Define, monitor, and enforce dynamic virtual perimeters across your entire port — tracking vessels, vehicles, cargo, and personnel in real time with automated alerts and access control.
Traditional physical perimeters cannot adapt to the complex, dynamic environment of a modern seaport — where vessel positions, cargo zones, and workforce areas change by the hour. Romas Electric's Digital Geo Fencing platform replaces rigid infrastructure with intelligent, programmable virtual boundaries.
Using a combination of GPS/GNSS, AIS, cellular positioning, RFID, and port-authority data integration, our system creates real-time geofence zones that automatically trigger alerts, access decisions, and compliance logs whenever an asset — vessel, vehicle, container, or person — crosses a defined boundary.
Define the right boundary type for every area of your port — from open access to maximum-security restricted zones.
Maximum-security perimeters around hazardous cargo, ammunition stores, fuel depots, and classified cargo. Any unauthorised entry triggers immediate critical alerts and access lock-out.
Critical SecurityDynamic virtual berths that auto-configure when a vessel is assigned. Ensure only authorised crew, stevedores, and port agents access the vessel's immediate working area.
Vessel OperationsTrack container movements across yard blocks, verify that cargo exits only through authorised gate lanes, and receive alerts for containers that dwell beyond planned periods.
Cargo ControlProtect workers by defining crane operating radii, forklift exclusion zones, and confined space alerts. Automatic mustering zone verification during emergency evacuation scenarios.
Worker SafetyManage truck gate queues, monitor vehicle dwell time at weighbridges, and enforce speed limits through proximity-based alerts in designated vehicle corridors.
Traffic ManagementEnforce emission control area (ECA) boundaries, monitor stack emissions from vessels in designated ECA zones, and auto-log Shore Power activation events for Green Port audits.
EnvironmentalFrom asset positioning to automated action — a seamless five-step workflow.
GPS/GNSS, AIS, RFID, and cellular positioning triangulate every tracked asset in real time.
Operators draw or import geo-fence polygons via the GIS dashboard or REST API integration.
The platform continuously evaluates each asset's position against all active zones in <1 second.
Boundary events trigger configurable alerts via dashboard, SMS, email, or webhook to TOS/ERP systems.
Every event is immutably logged for compliance, audit, customs clearance, and insurance purposes.
Immediate multi-channel alert when an unauthorised asset enters a high-security zone. Triggers access control lock-out and notifies security personnel within milliseconds.
Alerts when a vessel, vehicle, or container remains in a zone beyond its scheduled departure time — enabling proactive intervention before operational delays cascade.
Logs every authorised zone transition for vessels, trucks, and personnel — generating automated compliance records and gate manifest updates.
Detects vehicles exceeding speed limits within designated port zones and issues automated warnings to drivers and fleet managers in real time.
RFID/wearable integration triggers a geo-located SOS alert when a worker activates their panic button or remains stationary in a hazardous zone beyond a threshold.
Digital Geo Fencing delivers measurable value across every operational domain of a modern seaport.
Automatically enforce ISPS Code maritime security zones. Log every access event with timestamp, identity, and position for Port Facility Security Plan audits.
Monitor vessel positions relative to approach channels, turning basins, and berth limits. Integrate with VTMS for real-time harbor-master situational awareness.
Verify chain of custody from vessel discharge to gate-out. Receive alerts for unauthorised cargo movements and automate customs manifest updates on zone exit.
Protect port workers with crane exclusion zones, lone-worker alerts, and digital muster roll verification during emergency evacuations — all in real time.
Geofence-triggered gate booking confirmation, automated weighbridge queuing, and driver instruction dispatch — reducing gate waiting times by up to 50%.
Automatically detect vessels entering ECAs and trigger Shore Power switching notifications, emission log entries, and Port Authority compliance reports.
Built with open APIs and industry-standard protocols to connect with your existing port technology ecosystem.
Live vessel position data from AIS Class A/B transponders for maritime geo-fence monitoring.
Personnel tracking via RFID wristbands, smart cards, and biometric access readers at zone boundaries.
Import CAD port layouts, high-resolution aerial maps, and live drone feeds as the geo-fence base layer.
Bi-directional integration with Vessel Traffic Management Systems and port communication networks.
REST API and webhook connectors to Terminal Operating Systems and ERP platforms for automated data sync.
Correlate geo-fence breach events with CCTV footage for automated video evidence capture and review.
iOS and Android apps for security personnel with real-time zone maps, push alerts, and patrol logging.
Automated report generation and data submission to Port Authority, Customs, and Coast Guard platforms.
Our Digital Geo Fencing platform is designed to meet international maritime security, safety, and environmental regulations.
Full alignment with International Ship & Port Facility Security Code requirements for physical and digital port access control.
Supports IMO 2020 sulphur cap monitoring, ECA zone enforcement, and ballast water management zone logging.
Personnel tracking data handled in accordance with India's Digital Personal Data Protection Act 2023 — consent, purpose limitation, and data minimisation built in.
Platform architecture and data handling meets ISO 27001 information security and IEC 62443 OT cybersecurity standards.
Our geo-fencing specialists will design a zone configuration tailored to your port's unique layout, regulatory requirements, and security posture.