Ports & Terminals
One operating picture for the quay, the yard and the gate
Falcon Tag consolidates terminal, equipment, vessel and environmental data so port operations teams can see disruption forming and act before it reaches the schedule.
- Fewer stoppages
- 27%
- Faster gate turn
- 9 min
- Live berth view
- 24/7
Fewer stoppages
Faster gate turn
Live berth view
The operational problem
The data exists. The picture does not.
A container terminal runs on a terminal operating system, a maintenance management system, gate hardware, crane controllers, a weather subscription, AIS feeds and a long tail of local spreadsheets. Each is accurate in isolation and none of them answer the question a duty manager actually has at 03:00.
Falcon Tag joins those sources, applies detection and forecasting models tuned to your terminal, and presents a ranked, owned and auditable operating picture.
- TOS & gate OCR
- Crane PLC telemetry
- AIS & satellite feeds
- Meteorological services
Use cases
What Falcon Tag does in a port environment
- 01
Incident aggregation and duty-manager triage
Equipment faults, gate congestion, vessel schedule slippage, weather warnings and security exceptions are collected into a single ranked incident queue with owner, severity and time-to-impact. Duty managers stop assembling the picture from radio traffic and email.
- 02
Smart port data integration
Falcon Tag connects to terminal operating systems, gate OCR, crane PLC telemetry, AIS and satellite feeds, meteorological services and asset tracking hardware, normalising them into a shared operational data model with full lineage.
- 03
Weather and tide-driven disruption planning
Forecast wind, swell and visibility thresholds are mapped to crane operating limits and pilotage constraints, producing early advisories on likely stoppages and their downstream berth and landside effects.
- 04
Emissions and energy reporting
Idle time, fuel draw and electrified equipment consumption are reported per move and per berth call, supporting port ESG disclosure with operational rather than estimated data.
Measurable outcomes
Reported results in port deployments
- 27%
- Fewer unplanned crane stoppages
- 9 min
- Faster average gate turn-time
- 4.2×
- Faster incident ownership
- 100%
- Auditable data lineage
First 12 months of predictive maintenance scoring on quay-side equipment.
Where congestion alerts triggered lane reallocation workflows.
Median time from detection to a named responsible operator.
Every dashboard figure traceable to its originating system and timestamp.
Most Frequently Asked Questions
FAQs
Do we have to replace our terminal operating system?+
No. Falcon Tag is an intelligence layer that reads from your TOS and other systems through APIs, database replicas or message queues. It writes back only where you explicitly enable automated workflows.
How does Falcon Tag handle equipment that has no modern telemetry?+
Older equipment is instrumented with retrofit IoT sensors for vibration, temperature, current draw and position. Where instrumentation is not viable, the platform uses operational proxies from the TOS and maintenance records.
What is a realistic implementation timeline for a mid-size container terminal?+
A typical deployment runs eight to fourteen weeks: two to four weeks for data source discovery and connectivity, four to six weeks for integration and model calibration against your historical data, and the remainder for operator onboarding and parallel running.
Where is our operational data stored, and who can access it?+
Data is held in a dedicated, encrypted tenant in a cloud region you select. Access is role-based and logged, integration with your identity provider is supported via SSO, and data residency requirements are agreed contractually before deployment.
Can Falcon Tag support multi-terminal or port-authority-wide visibility?+
Yes. Terminals can be modelled as separate operational units with their own data ownership and access rules, while an authority-level view aggregates performance, incidents and sustainability metrics across the estate.
How do you avoid overwhelming operators with alerts?+
Detection thresholds are calibrated against your historical baselines during onboarding, alerts are ranked by projected operational impact rather than raw deviation, and related signals are grouped into a single incident rather than issued individually.
Next steps
Evaluate Falcon Tag against your operational requirements
Request a technical demonstration, explore our integration architecture, or subscribe for quarterly insights on ports, logistics and infrastructure resilience.