By Carlos Espinosa – CESP Secure
Working around the port, I’ve seen firsthand how automation and cybersecurity have become inseparable. That’s why Kalmar’s recent webinar on cybersecurity in ports and terminals stood out to me. It wasn’t just another tech presentation—it was a wake-up call for everyone in operations, automation, and IT who keeps cargo moving safely and efficiently.
The session began with a truth we can’t ignore:
Industrial automation and control systems directly affect the physical world.
When those systems are attacked, the results can be catastrophic—lost cargo, operational shutdowns, safety hazards, and damage to a company’s reputation.
1. Why Cybersecurity Matters for Terminal Operators
Ports are now digital ecosystems. From cranes and stackers to gate systems and monitoring screens, everything is connected.
That connectivity brings efficiency—but also exposure. One breach can ripple through multiple systems, creating downtime that costs millions per hour.
Kalmar emphasized that cybersecurity is no longer an “IT problem.” It’s part of daily terminal operations, safety protocols, and equipment reliability.
2. How Kalmar Integrated Security into Kalmar One
Kalmar’s Kalmar One automation platform now embeds cybersecurity controls at every layer.
They’ve integrated authentication systems, encrypted communications, and anomaly detection directly into the control environment.
This approach shows the industry’s evolution: security isn’t an add-on anymore. It’s designed into the architecture from day one.
As someone who’s worked hands-on at the port, I see this as a practical model of how cybersecurity and automation must merge in the real world.
3. Understanding IEC 62443 and Why It Matters
The IEC 62443 cybersecurity standard defines how industrial systems should be designed, maintained, and audited for cyber resilience.
Kalmar’s engineers explained how this standard creates a framework for protecting automation networks against threats while keeping performance high.
Compliance isn’t just a badge—it’s a structured commitment to protecting every layer of the operation: people, processes, and technology.
4. What Certification Means in Practice
Kalmar’s cybersecurity certification under IEC 62443 proves their automation systems are built and validated under real-world conditions.
It means every module, connection, and data exchange follows a verified cybersecurity protocol. For operators, it translates to confidence—knowing the system can withstand modern cyberattacks without compromising uptime or control.
5. The Experts Behind the Discussion
- Timo Alho, Director of Product Management Automation, Kalmar
- Jani Mäntytörmä, Chief Cyber Security Engineer Automation, Kalmar
Both offered valuable insight into how Kalmar’s approach blends engineering precision with cybersecurity discipline. Their message was clear: resilience must be engineered, not added later.
Final Thoughts
Listening to the lecture, I couldn’t help but connect it to my own experience at the Port of Los Angeles. The systems we rely on daily—PLCs, SCADA, networked stackers—are only as strong as their cybersecurity backbone.
Kalmar’s work represents the direction the entire industry is heading: secure automation. Protecting the heart of our logistics world means designing systems that think ahead, defend automatically, and keep terminals operational even under pressure.
The lecture wasn’t just about technology—it was about trust, responsibility, and the future of automation.