External event Ended

ISA Calgary Show 2026

A three-day Calgary automation exhibition and conference focused on instrumentation, OT cybersecurity, digital transformation, robotics, industrial AI, and energy operations.
Jun 9, 2026 10:00 AM America/Edmonton 2 days 6 hours In Person
ISA Calgary Show 2026

About This Event

ISA Calgary Show 2026 is an in-person exhibition and conference focused on instrumentation, systems, automation, industrial technology, and the future of energy operations. The official event page lists the show for June 9 to 11, 2026 at BMO Centre at Stampede Park in Calgary, Canada, with the theme “Elevating Automation: Fueling the Future Across the Energy Value Chain.”

CPAI is listing this event because it is directly relevant to practical AI and Physical AI adoption in industrial environments. The official pages describe a community of automation professionals, technology suppliers, executive leaders, and technical experts working across oil, gas, LNG, petrochemicals, renewables, power, telecommunications, robotics, IT, smart infrastructure, and industrial AI. That makes the event especially useful for teams trying to understand how intelligent technologies move from ideas into safer, more reliable operations.

  • Format: In-person exhibition, three-day technical conference, networking, and tradeshow programming.
  • Best for: Automation professionals, OT leaders, control engineers, cybersecurity teams, energy operators, robotics teams, industrial AI practitioners, project managers, and executives responsible for modernization.
  • Core themes: Industrial automation, instrumentation, OT cybersecurity, digital transformation, automation project management, ISA standards, robotics, industrial AI, energy operations, and smart infrastructure.
  • CPAI relevance: The event focuses on the operational systems, standards, cybersecurity, project discipline, and implementation realities that determine whether AI and automation can be deployed responsibly.

Why this topic matters

Energy and industrial operations are high-consequence environments. New automation, robotics, AI, and digital systems have to work within real constraints: safety requirements, legacy equipment, brownfield facilities, regulatory obligations, cyber risk, production pressure, and the need for clear accountability. This is why industrial AI adoption cannot be separated from instrumentation, controls, OT architecture, standards, and project delivery.

The official conference page is unusually relevant to CPAI’s mission because it names track themes that sit at the centre of practical deployment: OT Cybersecurity, Automation Project Management, Digital Transformation, and ISA Automation Standards. Those are not peripheral issues. They are the conditions that make industrial AI trustworthy enough to use in real operations.

  • Industrial AI needs secure OT foundations: AI-supported monitoring or optimization is only useful when the underlying systems are visible, reliable, and protected.
  • Automation projects need governance: Successful deployment depends on scope control, interface management, risk review, project discipline, and operator acceptance.
  • Digital transformation is becoming physical: Software-defined automation, robotics, asset management, and industrial data systems are changing how work is planned and executed.
  • Standards matter: Frameworks such as alarm management, functional safety, SCADA architecture, and industrial cybersecurity shape how teams manage risk.
  • Energy transition increases complexity: Oil and gas, LNG, renewables, power, and smart infrastructure all create new automation and data challenges across the value chain.

What participants can expect

The official event page describes a three-day exhibition, conference, and networking environment co-located with Global Energy Show Canada. The show expects thousands of energy and automation professionals, more than 100 exhibiting companies, 50-plus expert speakers, tradeshow theatre sessions, and extended networking. The conference page describes one stream organized around four track themes, with technical talks, fireside chats, and interactive panels.

For CPAI readers, the most useful part of this event is the connection between technical content and operational reality. Attendees can hear how automation projects are planned, governed, secured, and justified, then immediately compare technologies and suppliers on the exhibition floor.

  • Technical conference sessions on OT cybersecurity, digital transformation, automation project management, and ISA automation standards.
  • Exhibition access to automation, instrumentation, systems, robotics, IT, industrial AI, energy, and smart infrastructure suppliers.
  • Networking with technical experts, operators, project leaders, suppliers, and executives working across the energy value chain.
  • Conference content that includes real-world case studies, project lessons, ROI considerations, implementation practices, and technology trends.
  • Access options for visitor passes, ISA member conference passes, and non-member conference passes through the official registration page.

Who should attend

ISA Calgary Show is best suited for people who make or influence decisions about industrial systems. It is also useful for AI teams that need a grounded understanding of OT environments before proposing automation, robotics, or AI-supported workflows for energy and heavy industry.

  • Automation and controls engineers: Useful for tracking instrumentation, systems, standards, controls architecture, and practical project lessons.
  • OT cybersecurity and IT/OT leaders: Useful for understanding industrial resilience, visibility, incident readiness, Level 0 device considerations, and ISA/IEC 62443-style architecture thinking.
  • Energy operators and asset owners: Useful for evaluating how automation, digital transformation, robotics, and industrial AI may support safer and more efficient operations.
  • Project managers and engineering leaders: Useful for learning how automation projects can be planned, integrated, governed, and delivered in brownfield and complex environments.
  • Robotics and Physical AI teams: Useful for understanding the energy-sector operating conditions where intelligent machines, inspection tools, operator-round robotics, and automated systems may be deployed.
  • Executives and modernization leads: Useful for connecting strategic transformation goals to risk, standards, cybersecurity, workforce readiness, and supplier selection.

How this connects to CPAI’s mission

CPAI focuses on practical AI adoption, Physical AI, robotics, governance, safety, and implementation. ISA Calgary Show connects strongly to that mission because it addresses the industrial substrate where those technologies must operate. AI cannot be responsibly adopted in energy operations unless teams understand the sensors, controls, cybersecurity posture, alarm systems, project interfaces, data quality, and safety standards around it.

The event is also useful because it treats automation as an applied discipline rather than a general technology trend. CPAI readers can use it to ask better questions about what is ready now, what needs more governance, and what hidden dependencies must be addressed before an AI or automation initiative can move from pilot to production.

  • It helps connect AI adoption to OT cybersecurity, safety, and standards rather than treating AI as a standalone tool.
  • It surfaces real implementation concerns around automation project management, brownfield modernization, and supplier coordination.
  • It includes explicit industrial AI and robotics relevance in the context of energy operations.
  • It gives leaders a setting to compare claims from vendors against operational requirements, not only marketing language.

Practical questions to prepare

Visitors will get more value from the event if they arrive with a few practical deployment questions. These questions can turn the exhibition and conference into a structured learning opportunity for automation and industrial AI readiness.

  • What OT cybersecurity gaps would block or increase the risk of AI-supported monitoring, optimization, or automation?
  • Which production, safety, or asset-management workflows have reliable enough data to support analytics or AI?
  • Where could robotics improve operator rounds, inspection, maintenance, or safety without creating new unmanaged risk?
  • Which standards should guide alarm management, functional safety, SCADA design, and cybersecurity architecture?
  • How should brownfield modernization projects manage downtime, interfaces, documentation, and operator adoption?
  • What evidence should vendors provide before an industrial AI or automation tool is trusted in operations?

Registration and participation

Registration is handled by the official ISA Calgary Show registration page, not by CPAI. The official registration page lists visitor and conference options, including a visitor pass, ISA member conference registration, and non-member conference registration. Pricing and early-bird conditions are managed by the event organizer and should be checked on the official page before registering.

Because the event has multiple registration categories, CPAI has treated the local listing price as external and hidden the WooCommerce price. Visitors should confirm pass type, current pricing, schedule details, included access, and any co-located Global Energy Show Canada programming directly with the organizer before making travel plans.

What You'll Learn

OT cybersecurity readiness

Understand how industrial cyber resilience, network visibility, incident readiness, governance, and ISA/IEC 62443-style architecture influence safe automation and AI deployment.

Industrial AI in operations

Explore how AI may affect safety, quality control, asset management, decision support, robotics, and automation workflows across the energy value chain.

Automation project execution

Learn how project management, interface control, brownfield constraints, lifecycle planning, and ROI discipline shape successful automation modernization.

Digital transformation foundations

Connect software-defined automation, open automation, industrial data, robotics, and asset management to practical operational improvement.

ISA standards and governance

Frame safety-instrumented systems, alarm management, SCADA architecture, and industrial cybersecurity through standards that support reliable operations.

Supplier and technology evaluation

Use the exhibition floor to compare technologies, integration requirements, lifecycle support, cybersecurity assumptions, and operational fit.

Physical AI deployment context

Understand the physical, safety, network, workforce, and operational conditions that determine whether intelligent automation can scale beyond a pilot.

Frequently Asked Questions

It is best suited for automation professionals, controls engineers, OT cybersecurity teams, energy operators, project managers, robotics teams, industrial AI practitioners, and executives responsible for modernization.