Conference Description
Key Takeaways
- Qatar’s flagship industrial cybersecurity summit addressing OT and ICS security across critical infrastructure
- Focus on IT/OT convergence, zero trust architecture, and AI-powered threat detection for industrial environments
- Aligned with Qatar National Vision 2030, TASMU Smart Qatar, and the National Cyber Security Strategy 2024–2030
- Designed for CISOs, critical infrastructure operators, government policymakers, and OT security leaders
- Addresses legacy system modernisation, supply chain risk, and regulatory compliance with NCSA mandates
Introduction
OT Security First Qatar 2026 convenes senior policymakers, critical infrastructure operators, and industrial cybersecurity specialists to address the growing security challenges facing Qatar’s operational technology environments. As the nation accelerates its digital transformation across energy, utilities, LNG production, and smart city initiatives, the convergence of information technology and operational technology has created new attack surfaces that demand specialised defensive strategies. This one-day summit provides a platform for examining how organisations can protect industrial control systems while maintaining the operational continuity essential to national infrastructure.
About This Event
Positioned as Qatar’s flagship industrial cybersecurity summit, OT Security First Qatar 2026 brings together decision-makers from government ministries, regulatory bodies, and critical infrastructure sectors for strategic dialogue on operational resilience. The in-person format facilitates direct engagement between those responsible for securing national assets and the technology specialists developing protective solutions. Sessions are structured around the practical challenges of defending industrial environments rather than theoretical frameworks, with particular attention to the regulatory landscape shaped by the National Cyber Security Agency and National Information Assurance requirements.
Securing Critical Infrastructure in a Hyper-Connected Era
Qatar’s rapid digitalisation has transformed how critical infrastructure operates, with connected sensors, automated control systems, and remote monitoring capabilities now embedded throughout energy production, water treatment, and urban systems. This connectivity delivers operational efficiencies but simultaneously expands the potential entry points for malicious actors. The summit examines how organisations can implement security architectures that accommodate this reality without sacrificing the benefits of modernisation.
Central to these discussions is the challenge of IT/OT convergence. Historically, operational technology networks operated in isolation from corporate IT systems, providing a degree of protection through obscurity and air-gapping. Modern industrial environments increasingly require data exchange between these domains, whether for predictive maintenance, production optimisation, or regulatory reporting. This integration demands security approaches that understand both the availability requirements of industrial processes and the threat landscape familiar to enterprise IT security teams.
Legacy Systems and Zero Trust Implementation
Many industrial facilities operate control systems designed and installed before cybersecurity was a primary consideration. These legacy systems often cannot support modern security controls such as encryption or multi-factor authentication, yet replacing them entirely may be prohibitively expensive or operationally disruptive. The summit addresses practical strategies for securing these environments, including network segmentation, monitoring for anomalous behaviour, and implementing compensating controls where direct protection is not feasible.
Zero trust architecture represents a significant shift in how organisations approach OT security. Rather than assuming that devices and users within a network perimeter can be trusted, zero trust requires continuous verification regardless of location. Applying these principles to industrial environments presents unique challenges, as many OT protocols were not designed with authentication in mind and real-time control processes cannot tolerate the latency that some verification methods introduce.
AI-Driven Defence and Supply Chain Considerations
Artificial intelligence and machine learning are increasingly deployed to detect threats in industrial environments, where the volume of network traffic and the subtlety of potential attacks can overwhelm human analysts. These technologies can establish baselines of normal operational behaviour and identify deviations that may indicate compromise. The summit explores both the capabilities and limitations of AI-powered threat detection, including the risk of false positives disrupting legitimate industrial processes.
Supply chain security has emerged as a critical concern following high-profile incidents where attackers compromised industrial organisations through trusted vendors or software updates. Qatar’s critical infrastructure operators must evaluate not only their own security postures but also those of the third parties providing equipment, software, and services to their facilities. Managing this extended risk surface requires new approaches to vendor assessment, contractual requirements, and ongoing monitoring.
Alignment with National Strategy
The summit’s agenda reflects Qatar’s broader national objectives, including the Qatar National Vision 2030 and the TASMU Smart Qatar programme. These initiatives depend on secure, resilient infrastructure to achieve their goals of economic diversification and improved quality of life. The National Cyber Security Strategy 2024–2030 provides the regulatory framework within which critical infrastructure operators must demonstrate compliance, making understanding of these requirements essential for senior leaders responsible for both security and business outcomes.
Who Should Attend
OT Security First Qatar 2026 is designed for senior professionals with responsibility for industrial cybersecurity, critical infrastructure protection, and operational resilience. This includes CISOs, CIOs, and CTOs from energy, utilities, and LNG sectors, as well as heads of OT and ICS security functions. Government policymakers, regulatory officials from the National Cyber Security Agency, and digital transformation leaders will find the strategic discussions relevant to their mandates. Risk, compliance, and governance executives seeking to understand the evolving regulatory landscape will also benefit from the programme.