Why a Logistics Company Needs a SOC
A Security Operations Center (SOC) is a team and technology responsible for continuous monitoring, detection, and response to cybersecurity threats. For logistics companies, SOC is particularly essential because:
24/7 operations — logistics never sleeps, and neither do attacks. Night transport, shift warehouses, drivers on the road — an incident at 3 AM requires immediate response.
Distributed infrastructure — warehouses at various locations, vehicles on the road, remote workers, partner integrations — centralized monitoring is the only way to manage this ecosystem.
NIS2 requirements — the NIS2 directive requires transport companies to handle incidents and report within 24 hours. Without a SOC, meeting these deadlines is practically impossible.
Cascading incident impact — an attack on a TMS system paralyzes not just the company but the entire supply chain. Fast detection and response minimize the cascade effect.
SOC Model for Logistics — What to Monitor
Layer 1: Critical systems (highest priority)
- TMS — logins, data changes, planning anomalies
- WMS — warehouse operations, inventory changes, admin access
- Telematics systems — GPS anomalies, unauthorized configuration changes
- Active Directory / IdP — logins, privilege escalation, new accounts
- VPN/ZTNA — remote connections, geographic anomalies
Layer 2: IT infrastructure
- Firewalls and WAF — blocked attacks, traffic anomalies
- Servers and workstations — EDR alerts, malware detection
- Email — phishing, malware in attachments
- DNS — queries to suspicious domains
Layer 3: Integrations and IoT
- EDI/API — communication anomalies with partners
- IoT devices — scanners, sensors, terminals
- Label printers, scales — devices often overlooked in security
Step-by-Step SOC Implementation
Phase 1: Preparation (2-4 weeks)
- Log source inventory (TMS, WMS, firewalls, servers, EDR)
- Monitoring priority definition (what is critical)
- Model selection: internal SOC, outsourcing (MSSP/MDR), hybrid
- SLA definition: incident response time (P1: 15 min, P2: 1h, P3: 4h)
Phase 2: Technology integration (2-4 weeks)
- SIEM deployment or connection to SOC provider’s SIEM
- Log collection configuration from all sources
- EDR deployment on endpoints
- Integration with telematics and IoT systems
Phase 3: Tuning and optimization (4-8 weeks)
- Logistics-specific detection rule configuration
- Alert tuning — false positive reduction
- Incident response playbook development
- Team training on escalation procedures
Phase 4: Operations (ongoing)
- 24/7 monitoring with alert analysis
- Regular detection rule reviews
- Proactive threat hunting
- Management reporting (monthly/quarterly)
Logistics-Specific Detection Rules
A SOC for a logistics company requires rules beyond standard IT:
Operational anomalies:
- Route changes in TMS outside working hours
- Mass customer data export from TMS/WMS
- TMS login from unusual geographic location
- Rate/price changes in the billing system
Telematics anomalies:
- GPS spoofing — sudden vehicle location change
- GPS signal loss for more than 15 minutes
- Telematics device configuration changes
- Communication with unknown servers
Integration anomalies:
- Unusual EDI message volume from a partner
- API calls from unauthorized IPs
- New EDI message type from an existing partner
- Transmissions outside agreed time windows
Internal SOC vs. Outsourcing — Comparison
| Criterion | Internal SOC | Outsourcing (MDR) |
|---|---|---|
| Annual cost | EUR 500K-1.2M | EUR 42K-144K |
| Implementation time | 6-12 months | 4-8 weeks |
| Team | 5-10 analysts | Dedicated provider team |
| Coverage | Shift-dependent | 24/7/365 |
| Industry knowledge | Built internally | Depends on provider |
| Control | Full | Limited (SLA) |
| Scalability | Difficult (recruitment) | Easy |
For logistics companies with IT budgets below EUR 1.2M/year, SOC outsourcing is typically optimal. nFlo offers SOC services with experience in the logistics sector.
Measuring SOC Effectiveness
Operational metrics:
- MTTD (Mean Time to Detect) — target < 30 minutes
- MTTR (Mean Time to Respond) — target < 1 hour
- False Positive Rate — target < 10%
- Alert-to-incident ratio
Business metrics:
- Number of prevented incidents
- Downtime caused by incidents (target: 0)
- Incident cost vs. SOC cost
- NIS2 compliance (reporting within 24h)
Cybersecurity for Your Industry
Learn more about cybersecurity in your industry:
In logistics, the interesting systems are not in the office
A monitoring scope copied from a generic template covers the corporate network and stops there, which in a transport business leaves out most of what an attacker would target. The systems that decide whether goods move are the transport and warehouse management platforms, the telematics feeding vehicle positions, the EDI links to customers and carriers, and increasingly the yard equipment that speaks industrial rather than office protocols.
Those sources are also harder to onboard: several are supplier-hosted, some emit no usable logs at all, and a few can only be observed from the network rather than from an agent. Establishing what can realistically be collected — and what compensating visibility to build where it cannot — is the practical first step, and it belongs to infrastructure monitoring rather than to the detection platform itself.
Related topics
See also:
Related services and products
- OSINT (Open Source Intelligence)
- 24/7 Monitoring - Proactive Infrastructure Oversight
- Bitdefender GravityZone Integrity Monitoring
