WHY CYBERSECURITY HAS BECOME A BUSINESS CONTINUITY ISSUE IN LOGISTICS

Andreas Anyuru 
CTO, Consafe Logistics 

For many years, cybersecurity was largely viewed as an IT concern. As long as systems were protected with firewalls, antivirus software, and regular updates, many business leaders felt comfortable leaving security discussions to technical teams.

Today, that approach is no longer sufficient. Gone are the days when cybersecurity lived exclusively within the IT department. It now sits at the heart of business resilience.

And when viewed through the lens of business resilience, a different set of questions emerges: How quickly could your organization respond if a critical warehouse system became unavailable? Do you know which of your supply chain systems are running on supported platforms? And are your operations prepared to continue if a cyber incident disrupts the flow of goods?

In this blog, I'll explore how the cybersecurity landscape is evolving for logistics businesses, why the ability to respond is becoming more important than the ability to prevent every threat, and what leadership teams can do to build more resilient supply chain operations.

Everything’s changing, including your risk landscape

Incidents often make headlines when they result in ransomware attacks or large-scale data breaches. What receives less attention is how these incidents begin.

In many cases, attackers exploit known vulnerabilities in widely used software. What happens next is that the vendor releases a security patch, and organizations are faced with a familiar decision: should they update immediately, or postpone until a more convenient time?

Operationally, delaying an upgrade can seem reasonable. Peak season may be approaching, testing takes time, and resources are limited.

The challenge is that attackers do not operate on your timeline. They use automated tools to continuously scan for systems that have not been updated. So, once a vulnerability becomes publicly known, organizations often have a limited window to respond.

In supply chain environments, the consequences can be particularly severe. Modern supply chains depend on a complex network of digital systems that support everything from inventory management and warehouse automation to transportation planning and customer deliveries. These systems are deeply embedded in daily operations, making cybersecurity an essential part of business continuity and operational resilience.

Take warehouse management systems, as an example. Unlike many business applications, the WMS influences physical operations. It orchestrates inventory movements, picking activities, conveyors, sortation equipment, and robotics. When these systems are disrupted, the impact extends beyond data and directly affects operational performance, customer service, and revenue. Several automotive manufacturers in Asia and the UK have experienced exactly this type of disruption in recent years, with production halted for extended periods following cyber incidents.

One lesson stands out: complexity does not equal security, and isolation alone is rarely enough protection.

The Connectivity Challenge

As someone who has spent many years working with technology in the logistics industry, I've seen firsthand how much value connectivity creates.

Modern warehouses increasingly connect WMS platforms with ERP systems, transportation management systems, automation equipment, cloud services, and external partners. This connectivity delivers substantial business value. It greatly improves visibility, efficiency, and coordination. But at the same time, it expands the potential attack surface.

The Risk of Unsupported Platforms

The challenge becomes even greater when organizations continue running critical systems on legacy platforms that are no longer fully supported. From an operational perspective, the reasoning is often understandable: the system is stable, operations are running smoothly, and there is little appetite for change. From a cybersecurity perspective, however, unsupported software creates growing risk.

A recent example illustrates this well. A serious vulnerability was discovered in a widely used software framework that supports many modern applications. Supported platforms could be patched quickly as part of normal maintenance routines. Organizations running outdated or unsupported versions faced a different reality: there was simply no patch available.

What happened there is that the vulnerability itself was not unusual. New vulnerabilities emerge all the time. What mattered was the organization's ability (or, in this case, inability) to respond.

Your maturity is defined by your response to cybersecurity

Let's be realistic: no organization can eliminate cyber risk entirely. What separates mature organizations from vulnerable ones is their ability to identify, assess, and respond to emerging threats. The question is: how do they make it happen?

It requires technology, yes, but it also requires governance, clearly defined responsibilities, effective collaboration between IT and operations, and a structured approach to upgrades and maintenance. Perhaps most importantly, these organizations view cybersecurity as an ongoing business capability rather than a series of one-off initiatives.

In a recent webinar, I discussed many of these challenges together with our Chief Information Security Officer, including resilience, vulnerability management, and maintaining secure WMS environments. If you'd like to explore these topics in more detail, the webinar is available on demand ->

How to build a more resilient supply chain

As we saw in earlier examples, even strong security processes have limitations if critical systems cannot be maintained and updated.

Frameworks such as ISO 27001 can help establish systematic security practices. Regular audits, secure development processes, penetration testing, threat modeling, and continuous monitoring all contribute to strengthening resilience over time.

Therefore, for leadership teams, cybersecurity discussions should increasingly focus on resilience. Here are some key questions you should be able to answer about your operations:

• Which of my business-critical systems are running on supported platforms?
• How quickly can I implement security updates?
• Do I have clear plans for modernization and incident response?

Just as importantly, you should regularly test your resilience. Prevention remains important, but you must also evaluate how effectively you can continue operating when disruptions occur.

Cybersecurity is a shared responsibility

Creating resilient supply chains requires collaboration between technology providers and the organizations that use their solutions. Software vendors have a responsibility to build secure, maintainable platforms and continuously invest in security. Businesses, in turn, must prioritize supported environments, maintain upgrade strategies, and treat cybersecurity as an ongoing operational priority.

Summary

To sum things up, it’s worth to remember this: cyber threats will continue to happen, and at some point, your organization will likely be affected. The better prepared you are to respond, the better positioned you will be to minimize their impact.

Most importantly, cybersecurity should be embedded into the way your organization operates. That means establishing clear ownership, aligning IT and operations, continuously modernizing critical systems, and building the capability to respond when new threats emerge.