Container terminals, shipping lines, port operators, and the logistics partners around them now run on software supplied by a small set of OEMs and integrators. IMO 2021, the EU CER Directive, and national port-cyber regulators turn every shared library — from crane control to customs interface — into an audit obligation. Safeguard makes that obligation a live query against signed evidence.
Flag-state regulators, port-state inspectors, and ransomware crews are collapsing into one continuous evidence requirement.
IMO Resolution MSC.428(98) makes cyber-risk management part of the safety management system on every flagged vessel. Continuous evidence across vessel-to-shore software is now an audit obligation, not a working group.
The EU CER Directive, national rules like the KSA NCA OTCC and Indian DGS guidelines, and US MARSEC pull port operators into the regulated critical-infrastructure perimeter. Annual paper audits will not satisfy any of them.
Customs brokers, single-window interfaces, and pre-arrival manifests run on software supplied by a small number of vendors. A compromise in that interface is a national-trade incident, not a vendor incident.
A handful of vendors supply the crane control, gate operating, and terminal management systems running the world's container throughput. A shared transitive dependency can cascade across continents.
Every release of terminal-operating, crane control, and gate-system software emits a signed CycloneDX SBOM. Reachability analysis identifies which OEM library is actually wired into production movements.
Patch windows on terminal OT are scarce and expensive. KEV + EPSS + reachability turns the CVE firehose into a ranked, defendable worklist that respects vessel calls and gate schedules.
Navigation and AIS-receiving libraries embedded in vessel and port systems are attested at build time, hash-pinned, and tied to the SBOM that produced them. Spoofing-class libraries surface before they sail.
See your single-point-of-failure components across customs brokers, terminal operators, and shipping line software. Concentration risk surfaces at the library level, not the contract level.
Pre-mapped control narratives and evidence in the formats your port-state inspector and maritime auditor already accept.
Port-side DMZ control plane, vessel-to-shore audit log, logistics-partner concentration heatmap, and a customs-interface attestation portal — all under the operator's control.
Control plane runs in the port operator's DMZ with one-way ingress from terminal OT. No cross-tenant traffic, no shared key material across operators or shipping lines.
Signed events from vessel scanners and shore-side terminal systems stream into the operator SIEM in JSON and CycloneDX. Chain-of-custody survives a port-state inspection.
Cross-vendor dependency rollup across crane, gate, customs, and TOS software. Concentration risk lights up before a shared library compromise ripples through a corridor.
Read-only attestation portal for customs authorities and single-window operators. SBOMs, VEX, signed provenance — exposed on demand, no email attachments.
NotPetya-class wipers continue to reach terminal-operating systems through corporate IT, taking gate, crane, and yard operations offline. The blast radius is throughput, not just servers.
Vulnerable AIS-receiving and GNSS libraries embedded in vessel and shore systems can be coerced. A spoofed track changes routing decisions before any operator notices the discrepancy.
A compromised customs broker, single-window operator, or pre-arrival manifest provider is an attack on national trade — not just on one ship-owner or terminal.
Long-lived crane and gate-control firmware with deep transitive dependencies create a 10+ year vulnerability tail. Without signed SBOMs, you cannot tell a benign update from a tampered one.
Numbers from production deployments. Same OEMs, same terminals, dramatically less spreadsheet.
| Metric | Before Safeguard | With Safeguard |
|---|---|---|
| Terminal cyber audit prep | 8 weeks | 2 days |
| OT-vendor monitoring | Quarterly | Continuous |
| Vessel-to-shore patch cycle | 21 days | 4 days |
| Alert noise | ~75% | ~5% |
| Tool consolidation | 6 vendors | 1 |
| Customs-interface attestation prep | 2 weeks | 30 min |
| Logistics-partner concentration | Hidden | Mapped |
Talk to the team about IMO 2021 evidence pipelines, port cyber audit mappings, and a deployment shape that lives inside your terminal perimeter.