NIS2 for Logistics and Transportation: Requirements and Implementation

Transport and Logistics: A Sector of High Criticality

That the transport sector plays a prominent role in NIS2 is no surprise. When goods can no longer be moved, production lines stand still, supermarket shelves stay empty, and supply chains collapse. The EU has included the transport sector in Annex I of the NIS2 Directive — in the category of sectors with high criticality. That's the same category as energy, healthcare, and digital infrastructure.

The NIS2 transposition act (NIS2UmsuCG) differentiates the transport sector into several sub-sectors:

• Road transport: Freight forwarders, carriers, bus companies, operators of intelligent transport systems
• Rail transport: Railway companies, infrastructure operators, operations control centers
• Maritime transport: Shipping companies, port operators, inland waterway transport
• Air transport: Airlines, airport operators, air traffic control
• Postal and courier services (via Annex II as another critical sector)

Particularly relevant for SMEs are road freight transport and logistics. A freight forwarder with 80 employees and EUR 15 million revenue falls under NIS2. A logistics center with 120 employees likewise. And a port terminal operator with 60 employees as well.

Classification: Essential or Important?

Since transport is in Annex I, stricter rules apply than for sectors from Annex II. The classification as essential or important entity depends on company size:

Most mid-market freight forwarders and logistics companies fall under NIS2 as important entities. But even as an important entity, you must implement all minimum measures from Article 21 — the substantive requirements are identical.

Why Logistics Is Particularly Vulnerable

The logistics industry has experienced a massive digitalization push in recent years. Telematics, GPS tracking, electronic freight documents, automated warehouse management, client interfaces via EDI or API — all of this makes operations more efficient but also more vulnerable.

A few numbers illustrate the scope: According to a study by the Federal Association of Road Haulage, Logistics and Disposal (BGL), over 90% of freight forwarders with more than 50 vehicles use telematics systems. Electronic waybills (eCMR) are increasingly becoming the standard. And the interfaces between forwarders, shippers, recipients, and subcontractors are almost completely digitalized.

This means: A cyberattack on a logistics company can have tangible effects on other companies' supply chains within hours. The NotPetya attack of 2017 demonstrated this impressively at Maersk: The world's largest container shipping company was paralyzed for days, 76 ports couldn't process containers, and the damage amounted to around USD 300 million.

The Industry's Special Risks

Telematics and GPS systems: Telematics systems capture location data, vehicle conditions, driving and rest times, fuel consumption, and temperature monitoring for cold chains. They communicate with headquarters via mobile networks and are often connected to the vehicle's CAN bus. A compromised telematics system can deliver false location data, manipulate cold chain monitoring, or in the worst case influence vehicle functions.

The security risks are diverse:

• Many telematics systems use outdated firmware versions
• Communication between vehicle and headquarters is not always encrypted
• Default passwords are not changed during installation
• Remote updates of telematics firmware are an attack vector

Warehouse Management Systems (WMS): A modern logistics center is controlled by its WMS: goods receipt, storage location assignment, order picking, shipping. If the WMS fails, the warehouse effectively stands still. And since WMS systems are increasingly cloud-based or connected to client systems via interfaces, the attack surface is growing.

Transport Management Systems (TMS): The TMS is the heart of a freight forwarder. It controls order intake, route planning, dispatching, freight calculation, and invoicing. A TMS failure means: no new orders, no dispatching, no invoicing. Many mid-market freight forwarders use industry-specific TMS solutions from specialized vendors that are not always at the cutting edge of IT security.

Client interfaces and EDI: Logistics companies are highly networked. EDI connections (Electronic Data Interchange) to clients and partners, API interfaces to freight exchanges and platforms, automated notifications via email or web portal. Each of these interfaces is a potential entry point, especially when authentication is weak or data is transmitted unencrypted.

Subcontractor network: Many freight forwarders work with a network of subcontractors who carry out some of the transports. These subcontractors access dispatch systems, receive order data, and report status updates back. The IT security of these often small companies lies outside your direct control, but the data still flows through your systems.

Electronic freight documents: The electronic waybill (eCMR) and other digital transport documents are increasingly replacing paper. The integrity of these documents is business-critical: If an electronic waybill is manipulated, it can trigger liability issues, insurance claims, and customs problems.

NIS2 Measures for the Logistics Industry

The ten minimum measures from Article 21 also apply to logistics companies. Some of them have particular characteristics in this industry.

Risk Analysis: Including Mobile Infrastructure

Unlike a stationary office operation, the IT infrastructure of a logistics company extends across hundreds or thousands of square kilometers. Vehicles traveling on Europe's roads carry telematics systems, mobile devices, scanners, and sometimes even mobile printers. This mobile infrastructure must be fully captured in the risk analysis.

Typical asset categories in logistics:

Incident Response: Time-Critical in Logistics

The logistics industry operates within tight time windows. A delayed delivery can trigger contractual penalties, shut down a customer's production line, or destroy perishable goods. Therefore, the incident response plan is particularly time-critical.

Specific scenarios the plan must cover:

Scenario 1: TMS failure due to ransomware

• Immediate containment (isolate affected systems)
• Activate manual dispatch (phone, fax, prepared offline forms)
• Proactively inform clients (delayed dispatching possible)
• BSI notification within 24 hours
• Parallel TMS recovery from backup

Scenario 2: Telematics system compromise

• Isolate telematics headquarters until the scope is clarified
• Coordinate drivers via alternative channels (phone)
• Ensure cold chain monitoring manually (temperature data loggers as backup)
• Involve telematics manufacturer
• Identify affected vehicles and verify firmware

Scenario 3: Data breach via client interface

• Deactivate affected interface
• Analyze the scope of the data breach (which clients, what data?)
• Inform affected clients
• Assess DSGVO (GDPR) notification to data protection authority (in addition to BSI notification)
• Secure the interface before reactivation

Supply Chain Security: A Web of Dependencies

The supply chain requirement of NIS2 particularly affects logistics companies because the industry is inherently a network. You work with shippers, recipients, subcontractors, freight exchanges, port operators, customs authorities, and a multitude of technology partners.

The supplier assessment must cover at least these categories:

IT service providers and software vendors:

• TMS vendor (often a specialized industry provider)
• WMS vendor
• Telematics manufacturer
• Cloud provider (if TMS or WMS runs as SaaS)
• Managed service provider (if IT is managed externally)

Logistics partners with system access:

• Subcontractors who access your dispatch system
• Clients who feed orders via EDI or API
• Freight exchanges and platforms (Timocom, Trans.eu, Cargonexx)
• Customs and government interfaces (ATLAS, NCTS)

For each of these partners, you must assess: What access do they have to your systems? What data flows? What happens if this partner is compromised? What contractual security requirements exist?

Encryption: Protecting Data in Motion

In logistics, data is literally in motion. Telematics data is transmitted via mobile networks, dispatching happens via app on the driver's smartphone, order data flows through EDI connections. Encrypting all these communication channels is a fundamental requirement.

Specific requirements:

• TLS for all web interfaces and APIs (minimum TLS 1.2, preferably TLS 1.3)
• Encrypted communication between telematics system and headquarters
• VPN for accessing internal systems from external locations
• Encrypted email for exchanging sensitive transport documents
• Full disk encryption on all mobile devices (laptops, tablets, smartphones)
• Encrypted backups

Training: Don't Forget Drivers and Warehouse Staff

The training program must go beyond classic office workers. Drivers and warehouse staff are often the least trained group in IT security, yet they use digital devices and systems daily.

Training content for drivers:

• Secure use of company phones (don't install personal apps, use secure WiFi)
• Recognizing phishing messages (including via SMS or messenger)
• What to do if the company phone is lost or stolen
• Reporting channels for suspicious incidents

Training content for warehouse staff:

• Secure use of handheld scanners and WMS terminals
• No personal USB sticks on work systems
• Recognizing unusual system behavior
• Access rules for warehouse areas with IT infrastructure (server room, network distribution)

Practical Example: Freight Forwarder with 80 Employees

Let's look at how a mid-market freight forwarder can concretely approach NIS2 implementation.

Starting Position:

LogiTrans GmbH (fictitious example) is a freight forwarder based in northern Germany. 80 employees, EUR 18 million annual revenue. The company operates a vehicle fleet of 45 owned trucks and additionally works with 25 subcontractors. At the main location, there is a logistics center with 8,000 m² of warehouse space.

The IT landscape:

• TMS: CarLo by Soloplan (on-premise, local server)
• WMS: In-house development based on a Microsoft Access database (historically grown, being gradually replaced by a modern solution)
• Telematics: idem telematics, 45 vehicles with GPS tracking and temperature monitoring
• ERP: DATEV for accounting, otherwise heavily TMS-centric
• Communication: Microsoft 365 (Exchange Online, Teams)
• EDI: Connections to 12 major clients and 3 freight exchanges
• Mobile devices: 50 company phones (Samsung, Android), of which 45 for drivers

IT is managed by an IT manager and a system administrator. An external IT service provider handles firewall management, server maintenance, and backup. An ISMS does not exist; security measures are limited to firewall, antivirus, and regular server backups.

Phase 1: Assessment and Foundations (Months 1-2)

Applicability analysis: LogiTrans falls under NIS2 with 80 employees and EUR 18 million revenue. Transport (road) is in Annex I. Classification: important entity.

Appoint CISO: The IT manager takes on the CISO role at 40% time allocation. Since he has no ISMS experience, an external consultant is engaged as a sparring partner to accompany the first year.

Create asset inventory:

LogiTrans identifies 67 IT assets in the following categories:

Particularly critical asset identified: The in-house WMS development based on Access is a high-risk system. No access rights management, no encryption, no versioning, no backup concept beyond daily file backup. This system is flagged for immediate action.

Phase 2: Risk Analysis and Action Planning (Months 3-4)

The risk analysis reveals the following picture:

Core policies created:

• Information security policy
• Incident response plan with logistics-specific scenarios
• Mobile device policy (particularly important given 50 company phones)
• Password policy
• Backup policy
• Policy for subcontractors and EDI partners

Phase 3: Technical Measures (Months 5-8)

WMS migration (Months 5-7): The Access-based in-house WMS development is replaced by an industry-standard solution. This is the most expensive single measure but also the one with the greatest security benefit. The new solution offers access control, encryption, audit trail, and regular updates.

Mobile Device Management (Months 5-6): An MDM solution (Mobile Device Management) is introduced for the 50 company phones. It enables:

• Central configuration and hardening of devices
• App whitelisting (only approved apps can be installed)
• Remote wipe in case of loss or theft
• Enforced screen lock and encryption
• Separation of business and personal data (Work Profile)

Introduce MFA (Month 6): Multi-factor authentication for all employees with system access: Microsoft 365, VPN, TMS, WMS, telematics portal. For drivers, MFA is implemented via the Microsoft Authenticator app on the company phone.

Revise backup concept (Months 6-7): The existing backup is expanded with offline backups. TMS and WMS data are backed up daily to a separate system disconnected from the network. A monthly restore test is conducted. Recovery Time Objectives are defined: TMS maximum 4 hours, WMS maximum 8 hours.

Improve EDI security (Months 7-8): All EDI connections are migrated to encrypted transmission protocols (AS2 with TLS, SFTP instead of FTP). Separate credentials are assigned for each EDI partner. Access is logged and regularly reviewed.

Network segmentation (Months 7-8): The network is divided into zones: office network, server zone, warehouse network (scanners, WMS terminals), guest WiFi. Restrictive firewall rules apply between zones. In ISMS Lite, the complete asset inventory including telematics and mobile devices can be captured, and industry-specific risks can be systematically assessed.

Phase 4: Organizational Measures (Months 8-10)

Training program:

• All employees: Online training on cyber hygiene (90 minutes)
• Drivers: In-person training on secure smartphone use (60 minutes, integrated into regular driver briefing)
• Warehouse staff: Training on the new WMS and secure system use
• Dispatch and customer service: Deep dive on phishing recognition, handling suspicious client inquiries
• Executive management: NIS2 obligations and liability (half-day workshop)

Supplier assessment: LogiTrans assesses 18 critical suppliers and partners:

The subcontractor assessment is particularly challenging. Many of the 25 subcontractors are micro-enterprises with fewer than 10 employees that don't fall under NIS2 themselves and have hardly any security measures. LogiTrans therefore defines minimum requirements (antivirus, current operating systems, secure email use) and incorporates them into framework agreements. MFA becomes mandatory for accessing the dispatch system.

Business continuity plan: For each critical business process, an emergency plan is created:

Phase 5: Review and Improvement (Months 10-12)

Internal audit: Review of all ten minimum measures with focus on logistics-specific risks. The audit produces three key findings:

1. Telematics firmware is not yet current on 12 of 45 vehicles (corrective action: update during next workshop visit)
2. Three subcontractors have not returned the security questionnaire (corrective action: follow up with deadline; if not met, restrict access to dispatch system)
3. The restore test for the TMS took 6 hours instead of the planned 4 hours (corrective action: optimize backup process, procure faster hardware)

Management review: Executive management assesses progress and approves the budget for the following year.

Tabletop exercise: Simulation of a ransomware attack on a Monday morning. Result: Manual dispatch fundamentally works, but phone availability of drivers via private numbers is not guaranteed for all. Corrective action: Update emergency contact list and establish alternative communication channels (messenger group).

Budget and Timeline

The largest single item is the WMS migration, which would have been overdue even without NIS2. Without the WMS migration, the NIS2-specific cost is approximately EUR 35,000 to 50,000 for external consulting, plus internal personnel costs and investments in MDM, improved backups, and network segmentation. For comparison: ISMS Lite costs EUR 500 per year and covers risk management, measure tracking, policies, and audit documentation in a single tool.

Industry-Specific Challenges and Solutions

Drivers as Both Security Risk and Security Factor

Drivers are on the road all day, use mobile devices, connect to different networks, and often have little connection to IT security topics. At the same time, they are the link between the digital and physical worlds: they confirm deliveries digitally, scan freight documents, and transmit status updates.

The key lies in simple, understandable rules and an MDM solution that technically secures the device. The driver doesn't need to understand what TLS encryption is, but they must know not to install unknown apps and to report suspicious messages.

Cold Chain Monitoring as an NIS2-Relevant System

If you transport food, pharmaceuticals, or other temperature-sensitive goods, cold chain monitoring is a business-critical system. Manipulation of temperature data can result in spoiled goods being delivered, with potentially serious consequences for consumer health. The NIS2 risk analysis must explicitly address the integrity of temperature monitoring.

24/7 Operations and Maintenance Windows

Logistics companies operate around the clock, often on weekends and holidays as well. Classic maintenance windows for system updates or security measures barely exist. Plan updates and patches so they don't disrupt dispatching — ideally overnight between 2 and 5 AM, when order volume is lowest.

What You Should Do Now

As the managing director or IT manager of a logistics company, you should start with these steps:

1. Clarify applicability and register with the BSI. Transport is Annex I; the classification is clear for most companies.
2. Capture all digital systems. Not just servers and workstations but also telematics, mobile devices, warehouse technology, and EDI connections. Much of this doesn't exist in traditional IT documentation.
3. Close the most critical gaps immediately. If you have systems without access protection, without backup, or with outdated software, that's your first priority — even before the formal ISMS build.

The logistics industry is a sector where a cyberattack can have particularly rapid and far-reaching consequences. Your clients rely on you to deliver — in both senses of the word. NIS2 gives you a structured framework to ensure exactly that.

Further Reading

• NIS2 for SMEs: What You Need to Know and What to Do Now
• NIS2 Initial Notification to the BSI: Content, Deadlines, and Template
• Secure Remote Work and Home Office: Policies and Measures
• IT Asset Management in the ISMS: Keeping Track of All Systems
• Reviewing DPAs and Assessing Service Providers: Meeting Your Due Diligence Obligations