation and nuclear cybersecurity. She holds a Bachelor of Science in information systems/operations management from the University of North Carolina at Greensboro.
Cheri Caddy is an independent consultant specializing in cybersecurity and emerging technology policy, strategy, technical standards and governance, risk, and compliance issues. She is a senior cybersecurity advisor to Savannah River National Laboratory and a member of several advisory boards, including the Technology Advancement Center. She also chairs the Board of Fellows Visiting Committee of the Leahy School of Cybersecurity and Advanced Computing at Norwich University.
Ms. Caddy held senior national security technical and policy roles in the US Government for over 30 years. Prior to retiring from federal service, she served as deputy assistant national cyber director for technology and research in the Office of the National Cyber Director at the White House (ONCD), where she was the executive technical lead for the development and implementation of the 2023 National Cybersecurity Strategy and a principal contributor to the 2023 National Standards Strategy for Critical and Emerging Technology.
She recently served as senior technical advisor for cybersecurity at the US Department of Energy (DOE). While there, she managed a $60M portfolio of cyber-related research and development (R&D) across the national laboratories, coordinated cyber R&D across the department and represented DOE at the National Science and Technology Council.
Ms. Caddy’s other senior technical and policy roles have included: executive director of the Enduring Security Framework at the National Security Agency (NSA), director for cybersecurity at the National Security Council and senior cyber policy advisor at the Office of the Director of National Intelligence.
She holds degrees from the University of Virginia, American University and Norwich University Military College of Vermont, and has been a Senior Cybersecurity Fellow at the McCrary Institute for Cybersecurity & Critical Infrastructure at Auburn University since 2017.
Beyond Automation Integration
As industrial automation environments continue to scale, many organizations are discovering that connecting technologies is only part of the challenge. The greater obstacle is achieving complete visibility into how those systems interact, perform and influence one another across increasingly complex operations, including how to generate the operational data AI requires for reliable, accurate output.
In this session, our speaker will share how leading organizations are moving beyond fragmented dashboards and isolated system metrics to build a unified operational data infrastructure capable of supporting enterprise-scale automation and AI initiatives.
Topic(s): Industrial Data Architecture Data Connectivity *Critical Infrastructure Protection *Case Studies on New Technologies Robotics & Autonomous Operations
Type(s): Emerging Technologies & Process Control Stage
Are You Ready for an AI-Automated Future?
Artificial intelligence (AI) is beginning to transform every discipline, including the work traditionally performed by instrumentation and control professionals. As industrial organizations deploy more advanced automation, analytics, digital twins, AI-assisted engineering tools and autonomous control concepts, expectations for I&C engineers and technicians—broadly defined here as automation professionals—are expanding beyond conventional control system design, instrumentation specification, commissioning and troubleshooting.
A future-ready automation professional workforce will need to understand not only programmable logic controllers (PLCs), distributed control system (DCS) platforms, safety instrumented systems (SISs), field instrumentation and control narratives, but also how AI models are developed, validated, governed and safely integrated into industrial operating environments.
Through practical use-case presentations and concepts that illustrate how AI is already influencing the world of automation—from neural-network-based control and AI-assisted engineering workflows to workforce strategies for addressing emerging capability and skills gaps—this session will serve as an initial forum for discussion and discovery toward that end.
This live, in-person expert conversation serves as a follow-up to the recent ISA thought-leader webinar of the same name. It is intended to continue the conversation, encourage participants to share even more current use cases from their own organizations, identify future employee skill needs and, particularly, provide examples of how AI is improving engineering productivity, decision quality, system reliability, knowledge capture or the speed of automation project execution and process operations.
Brought to you by the ISA Workforce Architecture Taskforce
Presenters:
Topic(s): *Professional Development *Artificial Intelligence (AI) Skills Gap *Instrumentation & Process Control *Case Studies on New Technologies Soft Sensors & Advanced Process Analytics Robotics & Autonomous Operations
Type(s): Career Skills Stage
Rajeev Limaye is a consultant specializing in functional safety, autonomous operations and digital solutions. Previously, he served as a director at Linde Engineering in Houston, leading automation and advanced operations projects. His recent focus includes AI-enabled engineering, neural network-based plant control and functional safety assessments for autonomous operations.
Rajeev holds a master’s degree in chemical engineering from IIT Bombay and an MBA from the University of Houston. He is a registered Professional Engineer (PE) in Texas and a Certified Functional Safety Expert (CFSE). He also serves as an advisor and adjunct faculty member at the University of Houston Downtown.
Andrew McDonald is the Principal Consultant and Managing Director of FutureofManufacturing LLC, a company focused on delivering strategic consulting services to organizations undergoing full-scale digital transformation in manufacturing. Andrew's expertise lies in business strategy development, technology roadmapping, new business model development, venture capital investment analysis, change leadership, transformational program leadership and digital manufacturing.
Prior to the formation of FutureofManufacturing LLC, Andrew served as Director for Future Manufacturing at Unilever and led robotics and physical automation, digital factory and factory cybersecurity programs, company-wide. Andrew is experienced in applying broad engineering and supply chain knowledge to dissect complex business challenges and outline problem statements, as well as clearly articulate business strategy, work streams, programs and projects. He has extensive experience leading large, complex, technical change programs and building consensus inside and outside the organization, generating and nurturing trust-based partnerships.
FutureofAutomation is currently helping multi-national clients develop and deploy digitalized manufacturing strategies, applying models developed in prior programs.
Expo Power Hour
Lunch
Panel Sponsored by ISAGCA: ISASecure Certification for Manufacturers Demonstrating Compliance to Government Cybersecurity Requirements
ISASecure®, a wholly owned subsidiary of ISA, develops conformity assessment schemes that help manufacturers demonstrate product compliance with government cybersecurity requirements.
ISASecure is partnering with the US National Security Agency (NSA) to develop the High Criticality Component Security Assurance (HCSA) certification scheme for commercial operational technology (OT) components sold by manufacturers and procured by the US government for use within National Security Systems (NSS). HCSA is derived from the well-established ISASecure Component Security Assurance (CSA) certification scheme and adds additional product security requirements found in the NSA/CSS Cybersecurity Technical Report titled "Operational Technology Assurance Partnership: Smart Controller Security within National Security Systems" (April 2025).
Meanwhile, the European Union (EU) enacted the Cyber Resilience Act (CRA). The CRA sets mandatory cybersecurity requirements for all products with digital elements sold in the EU. As a result, cybersecurity standards and conformity assessment schemes are being revised to help manufacturers meet the CRA requirements for selling products in the EU market.
The panelists will discuss the new ISASecure HCSA scheme and further explain how its eight (8) new requirements compare with the EU CRA Essential Cybersecurity Requirements.
Presenters:
Topic(s): *OT Cybersecurity
Type(s): Keynotes & Panels Stage
Dr. Mark P. DeAngelo is the Program Manager of the ISA Security Compliance Institute and the ISA100 Wireless Compliance Institute, commonly referred to as ISASecure and ISA100 Wireless. He provides staff leadership for ISA’s conformance certification programs, including the ISASecure control systems certification program managed under the ISA Security Compliance Institute.
Previously, Dr. DeAngelo worked as a systems safety engineer working on autonomous systems and commercial derivative aircraft at Boeing Defense, Space & Security. Before joining Boeing, he worked as the Aerospace Initiatives Manager for SAE International, where he served as SAE’s spokesperson for advanced air mobility standards and integration activities, collaborating with SAE, NASA, FAA, ICAO, international civil aviation authorities and industry.
He earned a B.S., M.S. and Ph.D. in aerospace engineering from the Pennsylvania State University. He also holds an FAA Part 61 Private Pilot Certificate. His hobbies include photography with publications in the Smithsonian Air & Space Magazine, Miami New Times and awards from the Pittsburgh Post-Gazette and Point Park University.
Tim Gale is a seasoned industrial cybersecurity and process safety specialist with more than 30 years of experience advising multinational organizations across the energy, oil and gas, chemical manufacturing and pharmaceutical sectors. Drawing on his background as a process control engineer, Tim evaluates process hazards, control system architectures and cybersecurity risks as an integrated whole.
His international experience includes assessments across North America, Europe and Asia, as well as specialized work supporting critical infrastructure resilience and national security missions. He contributed to the US Department of Energy (DOE) Cyber-Informed Engineering Implementation Guide and the Top 20 Secure PLC Coding Practices.
Tim holds an ISA Cybersecurity Expert badge and teaches ISA’s ISA/IEC 62443 cybersecurity courses. He also teaches in the Idaho National Laboratory’s Consequence-driven Cyber-informed Engineering (CCE) program.
Michael R. Dransfield is a senior executive service technical SME at the National Security Agency (NSA) with a career spanning 35+ years. He’s currently focused on operational technology (OT) cybersecurity within the NSA Cybersecurity Directorate. He holds BA and MS degrees in applied mathematics from West Virginia University and is a co-author of three US patents in algorithm design.
Peter has over 25+ years of experience in consulting and research in several areas of information security and assurance and has held senior technical and management positions with Telcordia Technologies (previously known as Bellcore). During his career, Peter conducted security research and provided cybersecurity advisory support for various commercial and government organizations, including the Laboratory for Telecommunication Sciences, NIST, Federal Reserve Bank, Department of Labor, Verizon Wireless, Sprint, among others and cyber preparedness for the Athens 2004 Olympics.
As founder of Palindrome Technologies and subject matter expert, he is assisting customers with securing emerging technologies and networks, including 5G, MEC, IoT and V2X. Peter is the primary author of the book “Securing VoIP Networks” by Addison-Wesley and has been a speaker at various industry conferences (i.e. IEEE, ICIW, SANS, Blackhat, MIS InfoSec, ISSE), NATO NMIOTC Cybersecurity conference and has published research papers in academic and industry journals (i.e., IEEE, ACM, ISSA, IEC) and articles in trade magazines such as Information Security, ZDNET, Forbes, TechTarget and Wired.
Furthermore, he has been the Co-Chair for IEEE CQR Workshop, IEEE World Forum IoT and committee member of ICCWS. Peter is a contributor to the FCC CSRIC VII Report on Risk to 5G from Legacy Vulnerabilities and Best Practices for Mitigation (10 June 2020) and currently a working member with the CSRIC IX WG3 on 6G Security. Peter holds a Master’s degree in Computer Science from Columbia University and is a senior member of IEEE and ISSA.
Cybersecurity for the CISO: Securing Executive Buy-in for the OT Security Programs
Operational technology (OT) security programs rarely fail due to a lack of tools. They fail when cybersecurity remains an information technology (IT) initiative rather than an executive-owned business program. Drawing on more than 25 years of OT and IT leadership experience, this session will show how to gain executive commitment and build a sustainable OT security program.
Attendees will learn to communicate operational cyber risk to senior executives, align security with engineering and operations, translate threats into actionable decisions and avoid common governance pitfalls. This session concludes with a practical seven-step framework for turning awareness into accountable, measurable and lasting execution.
Presenter: Chris McLaughlin
Topic(s): *OT Cybersecurity Communication & Influence *Professional Development
Type(s): OT Cybersecurity Stage sponsored by ISAGCA
Chris McLaughlin is the chief information security officer (CISO) at Johns Manville, a subsidiary of Berkshire Hathaway. He is also the former president of InfraGard. Active in the industrial security industry, he serves as the vice chair of the International Society for Automation Global Cybersecurity Alliance (ISAGCA).
Toward Autonomous Inspection and Maintenance in Complex Industrial Environments
Autonomous robotic systems have the potential to transform industrial inspection and maintenance by improving operational safety, reducing worker exposure to hazards and increasing productivity. Real-world deployment, however, remains challenging due to complex facility layouts, constrained workspaces and operational hazards such as high-voltage equipment.
This session presents two complementary learning-based approaches that address key challenges in autonomous industrial robotics. The first is a DreamerV3 world-model-based navigation framework that integrates physics-informed hazard awareness into local navigation, enabling data-efficient and safety-aware robot autonomy. The second is a whole-body manipulation framework that jointly controls a mobile base and a manipulator, enabling robots to perform maintenance tasks in cluttered, confined spaces.
Experimental results demonstrate the potential of these approaches to support reliable autonomous inspection and maintenance in industrial facilities, laying a foundation for more intelligent and resilient robotic operations. These capabilities are being extended to support two DOE GENESIS projects focused on autonomous operation of advanced fission reactors and on autonomous robotic systems for fusion energy applications, highlighting the growing role of robotics in next-generation energy infrastructure.
Presenter: Fan Zhang
Topic(s): Robotics & Autonomous Operations *Artificial Intelligence (AI) Industrial Control Systems (ICS)
Type(s): Emerging Technologies & Process Control Stage
Professor Zhang is a nuclear engineering researcher and educator specializing in the intersection of nuclear energy, artificial intelligence, cybersecurity and advanced digital technologies. She earned her Ph.D. and M.S. from the University of Tennessee, Knoxville, in 2019, following an M.S. and B.S. from North China Electric Power University.
Her teaching focuses on nuclear engineering fundamentals and emerging applications of AI and machine learning. She developed the course AI/ML for Nuclear Engineering, combining foundational theory with applied problem-solving and critical thinking to prepare students for the evolving nuclear energy industry.
Professor Zhang’s research focuses on improving the safety, security, resilience and efficiency of industrial processes through digital twins, predictive maintenance, autonomous controls, AI/ML and robotics. Her recent work includes nuclear power plant digital twins, cybersecurity and vulnerability management for advanced reactors, anomaly detection and robotic radiation-source localization. Her research has been published in leading journals including Annals of Nuclear Energy and Nuclear Technology.
From Technical Contributor to Project Leader: Best Practices for Managing Projects Without Formal Project Management Certification
Many automation professionals find themselves managing projects before they have formal project management training or certification. Whether leading a controls upgrade, SCADA implementation, robotics deployment or system integration effort, technical expertise alone is rarely enough to ensure project success.
This presentation shares practical best practices for successfully leading projects, including how to transition from technical contributor to project leader, improve communication across teams and deliver successful outcomes from project kickoff through commissioning and startup.
Presenter: Jack Wilson
Topic(s): *Professional Development Change Management Stakeholder Engagement Communication & Influence Skills Gap Emotional Intelligence Workplace Effectiveness
Type(s): Career Skills Stage
Jack Wilson has advanced his career in data analysis, interpretation and governance, working across the energy, finance, healthcare, government and nonprofit sectors.
Presenting data as a story has been the foundation of his work in the Caribbean, North Africa and the US, while his wide range of work and volunteer experience, including threat assessment, disaster response, microfinance and small business development in Cambodia and Mexico, has helped shape his view of transitional skills.
He has served on the Board of Directors of InfraGard Houston, the Houston Chapter of the Project Management Institute, and on the Advisory Board of the YMCA International in Houston. He currently holds a leadership position with the Houston Section of the International Society of Automation.
Session Sponsored by Fortinet: Zero Trust in Action: Practical Implementation Lessons for ICS Protection
While the conceptual benefits of Zero Trust for industrial control systems (ICS) are widely accepted, the actual implementation within legacy, high-availability environments remains a unique challenge for automation and controls engineers. Moving past the theoretical architecture, this fast-paced, 20-minute session delivers concrete solutions learned from deploying Zero Trust principles across diverse operational environments.
We will bypass standard marketing definitions and focus on practical strategies for enforcing least-privilege access, achieving granular micro-segmentation without risking downtime and establishing continuous monitoring across critical assets. Attendees will walk away with actionable insights on how to leverage a unified security fabric approach to simplify their defensive architecture, satisfy ISA/IEC 62443 requirements and protect legacy control systems without sacrificing operational reliability or safety.
Presenter: Matt Bolick
Topic(s): Industrial Control Systems (ICS) *OT Cybersecurity ISA/IEC 62443 Implementation
Type(s): OT Cybersecurity Stage sponsored by ISAGCA
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Matt Bolick has been working in complex network environments since 1996, originally starting in the industry with IBM mainframes and Systems Network Architecture (SNA) protocols. His experience spans large service providers, Enterprise IT organizations of all sizes and operational technology (OT) environments across many industries.
Most recently, he has helped several large auto manufacturers modernize their factories for Industry 4.0, worked to secure and modernize utilities and helped to improve the efficiency and safety of highways and rail around the world. He also helped to create some of the most exciting and safe amusement park rides and created the world's fastest autonomous racing league, which has set several world records for autonomous operations.
Matt gets a thrill in learning new things and bringing that experience to create elegant solutions to customer problems and sharing that love of problem-solving by volunteering with local schools and science, technology, engineering, arts and mathematics (STEAM) programs.
Technical Storytelling That Drives Decisions
In today’s workplace, technical expertise alone is not enough; professionals also need to communicate complex ideas in ways that capture attention, build understanding and drive action. As more organizations prioritize storytelling as a core business skill, the ability to translate data, processes and technical concepts into clear, compelling narratives is becoming essential across industries.
Technical storytelling that drives decisions explores how techniques such as structure, audience awareness and storyboarding can help professionals make information more accessible and persuasive. Attendees will learn to shape technical content into narratives that support better alignment, stronger engagement and more confident decision-making. This session will offer practical ways to turn expertise into influence by helping others not only understand the information but also act on it.
Presenters:
Topic(s): *Professional Development Communication & Influence Skills Gap Workplace Effectiveness
Type(s): Career Skills Stage
Edward Marszal is a recognized leader in process safety, functional safety and risk management, with more than three decades of experience in engineering, consulting and industrial safety. As the owner of Kenexis Consulting Corporation and a Scientific Advisory Board Member of the Purdue Process Safety and Assurance Center, he brings deep expertise to help organizations identify, assess and mitigate risks associated with complex industrial processes.
Edward’s career spans control systems engineering, process safety analysis, safety instrumented systems, hazard analysis and quantitative risk assessment. He has been instrumental in advancing practical approaches to process hazard analysis (PHA), layer of protection analysis (LOPAs), safety integrity level (SIL) verification and safety lifecycle management, while contributing to the development and application of industry standards and best practices.
Edward, a licensed Professional Engineer in Ohio and Illinois and an ISA84 expert, is passionate about advancing process safety education and knowledge transfer. His work bridges industry and academia, enabling organizations and the next generation of engineers to apply rigorous risk-based methodologies to build safer, more reliable industrial operations.
Ed is an industrial automation and technology leader with a passion for building, leading and mentoring high-performing teams across business development, product management, project management and engineering. He specializes in aligning business strategy with advanced control systems, instrumentation and emerging technologies to deliver practical solutions for complex industrial environments.
His expertise includes Industrial Internet of Things (IIoT), advanced analytics, connected services and technology-driven business models that improve process safety, reduce environmental emissions and lower operational costs. Ed has extensive experience developing and managing connected services businesses that help industrial operators address the growing skills gap in automation while maintaining and enhancing production performance.
With a strong entrepreneurial and strategic mindset, Ed brings expertise in business planning and venture structuring, product strategy and commercialization, new product introduction and technology management. He is particularly passionate about turning emerging technologies into scalable solutions that deliver measurable operational and business value.
A Review of Building Incidents
While not widely reported, incidents occur more frequently at properties than reported. Visibility is lacking from both a site and a broader cybersecurity perspective. Attacks often occur in commercial facilities but also extend to less-observed subsectors such as hospitals and data centers. This talk will walk through six separate attacks and dive into what happened at each facility, along with how to defend them going forward. This is prescient, as attacks will increase given the interconnectivity demands of tenants and building owners. Cost savings and new technology being brought online (automation, data, IoT) are the major catalysts for change, alongside regulatory and corporate sustainability goals. Attendees will walk away with real-world scenarios on how they can implement controls to stop similar and future attacks.
Presenter: Thomas Pope
Topic(s): *Critical Infrastructure Protection *OT Cybersecurity
Type(s): OT Cybersecurity Stage sponsored by ISAGCA
Thomas Pope is a cybersecurity leader specializing in operational technology (OT), industrial control systems (ICS) and property cybersecurity. As Head of Property Cyber Security at JLL Technologies, he focuses on protecting the increasingly connected systems that operate modern buildings and property portfolios.
Thomas brings more than a decade of experience spanning cybersecurity, threat intelligence, incident response, vulnerability management and critical infrastructure. Before joining JLL Technologies, he served as a Senior Incident Response Commander with Cisco Talos and as an Adversary Hunter on the intelligence team at Dragos, where he researched industrial threats, supported customers, conducted threat intelligence analysis and contributed to security research and industry education.
Earlier in his career at Duke Energy, Thomas helped build threat intelligence and operational security capabilities while working across IT and OT environments, vulnerability management, physical security and NERC CIP requirements. His technical background also includes identity and access management, DevOps, infrastructure, application security and systems administration.
Thomas is particularly passionate about the intersection of cybersecurity, engineering, safety and physical infrastructure. He regularly shares insights on OT security, industrial control systems, property cybersecurity and lessons from real-world industrial incidents. He has also spoken at industry events, including DEF CON and ICS Village, on the cybersecurity risks facing modern buildings and OT environments.
He holds a B.A. in Software and Information Systems from the University of North Carolina at Charlotte and has earned multiple ISA/IEC 62443 certifications focused on industrial automation and control-system cybersecurity.
Emerging Computer Vision Technologies for Anomaly Detection in Manufacturing and Industrial Operations
This session examines the evolving landscape of automated inspection, detailing how computer vision is revolutionizing anomaly detection across manufacturing and critical operations. We will explore state-of-the-art AI-based methods, tracing the progression from classic rule-based imaging systems to cutting-edge AI model classes and evaluate whether deep learning will fully replace or run alongside these foundational methods. We will also discuss the limitations of computer vision models and their dependence on data. Furthermore, we will discuss real-world use cases, including the detection of manufacturing defects, automated traffic and incident management and oil and gas safety inspections.
We will review today's practical accuracy benchmarks and the field's future trajectory, address data bottlenecks and highlight how real-world data availability shapes model development. Finally, we will analyze the bottom-line realities of deployment scalability, edge processing and the total cost of system ownership.
Presenter: Yaser P. Fallah
Topic(s): *Artificial Intelligence (AI) *Case Studies on New Technologies Robotics & Autonomous Operations
Type(s): Emerging Technologies & Process Control Stage
Yaser Fallah is a professor in the Department of Electrical and Computer Engineering at the University of Central Florida (UCF). His recent research has focused on cooperative artificial intelligence for automated driving and safety systems. His research interests include stochastic modeling and machine learning, wireless communication, and perception, sensing and decision-making as they apply to cyber-physical networked systems such as autonomous vehicles and smart energy systems.
Yaser received the Faculty Early Career Development Program (NSF CAREER) award in 2015. He earned his doctorate in 2007 from the University of British Columbia in Canada and served as a research scientist at the University of California, Berkeley from 2008 to 2011.
Distributed Workflows and Why Your Best Tool Might be Hiding in the Unexplored Realms Between IT and OT
One of the biggest challenges in deploying effective, high-impact distributed workflows is interoperability among monitoring, supervisory control and automated control functions. Operations, control management, business planning and logistics functions speak different languages and may operate within different technological structures.
Distributed workflows will most likely live and interact in the twilight zone between information technology (IT) and operational technology (OT), with tendrils and connections across an enterprise and its systems, each with different sets of information, structures and objectives. Add a bit of AI sparkle, and you have the recipe for bespoke systems that are neither scalable nor easily deployable.
How can we address it? Think of a Silk Road merchant traveling in the 10th century, navigating a network spanning over 4000 miles, communicating in 10 or more languages, navigating cultural and religious landmines and dealing with a vast array of suppliers and buyers, each with their own agenda, interests and goals. How would you traverse this gauntlet without a structure? Without a group of translators? Without a known set of rules? The merchant can't change the stops, the currency, the language or the goods, so how does your distributed workflow ever hope to bridge the gap between your manufacturing's automated functions and your logistics' requests and timing?
The ISA113-Distributed Workflow System Integration Committee was formed to develop a specification that defines abstract information-exchange models, based on a shared understanding of information for a specific topic or field, to integrate procedural workflows across multiple vendor systems.
Presenters:
Topic(s): Industrial Data Architecture Data Connectivity Industrial Control Systems (ICS) Standards & Regulations
Type(s): Emerging Technologies & Process Control Stage
David is a highly experienced Manufacturing Digital Transformation leader with more than 30 years of expertise spanning manufacturing cybersecurity, Manufacturing Execution Systems (MES), operations management, systems integration, data strategy and Smart Manufacturing. His experience extends across pharmaceutical and biopharmaceutical, electronics, automotive, food and beverage, chemical, pulp and paper and other industrial sectors.
He has built his career at the intersection of IT and OT, progressing from automation engineering into leadership roles including Manufacturing Systems Security Manager, Principal Business Analyst, Director of MES Operations, Global IS/MES Delivery Program Manager, Solution Architect and Data Integration Lead. He is recognized for leading complex global transformation initiatives, building high-performing teams, managing P&L operations and delivering scalable technology strategies aligned with business objectives.
A strong advocate for Industry 4.0 and secure digital transformation, he actively contributes to industry standards and organizations including ISA95/99, IEC, ISO, MESA and NIST. His expertise and passion center on connecting people, processes, data and technology to create secure, resilient and efficient manufacturing operations. He holds a B.S. in Electrical Engineering and a Master’s degree in Industrial Management.
Interactive Forum: Navigating Career Success in a Changing Automation Landscape
As the automation and industrial technology landscape evolves, so must our understanding of what it means to build a successful career in it. This town hall invites professionals at every stage to rethink traditional definitions of success and recognize progress as a series of meaningful milestones along an individual's career journey.
This interactive session will allow attendees to ask these experienced professionals how career progress is shaped by both technical competencies and essential soft skills, including leadership, communication, adaptability in navigating transitions across roles and industries and lifelong learning.
Through shared perspectives and practical insights, participants will be encouraged to identify and value their own measures of success, build resilience in the face of change and intentionally develop a balanced skill set that supports both professional effectiveness and personal fulfillment.
Presenters:
Topic(s): *Professional Development Communication & Influence Workplace Effectiveness Emotional Intelligence
Type(s): Career Skills Stage
Dr. Romano, currently the director of technology development at The Arthur G. Russell Co., has been in the process and automation control systems industry for more than 40 years, starting as a bench technician. After serving as president of a division for an automated machine builder, he owned a systems integration company, growing and positioning it as one with expertise in connecting the factory floor to the front office. To keep current with the ever-evolving automation industry, Brian holds an AS, BS, MS and MBA and PhD in technology and innovation. He has been designing and implementing Industry 4.0 solutions, starting initially in 2004 connecting factory floor data systems to customer business systems.
Understanding the skills gap and workforce shortage in the control systems engineering profession, Brian leverages his academic knowledge and years of experience to teach the next generation of engineers at two local universities. He also serves as an industrial advisory board member for two technology and engineering universities, as a member of the Control System Integrators Association (CSIA) Digital Committee and as chair of the ISA Smart Manufacturing Division IIoT (SM/IIoT) committee, where he was awarded the 2022 ISA SM/IIoT Division Leader of the Year Award. Brian has been presenting at trade and professional society conferences for several years, publishes articles and has been quoted and interviewed for several automation publications.
Edin is the Founder and CEO of Prosera, where he helps industrial organizations better understand, optimize and operate complex systems using Digital Twins, simulation and industrial AI. With more than 15 years of experience with industrial organizations, he brings deep expertise in process simulation, industrial automation and operator training simulators.
Throughout his career, Edin has worked closely with engineering and operations teams to model real-world processes, improve operational performance and reduce risk. He recognized the transformative potential of connecting simulation models with operational data and engineering expertise, enabling organizations to move beyond static analysis toward dynamic, data-driven Digital Twins.
At Prosera, he focuses on bridging the gap between engineering models, production systems, operational data and human expertise. His work helps organizations reduce engineering rework, improve system visibility, capture operational knowledge and make better-informed decisions. His expertise includes Digital Twins, process simulation, operator training simulators, industrial AI, industrial automation and operational optimization.
Mary is an accomplished electrical engineer and automation leader with more than 30 years of experience helping manufacturing and process organizations improve efficiency, reliability and operational performance. Her career spans engineering, project management, technical sales, systems integration and business leadership, giving her a unique ability to align technical solutions with broader business objectives.
She has led complex automation projects from concept and design through commissioning and startup, managing budgets, schedules, cross-functional teams and customer expectations while maintaining a strong focus on safety, quality and results. Her technical expertise includes programmable logic controllers (PLCs), human machine interfaces (HMIs), supervisory control and data acquisition (SCADA) systems, industrial networking, system integration, troubleshooting and commissioning across diverse industrial environments.
Beyond engineering, Mary has extensive experience in customer engagement, solution development, estimating, contract negotiation, sales strategy, budgeting, forecasting, P&L management and operational planning. She is known for understanding customer challenges and translating them into practical, cost-effective automation solutions that deliver measurable business value.
A passionate leader and mentor, Mary believes successful organizations are built on strong teams, clear communication, continuous improvement and data-driven decision-making. She is passionate about automation, innovation and helping organizations and people grow through the effective use of technology.
Sujata is a successful entrepreneur, technologist and thought leader in the Industrial Internet of Things (IIoT) and the convergence of industrial automation and information technology. As a leader at Ascent Intellimation, she has helped establish the company as a leading provider of IIoT solutions, enabling organizations to harness connected technologies and manufacturing data to drive smarter operations. Under her leadership, Ascent has developed PlantConnect, an Industrial IoT platform deployed across applications including environmental monitoring, smart manufacturing and reliability engineering.
Sujata is passionate about helping organizations unlock the value of manufacturing data and recognize the many ways it can support stakeholders across the enterprise. With a strong vision for the future of connected industry, she focuses on bridging technology, data and business needs to enable more intelligent, efficient and sustainable manufacturing.
Preparing for the Future: Industrial Automation in the Post-Quantum Era
Quantum computing is often discussed as a distant scientific breakthrough, yet its implications for industrial automation and operational technology require planning now. A cryptographically relevant quantum computer could undermine the public-key cryptography that protects remote access, device identity, software updates, digital signatures, certificates, vendor communications and trusted connections across industrial environments. Because many automation and process control systems remain in service for decades, organizations cannot wait until quantum-capable systems arrive to begin preparing.
This session will explain what quantum computing does—and does not—mean for industrial cybersecurity, with a practical focus on post-quantum cryptography migration. It will examine where vulnerable cryptography appears across automation architectures, including control systems, engineering workstations, field devices, gateways, historians, remote-access platforms and third-party products and services. This presentation will also address the harvest-now-decrypt-later risk, long equipment lifecycles, limited computing resources, vendor dependencies, interoperability and the operational and safety risks associated with changing cryptography in production environments.
Attendees will receive a structured approach to starting the transition: identifying cryptographic dependencies, prioritizing systems and data, distinguishing internally controlled technologies from vendor-managed products, engaging suppliers, evaluating replacement solutions and incorporating post-quantum requirements into procurement and lifecycle planning. This session will emphasize that post-quantum readiness is not achieved simply by adopting a new algorithm. Successful migration requires evidence, testing, governance, crypto-agility and coordination across cybersecurity, engineering, operations, procurement and executive leadership.
The objective is to help industrial organizations move beyond general awareness of quantum risk and start building a practical, safety-conscious transition plan before urgency and product limitations constrain their options.
Presenter: Dr. Georgianna Shea
Topic(s): *OT Cybersecurity *Instrumentation & Process Control *Critical Infrastructure Protection Industrial Control Systems (ICS) Cyber-Informed Engineering Cyber-Physical Security
Type(s): OT Cybersecurity Stage sponsored by ISAGCA
Dr. Georgianna “George” Shea serves as chief technologist at the Foundation for Defense of Democracies (FDD), where she has led the Center on cyber and technology innovation and the Transformative Cyber Innovation Lab since 2021. With more than 30 years of experience across federal and commercial roles, including deep roots in the intelligence community through Human Intelligence (HUMINT) support to the Defense Intelligence Agency. Her work has informed congressional briefings, the Department of War and the 2024 PCAST Report to the President on cyber-physical resilience.
She is the co-author of Post-Quantum Leadership: Knowledge and Practical Perspectives on Post-Quantum Readiness, a practical guide for leaders navigating quantum risk, cryptographic migration, vendor accountability and organizational readiness.
George holds a Doctor of Computer Science in Information Assurance, is a Certified Information Systems Security Professional (CISSP) and is a US Army veteran.
Panel: The Next Chapter for ISA Standards
As industrial automation and control systems (IACS) become more connected, more software-defined and increasingly infused with artificial intelligence (AI), consensus-based standards like ISA/IEC 62443 have never been more essential, providing a shared, technology-independent language for asset owners, suppliers, integrators and regulators to manage cybersecurity risk across the full IACS lifecycle.
This panel brings together contributors to the ISA/IEC 62443 series of standards to share their personal paths into standards development. From committee volunteers to industry liaisons, they make the case for practitioners at every career stage to consider getting involved in shaping the standards that govern their industry.
Panelists will also provide an update on recent and upcoming revisions to the 62443 series, explaining how ISA/IEC 62443 is positioned at the center of global regulatory harmonization efforts.
Presenters:
Topic(s): Standards & Regulations ISA/IEC 62443 Implementation *OT Cybersecurity
Type(s): Keynotes & Panels Stage
Scott Reynolds is the industrial security manager at Johns Manville and has more than 15 years of industrial engineering experience. He is an active participant in the operational technology (OT)/information technology (IT) community. For over a decade, Scott has been involved with the International Society of Automation (ISA), where he has held various leadership roles, including serving as the 2025 ISA President. Scott holds a degree in electrical engineering technology from the University of Maine and an MBA from the University of South Dakota.
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Steve is the senior director for advocacy at the International Society of Automation (ISA). Throughout his career, he has focused on industry standards, regulations, model building codes and promoting the development of these standards through research.
Prior to his role at ISA, Steve served as the director of research at the American Society of Mechanical Engineers and as the senior manager of standards at the American Society of Heating, Refrigerating and Air-Conditioning Engineers.
Steve has extensive experience in automation, heating, ventilation, air conditioning (HVAC), energy efficiency, sustainability, renewable energy, energy policy, robotics, pressure technology and bioengineering. He attended undergraduate and graduate school at Vanderbilt University where he earned his bachelor’s degree in mechanical engineering. While in graduate school, he developed fault detection software for Robonaut at NASA's Johnson Space Center.
Marco has 30 years of field experience, during which time he designed, implemented and maintained process instrumentation, automation systems, safety systems and process control networks. In his role with a large global manufacturing company, he is responsible for applications globally that are specific to plant site operations and corporate governance.
With nearly 2 decades focused specifically on industrial cybersecurity, he led efforts to secure the oil and gas (all streams), maritime port, offshore facilities and chemical sectors supporting federal, local and state entities in securing the private sector.
Marco is highly active in the International Society of Automation (ISA) as a longtime member and has recently been elected to the ISA Executive Board. He is a 22-year Senior Member and a certified cyber instructor for ISA/IEC 62443 with volunteering commitments and contributor to the AMSC Gulf of America (Mexico) cybersecurity committee in a sworn-in role to the US Coast Guard (USCG) as chair of threat intelligence and cybersecurity for the outer continental shelf (OCS).
He has been an InfraGard member since 2014 and is currently serving as president of the Houston Members Alliance.
With an educational background in chemical engineering, Dave spent most of his 40+ year career across the various aspects of automation. As an engineer working on-site for a chemical manufacturer, he served as an automation engineer, project manager and department manager, later moving into operations management roles. This experience provided him with the opportunity to relocate to the US and further develop his expertise in operations management.
Still in a manufacturing environment, he returned to an engineering role before joining User-Centered Design Services (UCDS) as an operator performance consultant, where he learned from Ian Nimmo. Dave spent the last 20 years in this field as a consultant for UCDS, Avid Solutions, Emerson and, most recently, Spartan Controls, allowing him to work across many industry segments worldwide.
Dave developed the 4-pillar operator performance model (work team, competency, tools and environment) and continues to encourage and guide clients toward a holistic approach to operator performance initiatives.
Dave is a Fellow of the Institute of Chemical Engineers, a Chartered Engineer, and a senior member of the International Society of Automation (ISA), where he has held multiple leadership positions, including on the Executive Board. He has contributed to multiple ISA and International Electrotechnical Commission (IEC) standards, published numerous articles and presented at many conferences on operator performance and related topics.
Alan grew up in Arkansas and attended the University of Missouri Science and Technology. He has worked in several roles and locations over his 32-year career in upstream oil and gas. He is an engineer on the Oxy Oil and Gas Central Automation Team, supporting projects, business unit automation teams, head-end systems (HESs) and corporate standards. He currently supports Oxy’s Direct Air Capture project in South Texas.