ETA drift acceleration
Route-level volatility rises while static schedules stay frozen, creating avoidable berth collisions.
Impact: 22% more berth swaps
Live berth confidence model
Schedule vessels with compliance confidence before congestion becomes cost.
HarborOS fuses vessel ETA volatility, quay availability, labor windows, and emissions exposure into one operational decision layer. Terminal teams replace reactive berth swaps with auditable, forward-looking berth plans.
3.4M TEU
monthly terminal throughput modeled
ISO-ready logs
decision history export for audits
Sub-5 min
re-plan time during weather events
Risk compounds across the berth chain long before dashboards show red.
HarborOS tracks leading indicators where delays begin: uncertain ETA confidence, berth contention, labor overlap, and scope 3 exposure. Operators get intervention windows measured in hours, not minutes.
Quay overlap pressure
Incoming and outbound dependencies are planned in separate tools, breaking sequence integrity.
Impact: +37 min avg handling delayLabor window mismatch
Shift constraints are applied too late, forcing expensive reassignment and overtime exposure.
Impact: 1.4x labor cost spike eventsEmissions blind spots
Idle-time carbon is estimated after-the-fact instead of optimized during berth sequencing.
Impact: 9-12% avoidable CO2eA closed-loop decision model from signal to berth assignment.
The platform structures operations around a repeatable control loop. Every berth recommendation is explainable, overrideable, and logged for compliance review.
Ingest and normalize
HarborOS continuously ingests AIS, weather, tug readiness, labor rosters, and terminal handling constraints into one canonical timeline.
Model scenario probability
Monte Carlo berth simulations score queue states, turnaround risk, and emissions exposure per vessel movement.
Recommend and validate
Operators receive ranked berth actions with confidence intervals, tradeoffs, and policy-safe alternatives.
Execute and learn
Final decisions are written to an immutable operations log that improves future prediction quality.
Platform capabilities built for terminal operations, not marketing demos.
Each module is tuned for operations teams that need clarity under pressure: visible assumptions, explicit tradeoffs, and policy-aware execution paths.
Scenario Routing Console
Compare berth plans side-by-side with quantified impact on throughput, labor strain, and emissions thresholds before committing.
Constraint-Aware Queue Optimizer
Applies berth geometry, cargo class constraints, and tug dependencies directly in the optimization loop.
Regulatory Trace Layer
Maintains explainable rationale for each operational decision to support ESG reporting and maritime compliance audits.
Control Room Integrations
Sync recommendations into TOS, yard, and rail systems with role-based approvals and rollback-safe execution windows.
Measurable outcomes trusted by terminal leadership and compliance teams.
HarborOS tracks operational and regulatory KPIs in the same execution layer, so performance gains and reporting quality improve together.
42 minmean delay avoided / vessel
9.4%quay utilization uplift
31%fewer manual interventions
4.7xfaster exception triage
99.2%policy-safe recommendations
"HarborOS changed how we run morning planning. We now test two or three berth scenarios in minutes, and we can justify each decision to both operations and compliance with the same record."
Build a berth plan your operators trust and your regulators can audit.
Run a HarborOS control-room session using your vessel schedule, berth topology, and emissions policy constraints. See where intervention windows open before disruption hits.