For many years, cybersecurity was seen as a technical topic. Something for IT to manage in the background. Firewalls, patches, antivirus software. Necessary, but not strategic. That time has passed, writes Andreas Anyuru (pictured below), CTO of Consafe Logistics.
Today, warehouse management systems and supply chain platforms are deeply embedded in business operations. They control goods flows, automation, robotics, transport bookings and customer deliveries. When they stop, operations stop. Revenue stops. Customer trust is tested.
Cybersecurity in logistics is therefore no longer an IT issue. It is a business continuity issue. A board level issue. A leadership issue.
A new risk landscape for supply chains
We often read about ransomware attacks or large scale data breaches in the news. What is less visible is how these incidents usually begin. They rarely start with a dramatic break in. More often, they begin quietly with a known vulnerability in widely used technology.
A vendor releases a security patch. Some companies update immediately. Others postpone. Operations are running. Peak season is approaching. Testing takes time. The upgrade is moved to the next quarter.
Meanwhile, attackers automate their scans. They look for systems that have not been updated. And they find them.
In supply chain environments, the consequences are amplified. A warehouse management system does not only manage data. It controls physical operations. Conveyors, sorters, robotics, picking flows. Many run 24/7. Stopping them is not like restarting an office application. It can mean delayed deliveries, contractual penalties and reputational damage.
Several automotive manufacturers in Asia and the UK have in recent years had to halt production for weeks following cyber incidents. In some cases, the affected systems were believed to be isolated. The financial impact was significant. The operational impact even more so. The lesson is clear. Isolation is not protection. Complexity is not security.
Is supply chain lagging behind?
Many tier 1 and tier 2 companies in Europe have made impressive investments in automation, digitalization and integration. WMS platforms are connected to ERP, transport management systems, automation providers and cloud services. This connectivity drives efficiency and visibility across the value chain. But connectivity also increases the attack surface.
At the same time, we still see environments running on legacy platforms that are no longer supported. Upgrades are postponed because operations are stable. “If it works, why change it?” is an understandable question from an operational perspective. From a cybersecurity perspective, it is a growing liability.
A recent example illustrates this well. A serious vulnerability was disclosed in a widely used framework behind many modern applications. A patch was released immediately. For companies running supported platforms, the vulnerability could be mitigated as part of normal maintenance. For those on unsupported platforms, there was no patch available. The exposure remained.
The vulnerability itself was not unique. New ones will continue to appear. The real difference was the ability to respond.
Cybersecurity maturity is about response
No company can guarantee that vulnerabilities will never occur. What defines maturity is the ability to act when they do.
This requires more than tools. It requires governance, processes and alignment between IT and operations. It requires clarity on who owns risk. It requires a clear upgrade path and the discipline to follow it.
It also requires recognizing that cybersecurity is a continuous investment, not a one time project.
Standards such as ISO 27001 provide a structured way to work with information security. Regular audits, threat modeling, secure development practices and penetration testing all contribute to reducing risk over time. Real time monitoring of SaaS environments and automated vulnerability scanning help detect suspicious behavior early.
But even the most robust framework cannot compensate for outdated, unsupported software. If a platform cannot be updated, it cannot be secured.
Questions every leadership team should ask
For C level leaders in supply chain intensive businesses, the conversation needs to shift from technical detail to strategic oversight. Some important questions to reflect on:
• Do we know which of our critical supply chain systems are running on supported platforms?
• How quickly can we apply security patches without disrupting operations?
• Is there a clear, funded roadmap for upgrades and modernization?
• Are IT and operations aligned on risk ownership and incident response?
• Do we regularly test our resilience, not only our prevention?
These are not IT questions. They are business resilience questions.
Why this matters now
Supply chains are more digital, more connected and more automated than ever. At the same time, geopolitical uncertainty and organized cybercrime are increasing. Attackers understand the leverage in disrupting logistics. When goods stop moving, the impact cascades quickly across industries.
Trust is hard to build and easy to lose. Customers expect reliability. Investors expect stability. Regulators expect due diligence. Cybersecurity in logistics is therefore about protecting more than systems. It is about protecting operations, reputation and long-term competitiveness.
A shared responsibility
We believe that cybersecurity in supply chain environments must be treated as a shared responsibility between technology providers and customers. Vendors must design secure, updateable platforms and work systematically with security. Customers must prioritize supported environments and continuous improvement.
Together, we can move the discussion from reacting to incidents to building resilience. Because the real question is no longer whether cyber threats will continue to grow. They will. The real question is whether our supply chains are prepared to respond. And that is a leadership decision.
