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
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