Automation vs Cybersecurity

Business Context

Modern transmission networks increasingly rely on digital substations, SCADA systems, intelligent electronic devices, wide-area monitoring systems, automated switching, and remote operational control. These technologies improve operational efficiency, reduce response times, and strengthen asset management. However, expanding digital connectivity also increases exposure to cyber threats that could affect critical infrastructure and operational continuity.

Transmission operators therefore seek higher levels of automation while maintaining robust cybersecurity.

EnergyTRIZ Resolution

Rather than implementing cybersecurity after automation projects are completed, organizations should adopt secure-by-design architectures where cybersecurity controls are incorporated into network design, communication systems, device configuration, software development, and operational governance from the outset.

Applicable TRIZ Principles

Principle 11 – Beforehand Cushioning establishes cybersecurity protections before operational deployment.

Principle 3 – Local Quality applies security controls according to asset criticality.

Principle 23 – Feedback continuously monitors digital infrastructure for abnormal operational behavior.

Expected Outcome

Higher automation reliability

Stronger cyber resilience

Improved operational efficiency

Reduced security incidents

Better regulatory compliance

Decision Indicators

Early indicators that this contradiction is affecting transmission operations include:

Remote operational devices continue increasing without equivalent security controls.

Cybersecurity assessments identify expanding vulnerabilities.

Operational technology and enterprise systems become increasingly interconnected.

Manual workarounds are required following cyber events.

Security updates disrupt operational availability.

Monitoring these indicators helps organizations increase automation while maintaining cybersecurity.