NIS2 and the new cybersecurity Paradigm in transport and logistics
The digital transformation of logistics has made supply chains faster, more connected and more dependent on technology. Transport operators, ports, distribution centres and warehouses rely on systems that exchange information continuously. When one of those systems fails, the consequences can reach far beyond the IT department: vehicles may be delayed, warehouse processes may stop and customers may lose visibility of their shipments.
That is the context in which logistics organisations need to approach NIS2. Cybersecurity is closely tied to their ability to keep operations running.
Why NIS2 matters for transport and logistics
NIS2 is the European Union’s updated cybersecurity framework for organisations in sectors that are important to society and the economy. It strengthens requirements for risk management, incident handling, supply-chain security and business continuity, and makes management responsibility more explicit. Transport is among the sectors covered, although whether a particular organisation falls within scope depends on its activities and circumstances. digital-strategy.ec.europa.eu
Meeting regulatory requirements, however, does not automatically make an organisation resilient. The practical question is whether it understands the systems and relationships its operations depend on, and whether its measures would work during an incident.
Consider a warehouse management system. The organisation may know that the system is critical. But does it also know how the external provider maintains it, which accounts have remote access, how it connects to other platforms and what would happen on the warehouse floor if it became unavailable? Those dependencies determine how a cyber incident could affect the operation.
Understand what keeps the operation moving
Modern logistics environments are distributed and interconnected. Transportation Management Systems (TMS), Warehouse Management Systems (WMS), ERPs, EDI connections, cloud applications and operational technology exchange data across organisations. Each connection supports an activity, but it can also create a route through which disruption spreads.
A useful starting point is to map critical business processes to the systems, people, suppliers and connections they depend on. This can reveal risks that are easy to miss when cybersecurity is assessed only from an IT perspective.
Take order fulfilment. Its continuity may depend on a WMS, a customer integration, warehouse automation, a network connection and a technology provider with privileged access. Protecting the WMS alone will not address every way the process could be interrupted. The relevant security perimeter extends beyond the organisation’s own infrastructure.
The supply chain is part of the security equation
Logistics organisations depend on partners to deliver services. A transport platform, software provider or maintenance contractor may have access to critical systems or provide a service that cannot quickly be replaced. NIS2 places emphasis on security in supplier relationships for this reason. For your reference, read the FAQs on the topic: digital-strategy.ec.europa.eu
The aim is to understand those dependencies in operational terms. Which third parties can access critical systems? What can they do with that access? Which processes rely on their services, and what would happen if those services were compromised or unavailable?
Answers may call for tighter access controls, clearer arrangements with suppliers or an alternative way to continue a process during an outage. They also help organisations focus their efforts: a provider with access to warehouse controls presents a different risk from one supplying a service unrelated to daily operations.
When an IT incident becomes an operational disruption
The effects of a cyber incident in logistics can be immediate. Planning systems may become unavailable, traceability may be lost, warehouse activities may slow down and deliveries may be delayed. The ability to detect and contain an incident matters, but so does the ability to operate while systems are being recovered.
That ability needs to be tested. Have backups actually been restored? Can a compromised account or system be isolated quickly? Do operational teams know what to do when a critical platform goes offline? Can the most important processes continue, even at reduced capacity?
An incident response plan may look convincing on paper while leaving these questions unanswered. Testing under realistic conditions shows where decisions, responsibilities or recovery arrangements need improvement. It also helps management see which disruptions would have the greatest impact on business.
IT and OT: where digital and physical operations meet
In automated logistics environments, the connection between information technology (IT) and operational technology (OT) deserves particular attention. Robotics, sensors, controllers and other operational systems may connect to corporate networks, remote support tools or cloud services. Some were designed for long operating lives and continuous availability, rather than for today’s cybersecurity demands.
Security measures therefore need to account for the physical operation. A change that protects one system but unexpectedly stops a critical process may create a different operational problem.
For organisations with connected OT, practical priorities include identifying critical equipment and communication paths, reviewing remote and privileged access, and understanding how effectively IT and OT environments are separated. The objective is to limit the ways an incident can move between systems while preserving the availability on which the operation depends.
From compliance to action
NIS2 gives management a clear role in cybersecurity risk management. Decisions about investment, continuity and acceptable risk have operational and commercial consequences; they cannot be left to IT teams alone.
This creates an opportunity to bring cybersecurity, operations and business leadership into the same conversation. Rather than starting with a list of controls, start with the processes that matter most. Where would a disruption cause the greatest harm? Which dependencies make those processes vulnerable? Which measures would reduce that risk?
The answers will differ between organisations. Priorities may include improving visibility and monitoring, strengthening access controls, reviewing supplier exposure, separating IT and OT environments, or testing response and recovery. No single measure provides resilience on its own. What matters is how the measures work together when something goes wrong.
Where should organisations start?
For organisations working on NIS2 or reviewing their wider cybersecurity posture, these questions provide a practical starting point:
- Which business processes must we be able to continue?
- Which systems, people, suppliers and connections support them?
- Who has access to our critical systems, including third parties?
- Could an incident move from IT into an operational environment?
- How quickly could we detect and contain it?
- Have we tested how we would continue operations and recover?
Not every vulnerability presents the same business risk, and not every system needs the same level of protection. Mapping dependencies and testing realistic scenarios helps organisations direct resources where they will make the greatest difference.
As logistics becomes more connected, customers and partners increasingly depend on one another’s digital resilience. NIS2 gives organisations a reason to examine that resilience, but its value will be seen in practice: whether they can understand an incident, limit its impact and keep essential operations moving.
