Monday, April 6, 2026
1:30 PM – 3:45 PM | Room: Galleon I
Overview of RF Cavity Filters & Combiners (2 Hour Training)
Speaker: Jeff Cornehl, Telewave
This course is a condensed version of the Telewave.io two-day Radio Frequency (RF) Cavities and Combiners class. Participants will gain an understanding of the different types of filters used in Land Mobile Radio (LMR) systems, and where to apply the filters to improve communications performance. The conversation will focus on practical concepts and applications without going into engineering math. The discussion will conclude with an overview of cavity junction RF combiners, including how to properly maintain and modify the combiners.
- Recognize different types of RF filters & combiners
- Understand the operation of cavity filters & combiners
- Appreciate Filter & Combiner maintenance processes
Session Track: Infrastructure / Wireless
 | Jeff has been with Telewave.io since June 2014 and is responsible for pre-sales and post-sales technical support of all Telewave.io products, including system engineering of custom radio combining/filtering solutions. Before Telewave.io, Jeff held various engineering and management positions in multiple tech startups developing technologies in internet routers & firewalls, VoIP solutions, and telephony switching, signaling & companding. Jeff is a US Army veteran and amateur radio operator. |
1:30 PM – 2:30 PM | Room: Spinnaker
Increased Sensor Abilities Platform, a most for Critical Wireless Infrastructure
Speaker: Jamie Laguna Ramirez, NOKIA | Mahnoush Renani
Gain real-time insights into your network performance by: Ensure optimal performance for critical industrial applications. Proactively identify and address network bottlenecks. Reduce downtime and associated costs. Gain valuable insights for informed network optimization decisions. Come and learn how to provide an independent, real-time view of network performance as experienced by the device, empowering you to proactively manage and optimize your network for critical industrial applications.
1. Track ROI to ensure your network performs optimally and efficiently. This requires visibility of how the end-devices are experiencing the network
2. Realtime birds-eye view of devices and hot spots across KPIs with a single source of truth with ability to correlate KPI’s and generate alerts
3. Identify anomalous behavior, run it through ML model, live analysis to provide root cause.
Session Track: Networking / Security
 | Jamie Laguna Ramirez, NOKIA Jaime Laguna is the Global Business Development Leader for Oil & Gas and Mining in Nokia. He has been working for Nokia 25+ years, most of them dedicated into the Energy Segment. Before coming to the US, as Global Oil & Gas and Mining resource, he was Business Development Manager for South East Asia and later Asia Pacific region in the Energy segment, supporting Mining and Oil & Gas markets. Originally from Mexico, back in 2001, he was the Key Account Manager for Strategic Industries division, working directly with local and international EPC’s and Mexico’s Oil State Company. Main activities and projects are related to the development of Wireless Technologies, Telecom Packages for surface and underground mining, upstream offshore and onshore assets, refineries and LNG Plants were Mission Critical Networks are required looking also into the development and interoperability of applications and Digital Transformation. He has a bachelor’s degree in Science in Electronic and Communications Engineering, with a Post Grade in Finance. |
 | Mahnoush Renani, Head of Product, Devices Mahnoush is ‘Head of product, devices’ in Enterprise Campus Edge Solutions, focused on capturing opportunities generated by Industry 4.0 and digitalization. She leads the Nokia Industrial device portfolio, bringing automation and efficiency to enterprises through cutting-edge 4.9 and 5G solutions. |
1:30 PM – 2:30 PM | Room: Yacht
Enhancing Industrial Safety and Efficiency: Deploying Hazardous-Area LoRaWAN Sensors for Comprehensive Monitoring in Energy Operations
Speaker: Al King, RAD
This presentation will demonstrate how intrinsically LoRaWAN sensor can enhance safety and expand monitoring capabilities with straight forward integration to exsisting SCADA systems.
Introduction to intrinsically safe sensor, the power of Edge Computing, Protocol conversion at the Edge.
Session Track: Infrastructure / Wireless
 | Al King, RAD Al King has over thirty years of Wireless Communications experience in SCADA, Microwave, Cellular, Private LTE and LoRa Sensor Networks. Al received his technical education in the United States Air Force, The Community College of the Air Force and the University of La Verne. Al is also a Cisco Certified Network Associate. Most currently Al has been deeply involved in the Industrial Internet of Things and private LTE space. Al is currently employed by RAD Data Communications as a Sales Engineer. |
1:30 PM – 2:30 PM | Room: Harbor
Connected Bricks to Connected Bytes: Cybersecurity for Buildings
Speaker: Chris Christensen, Honeywell
This presentation explores the convergence of physical infrastructure and digital systems in modern smart buildings. The session highlights emerging cyber risks across building technologies — including HVAC, access control, and energy management systems — and outlines practical strategies to secure connected environments as operational systems become increasingly digitized. As the boundary between physical and digital continues to blur, organizations must understand their exposure and take proactive steps to protect the systems that keep their buildings running.
Session Track: SCADA / Automation
 | Chris Christensen is the Cybersecurity Sales Leader at Honeywell Building Automation, where he leads a dedicated team focused on educating and empowering customers to safeguard their operational technology (OT) critical infrastructure environments. In this capacity, Chris oversees the global cybersecurity business, facilitating seamless integration across multiple functions, including development, strategic partnerships, marketing solutions, sales, and operational execution. Since joining Honeywell in 2019, Chris has effectively addressed complex challenges and identified innovative growth opportunities. His leadership philosophy prioritizes operational efficiency and the promotion of best practices within the evolving domains of both IT and OT cybersecurity. Beyond his corporate responsibilities, Chris is an active contributor to the broader cybersecurity community, serving as a board member and Chairman of Michigan InfraGard. He earned his bachelor’s degree from the University of Utah and obtained his Juris Doctorate from Thomas M. Cooley Law School. A strong proponent of the belief that cybersecurity is a collective responsibility, Chris emphasizes the importance of enhanced awareness, comprehensive education, accountability, and positive reinforcement. He advocates for collaboration among individuals in any organization to create a safer environment for all. |
2:45 PM – 3:45 PM | Room: Spinnaker
Secure Remote Access for Operational Technology
Speaker: Glen Combe, Fortinet
The ability to securely support remote employees and contractors is essential for OT business continuity. OT organizations need to secure remote access to commission new equipment, apply critical patches, and perform repairs or troubleshooting activities remotely. This can also include remote monitoring and diagnostics, or the use of remote operations centers to cost-effectively manage geographically distributed assets. Join this demonstration to understand the risks associated with unsecured remote access, the impact of regulations and security standards related to remote access requirements, and key security considerations when implementing remote access in OT environments.
– Understand the security risks of remote access in OT environments and their impact on business continuity. – Learn how regulations and security standards shape secure remote access for OT systems. – Identify key considerations and best practices for implementing secure remote access for remote staff, contractors, and distributed assets.
Session Track: Networking / Security
 | Glen Combe, Fortinet Glen Combe has 26 years of experience in IT and OT operations and has dedicated his career to architecting and implementing secure cybersecurity solutions for IT/OT environments. His passion lies in building and optimizing cybersecurity frameworks that align with business objectives while protecting critical infrastructure. Glen specializes in evaluating existing IT/OT systems, identifying vulnerabilities, and applying tailored security controls to mitigate risk. His deep technical expertise enables informed security decisions that protect process networks while supporting operational efficiency and compliance requirements. Beyond the technical scope, Glen excels at communicating cybersecurity strategies with key stakeholders and leadership teams. By bridging the gap between technical execution and executive vision, he ensures security initiatives align with organizational goals. At Fortinet, Glen brings his expertise in industrial cybersecurity, IT/OT convergence, and risk management to deliver resilient, future-ready security solutions. |
2:45 PM – 3:45 PM | Room: Harbor
Building Resilient & Future-Ready Communication Infrastructure for Oil & Gas Operations
Speaker: Greg Hill, Semtech
Oil and gas operators face two critical challenges: building resilient infrastructure that eliminates single points of failure while preparing for 5G evolution as LTE sunset approaches. This session presents a strategic framework for designing hybrid communication networks that deliver operational continuity, redundancy, and long-term viability. We’ll examine four complementary technologies—5G RedCap, LTE fallback, Satellite, and private 5G—across critical criteria: performance, power efficiency, coverage, longevity, and cost. Real-world scenarios demonstrate hybrid network strategies for wellhead monitoring, pipeline SCADA, and field mobility, addressing practical considerations including technology selection, standards maturity, and failover prioritization.
1. Assess current communication infrastructure against future requirements 2. Identify optimal technology mixes for specific oil and gas applications. 3. Explore phased deployment strategies that deliver immediate resilience while positioning operations for the post-LTE era
Session Track: Infrastructure / Wireless
 | Greg Hill, Semtech Gregory J. Hill is a seasoned IoT and wireless connectivity expert with over 25 years of experience delivering mission-critical communication solutions across many industrial markets – Utilities, Oil and Gas, Public Safety and Transportation. With a master’s in engineering from UC San Diego, he blends technical expertise with strategic business leadership, driving innovation in cellular, licensed and unlicensed industrial IoT technologies. Greg has led product development and go-to-market strategies for startups and Fortune 500 companies, helping organizations harness intelligent connectivity to enhance safety, efficiency, and operational performance. |
2:45 PM – 3:45 PM | Room: Yacht
Manage your Hybrid Power System from the Cloud
Speaker: Erik Tarkleson, Morningstar Corp
Manage your Hybrid Power System from the Cloud This presentation explores the key topics and strategies for successfully integrating industrial IOT management technologies for industrial power systems operating in remote environments. The objective is to demonstrate how these systems enhance operational efficiency, predictive maintenance capabilities, and improve system reliability, all while addressing the unique challenges posed by remote locations. The presentation will be structured around three core subject areas: IoT Connectivity and Hardware, Device Configuration, and Data Management and Analytics –IoT Connectivity and Hardware This section focuses on the physical and network infrastructure required to instrument a remote industrial power system. Key topics include: WAN Access Option that could be provided using an existing industrial private network, public or private LTE modem or possible satellite connection. Communication bridges and conversion hardware Used to address the requirements of various physical layer networks needs at the site which could include serial, IP or other industrial bus topologies. Communication Protocols Strategies for reliable data transmission in areas with limited or intermittent connectivity (e.g., satellite, private LTE, public cellular). Secure protocols for protecting data at the device level. –Device Configuration This subject covers the configuration and interaction between equipment at the site to provide solar energy or other DC power management alignment and optimization. Power sources Methods for combining solar energy with other DC power sources, such as rectifiers, generators, or fuel cells, for a resilient hybrid system. Device Interconnection Techniques for connecting disparate equipment to provide collective management, optimization, and alignment across all devices DC Power Management Features Implementing battery monitoring, optimization, load shedding, and power control features. –Data Management and Analytics The final section addresses the practical hurdles of deploying and sustaining the integrated system in a remote setting. Key topics include: Predictive Analytics Utilizing historical and real-time data to optimize power generation sources and proactively improve system reliability. Data Visualization and Reporting Recommendations for 3rd-party software tools and best practices for creating clear, actionable data visualization and operational reports. System Maintenance and Longevity Strategies for remotely determining system degradation and equipment failure to ensure system longevity and minimize costly site visits.
Convey a detailed overview of making the best IOT connectivity and hardware selections for your site’s needs. Educate participants on the Proper Configuration of power system equipment at the site to enable highly effective remote management. ensure the proper Use and understanding of the power systems data for analytic and site power optimization purposes.
Session Track: Infrastructure / Wireless
 | Eric Tarkleson is a highly experienced solar and battery systems expert with over 15 years of global experience in designing, managing, and implementing renewable energy projects. He has contributed to over $15 million worth of installed projects across five continents, specializing in on-grid and off-grid energy systems, including solar, wind, and battery storage. Eric’s career includes roles such as Engineering Consultant at Meru Consulting LLC and Head of Engineering at Gadgetronix Solar, where he led impactful projects like solar-powered seed bank laboratories, integrated energy solutions, and custom vanilla curing systems. He holds advanced degrees in Power Electronics and Electrical Engineering from Michigan State University, where he contributed to groundbreaking research and earned a provisional patent. As Senior Applications Engineer at Morningstar, Eric supports our sales team by providing technical expertise, product demonstrations, and application support to potential and existing customers. |
4:00 PM – 5:00 PM | Room: Galleon II
Evolving Risks and Realities: The Current and Enduring Landscape of Cybersecurity in Industrial Automation, co-presentation with the FBI
Speaker: Marco Ayala, ISA Fellow
Automation systems have rapidly evolved with AI, edge computing, and 5G, boosting performance, optimization, and IT integration for remote work and predictive maintenance. Yet, this connectivity heightens vulnerabilities, with a 49% ransomware surge in 2025 affecting 3,300+ industrial entities, and FBI-reported cyber losses over $16B in 2024. Attacks from nation-states, hacktivists, and others target ICS, disrupting critical sectors.
This talk covers practical strategies, updated standards, and engineering practices to mitigate risks. We’ll review recent events and apply consequence-driven approaches like CCE/CIE and ISA/IEC 62443 (incl. TR62443-2-2-2025) for resilient systems.
 | Marco (Marc) Ayala, ISA Fellow President, InfraGard Houston Members Alliance InfraGard National Sector Chief – Energy ABS Consulting, Technical Director Cyber CoE |
