Webinar Description
Key Takeaways
- Examination of intelligent automation within Security Operations Centers for protecting OT, IoT and ICS environments
- Focus on transitioning from reactive risk management to proactive cyber resilience strategies
- Coverage of advanced threat detection, behavioural analytics and automated incident response
- Discussion of converged IT/OT security challenges and continuous visibility requirements
- Relevant for security professionals, OT engineers and industrial operations leaders
Introduction
A webinar scheduled for August 2026 will address the growing challenge of securing Operational Technology, Internet of Things devices and Industrial Control Systems through intelligent automation. Designed for cybersecurity professionals and industrial operations teams, the session explores how modern Security Operations Centers are evolving their capabilities to protect increasingly connected industrial environments. The timing reflects heightened industry concern over the vulnerability of critical infrastructure, as manufacturing facilities, energy networks and utilities face sophisticated threats that traditional IT security approaches struggle to address.
The Convergence Challenge in Industrial Cybersecurity
Industrial organisations have historically maintained strict separation between their information technology networks and operational technology systems. This air-gap approach provided inherent security through isolation, but digital transformation initiatives have fundamentally altered this architecture. Modern manufacturing, energy production and critical infrastructure operations now depend on connectivity between enterprise IT systems and industrial control networks to enable real-time monitoring, predictive maintenance and operational optimisation.
This convergence introduces significant security complications. OT environments were designed for reliability and longevity rather than cybersecurity, often running legacy systems that cannot be easily patched or updated. IoT devices deployed across industrial settings frequently lack robust security controls, creating potential entry points for attackers. ICS components controlling physical processes present particularly high-stakes targets, where successful compromise could result in operational disruption, safety incidents or environmental damage.
Intelligent Automation in Security Operations
The webinar will examine how Security Operations Centers are deploying intelligent automation to address the scale and complexity of protecting converged environments. Traditional SOC models, reliant on manual analysis and rule-based detection, struggle to keep pace with the volume of security telemetry generated by industrial networks. Intelligent automation offers a path forward by enabling continuous monitoring, rapid threat identification and coordinated response without proportional increases in analyst workload.
Central to this approach is behavioural analytics, which establishes baseline patterns for normal network activity and device behaviour. Rather than depending solely on known threat signatures, behavioural systems can identify anomalies that may indicate compromise, reconnaissance activity or insider threats. This capability proves particularly valuable in OT environments where novel attack techniques may not match existing detection rules.
Automated correlation represents another critical capability under discussion. Industrial environments generate vast quantities of log data, network traffic and device telemetry. Correlating events across IT and OT domains allows security teams to identify attack chains that might otherwise appear as isolated, benign events when viewed in isolation. This holistic visibility helps organisations detect sophisticated threats that traverse network boundaries.
From Reactive Risk Management to Proactive Resilience
A central theme of the session concerns the strategic shift from reactive security postures to proactive cyber resilience. Reactive approaches focus on responding to incidents after detection, often resulting in extended dwell times during which attackers can establish persistence, move laterally and achieve their objectives. Proactive resilience, by contrast, emphasises continuous threat hunting, predictive risk assessment and the ability to withstand and recover from attacks.
Real-time threat hunting capabilities enable security teams to actively search for indicators of compromise rather than waiting for automated alerts. When combined with automated remediation, organisations can contain threats rapidly, isolating affected systems before attackers can escalate privileges or access critical control systems. This speed proves essential in industrial contexts where delays in response could have physical consequences.
The discussion will reference how platforms such as Seceon support these capabilities, providing continuous visibility across converged environments while reducing operational complexity. Such platforms aim to consolidate security functions that might otherwise require multiple point solutions, streamlining operations for security teams managing both IT and OT responsibilities.
Operational Considerations for Industrial Security Teams
Securing industrial environments presents unique operational constraints that differ markedly from enterprise IT security. Production systems often cannot tolerate the downtime required for patching, and aggressive security controls risk disrupting processes that must maintain continuous operation. Security teams must balance protection requirements against operational availability, implementing controls that provide defence without introducing unacceptable risk to production.
The webinar will address how automated security capabilities can reduce operational complexity in these demanding environments. By consolidating visibility, detection and response functions, organisations can potentially achieve stronger security outcomes without expanding security teams proportionally. This efficiency consideration resonates with industrial organisations facing cybersecurity skills shortages while managing expanding attack surfaces.
Who Should Attend
The session is relevant for professionals responsible for securing industrial operations and critical infrastructure. This includes SOC analysts and managers seeking to extend their capabilities into OT environments, OT engineers tasked with implementing security controls on industrial networks, and security architects designing converged IT/OT security strategies. Chief Information Security Officers and risk managers at organisations operating industrial control systems will find value in understanding how automation can address resource constraints while improving security posture.
Professionals in manufacturing, energy, utilities, transportation and other sectors dependent on industrial control systems represent the primary audience, though the principles discussed apply broadly to any organisation managing IoT deployments at scale.