ADAPTIVE PORT SYSTEMS
Every vehicle identified.
Every lane automated.
Turn vessels around faster and move more vehicles per sailing — without adding lanes or gate staff. Smart automation for ferry and Ro-Ro terminals, built on 35+ years of ANPR from Adaptive Recognition.
Trusted by leading ferry and Ro-Ro operators
+ more operators currently deploying — named once liveWHAT IS ADAPTIVE PORT SYSTEMS?
The port-automation division of Adaptive Recognition.
We automate the checkpoints every vehicle passes through at a ferry terminal or Ro-Ro port — the approach road, the freight gate, the check-in lane, the ramp and the yard. Cameras and readers identify each vehicle, its documents and its cargo while it keeps moving, and write the result into one shared record. Six modular subsystems, deployed one lane at a time, built on 35+ years of ANPR.
What we read
Number plates, travel documents, passenger counts, hazmat placards, trailer unit numbers and deck positions — captured in motion, without stopping the lane.
What you get
One time-stamped record per crossing, with image evidence, served to your ticketing system or TOS through documented APIs.
What stays yours
We supply the cameras, readers, recognition engines and the data platform. Kiosks, barriers, signage and civil works stay with you or your integrator.
WHO WE SERVE
Built for sea-port operations.
Two focused industries, one platform. The same six subsystems compose into a complete checkpoint for ferry and Ro-Ro terminals — the communities we live and breathe with. Most of the Ro-Ro and ferry gates we serve sit on TEN-T corridors — the trade arteries the EU is pushing to digitalise.
THE CHALLENGE
Every minute at the gate has a cost.
The manual gate quietly caps your capacity, inflates your opex, and leaks revenue — every sailing. These are the bottlenecks Adaptive Port Systems was built to remove.
Peak-season queues back up onto the public road.
Manual booths run 45–90s per vehicle and need a person in every lane, every shift.
Booking mismatches and manifest disputes stall the whole queue.
Misloads and slow turnaround keep vessels sitting at the berth.
THE OUTCOME
What changes when it's automated.
Take the manual gate out of the loop and the same terminal moves more, faster, with fewer people — measured across our European deployments.
Less boarding time per sailing — more departures per berth
Vehicles per hour, per lane — at free-flow speed
Fewer manifest reconciliation exceptions
Self-service check-in, pull-up to release
The technology behind the numbers
Best results measured at reference deployments. Actual performance depends on port layout, traffic mix, lane design and the integration on the port's side.
THE WHOLE TERMINAL
One port, from above.
Where each subsystem sits, from the public road to the ship's ramp — and the data centre they all report to. The accent marks what Adaptive Recognition puts on the ground; everything in grey is the port itself.
Schematic, not a site plan — every terminal is laid out differently, and the subsystems are modular: take one, take three, take all six. Kiosks, barriers, signage, the gantries and the civil works shown in grey are procured and installed by the port or its integrator.
HOW IT WORKS
Six integrated subsystems.
One seamless port.
ANPR cameras, passenger detection, document reading, and the Globessey Data Server work as one integrated solution — each subsystem handling one critical stage of the port journey, from gate to yard to deck. Third-party lane equipment such as weigh-in-motion, RFID, kiosks and barriers is integrated alongside them, not replaced by them. Modular, proven, and built to scale.
SUBSYSTEM 01
Adaptive Approach Gate
First-line vehicle screening at the port boundary.
Multi-lane ANPR identifies every approaching vehicle while classification, dimension, and speed measurement happen in a single pass — before vehicles even reach the gate.
SUBSYSTEM 02
Adaptive Freight Gate
High-precision processing for commercial freight.
Every truck is identified, measured, and inspected as it passes through the gate. ADR/IMO hazmat codes are recognized automatically, side cameras scan for damage, and axle counting drives accurate tariff calculation.
SUBSYSTEM 03
Adaptive Passenger Gate
Accurate passenger counting without stopping the flow.
IR-based occupancy detection works through tinted glass to count every passenger in the vehicle. Front, rear, and third-row detection means accurate manifests even when cars roll past at full speed.
SUBSYSTEM 04
Adaptive Check-In Gate
Validate vehicles against bookings in real time.
Einar cameras read the plate and the Osmond Advanced Passport Reader captures the travel document at the lane. Both are bound into one identity record and handed to your check-in system, which clears the booking and releases the vehicle.
SUBSYSTEM 05
Adaptive Deck Loading Monitor
Two stages of Ro-Ro loading under camera.
Vidar smart cameras around the ramps record what actually drove aboard — and what drove off again. On board, Intellio cameras follow every vehicle to its final deck position. Real-time visibility into the loading sequence significantly reduces turnaround time and prevents costly misloads.
SUBSYSTEM 06
Adaptive Mobile Yard Scanner
Turn every Tugmaster into a moving inventory scanner.
Three Lynet smart cameras on each yard tractor read every licence plate and trailer unit number as the Tugmaster moves through the yard. Time-stamped, GPS-tagged reads stream into the yard inventory in real time.
From approach to embarkation.
One continuous data stream.
Every vehicle is identified, classified, and verified at each stage of its journey. Six subsystems feed one unified source of truth — the Globessey Data Server.
The backbone of modern port data.
Modern ports generate huge volumes of traffic data: every vehicle, container, and passenger crossing your gates. Without a central data layer, this information stays fragmented, hard to analyze, and vulnerable to downtime. The Globessey Data Server consolidates it into one source of truth.
Run your port with one source of truth.
GDS consolidates every camera, sensor, and checkpoint into a single platform — with the redundancy, oversight, and reporting your team needs to run a modern port.
Built for engineers. Ready to deploy.
GDS isn't just a dashboard — it's a robust middleware platform with documented APIs, SDKs in 5 languages, and the security posture serious deployments demand.
Proven at scale.
Three European ports running live traffic through our recognition today. Every line below is deployed, not planned.
BUSIEST FERRY PORT IN EUROPE
Port of Dover, UK
- • Vidar cameras reading plate, make and model, and ADR placards
- • Three recognition jobs on one camera family
- • Coverage still expanding as the port digitises
OPERATED BY IARNRÓD ÉIREANN (IRISH RAIL)
Rosslare Europort, Ireland
- • Adaptive Freight Gates and Adaptive Check-In Gates in service
- • Adaptive Mobile Yard Scanner working the trailer yard
- • 20/7 SLA support through ARGS
OUR LARGEST DEPLOYMENT
Scandlines, Denmark & Germany
- • 250+ devices reporting into a single Globessey Data Server
- • Five of our six subsystems in service across both terminals
Three of our reference deployments. More available on request.
HARDENED FOR SECURITY AT SCALE
Trusted at every port we serve.
GDS is ISO 27001 aligned, NIS2-ready, and backed by Adaptive Recognition's 24/7 Global Services SLA. Powering ferry and Ro-Ro terminals across Europe.
SECURITY MATTERS
Security is the foundation,
not the afterthought.
Every Adaptive Port deployment is engineered with security as a first-class architectural concern — from camera firmware to server replication to operator access. ISO 27001 aligned, NIS2-ready, and proven in production across Scandinavia and Ireland.
End-to-End
Cybersecurity
- ISO 27001 aligned across development, operations, and port deployments
- GDPR compliant and NIS2-ready, with built-in data minimization, encryption, and retention controls
- AES-256 encryption on camera SSDs, TLS for data in transit, role-based access control and full auditing
Hardened
Devices
- Vidar, Lynet, and Einar ship with factory-enabled cyber hardening and Protected Firmware
- Closed unused ports, HTTPS & VPN support, no unauthorized remote access
- IK10-rated enclosures protect against physical tampering and harsh port environments
Resilient
Infrastructure
- GDS middleware supports redundant, cluster-based storage — no data loss during outages
- Primary/secondary failover with automatic synchronization and eventual consistency replication
- Continuous monitoring via ARH Status and integrated SLA services catches anomalies early
Proven in
the Field
- Trusted across Scandinavia, Ireland, and beyond — where standards leave no room for compromise
- Battle-tested in harsh weather, heavy traffic, and 24/7 ferry operations
- Strict regional compliance standards met out of the box — not retrofitted
Security built-in. Engineered, deployed, and supported by Adaptive Recognition.
ENGAGEMENT MODEL
Pick how we partner with you.
Adaptive Recognition can deliver every layer of your port automation stack — or plug into your team at any stage where our expertise adds value. Roll out lane by lane, keep manual fallback during the switch, and bring gate staff onto the new flow in phases — no rip-and-replace.
End-to-end partner
From hardware manufacturing to software development to deployment, monitoring, and lifecycle services — one team under one umbrella, fully accountable from day one.
Stage-specific partner
Bring us in where it matters most. We support integrators and end customers at any specific stage — ANPR expertise, camera deployment, data infrastructure, or compliance.
Deployed by Adaptive Recognition.
Supported by ARGS.
Every Adaptive Port Systems deployment is backed by Adaptive Recognition Global Services (ARGS). 24/7 monitoring, SLA-driven support, hardware replacement, and lifecycle management. One partner. One umbrella. Full lifecycle.
Explore ARGS Services →Modernize your port.
Start with a conversation.
Tell us about your terminal, traffic volumes, and goals. We will scope the right configuration and walk you through what deployment looks like.
COMMON QUESTIONS
Common questions from port operators.
Quick answers to what buyers ask us most.
How long does deployment take?
Typical full-stack deployment runs 3 to 6 months from contract to go-live, depending on lane count and site readiness. Phased rollouts are supported.
Do you sell hardware only, or hardware plus software?
Both — within our own scope. We supply the recognition layer: cameras, document readers, the Carmen engines and the Globessey Data Server, plus lifecycle services through ARGS. Kiosks, barriers, LED signage, weigh-in-motion and the civil works are procured and installed by you or your integrator.
Who installs the kiosks, barriers and signage?
Your integrator, or whoever you already buy that equipment from. We deliver the cameras, readers, recognition engines and the data platform, and we specify the lane with you — but the steel, the screens, the cabinets, the cabling and the civil works are procured on your side. The same goes for the integration into your ticketing system or TOS: our record arrives through documented APIs, and your system decides what to do with it. Every subsystem page states its own scope of supply in full.
What does the SLA cover?
ARGS provides 24/7 monitoring, hardware replacement, software updates, and incident response. SLA tiers are scoped per customer.
Where is the data stored?
GDS runs on-premise by default. Cloud and hybrid deployments are supported on request. Data residency stays under your control.
What integrations are supported?
REST and SDK access in Java, Python, C#, C++, and PHP. Tested integrations with port IT, ticketing, customs, and traffic management systems.
Are you ready for EES and ETIAS?
Yes. The Osmond Advanced Passport Reader captures and validates the travel document (NFC chip + MRZ) right at the lane, ANPR links it to the vehicle and booking, and GDS stores it under a GDPR-compliant regime — so you recover the throughput EES and ETIAS checks add. The mandated live biometric capture and the immigration decision itself stay with Border Force and the EES kiosks.
Who are your typical customers?
Ferry and Ro-Ro terminals processing 500+ vehicles per day, plus mixed freight and passenger operations.