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CONPDS AUTOGATE

What Makes Up an Automated Container Gate System?

Every ConPDS Autogate installation combines OCR cameras, kiosk terminals, barrier control, and a Central GPU Server into a single integrated system — designed for DepotMaster depots that need automated, documented gate processing.

Deployed at container depots across Europe · Integrated hardware and software system

Core Components Installed at Each Gate

Each Autogate lane is equipped with seven core components — all pre-validated for compatibility with the ConPDS software platform and maintained under the subscription.
IMAGE CAPTURE

LPR Camera

Dedicated camera for automatic licence plate recognition
Mounted on barrier structure or separate pole with clear front-plate view
IMAGE CAPTURE

Container OCR Cameras (×5)

High-resolution cameras for container number OCR and contextual views
Two cameras on each side, one overhead — five per lane
NETWORK

Industrial PoE Switch

Powers and connects cameras, kiosk devices, and barrier-control interface
Industrial-grade with SFP modules included
GATE CONTROL

Barrier-Control Interface

DIN-mounted network relay for controlled open signals
Fully integrated with ConPDS GateOperator logic
DRIVER INTERACTION

Kiosk Totem

Outdoor enclosure with high-visibility touchscreen, QR scanner, and intercom
Used for structured gate-in and gate-out driver workflows
DRIVER INTERACTION

Kiosk Computing Device

Industrial PoE-powered compute module inside the kiosk
Runs the ConPDS kiosk application for gate-in and gate-out flows
GATE CONTROL

Motorised Barrier

Safety sensors prevent unsafe closure during vehicle passage
Opens automatically under workflow control on confirmed booking match

System-Level Components — Not at the Gate

These components are required for the Autogate to operate but are not physically mounted at the gate lane.

01

Central GPU Server

Runs the OCR engine, event analytics, video acquisition, workflow logic, and DepotMaster integration. Can be local hardware or a virtualised machine.

02

Kiosk Monitoring PC

Operator workstation with two large displays for live gate supervision, camera feeds, kiosk states, and manual exception handling. Customer-supplied; ConPDS provides the monitoring software.

A two-gate installation typically runs 12 cameras (6 per lane) — the Central GPU Server must be dimensioned to support the total camera count across all active gates.

Central GPU Server — Recommended Specifications

bolt

CPU

Intel Core i9-14900K or equivalent Xeon W-series processor

memory

Memory

64 GB DDR5 or higher

storage

System Storage

2 × 512 GB NVMe SSD (RAID 1) for the system drive

developer_board

GPU (≤ 20 cameras)

NVIDIA RTX A5000 (24 GB) recommended. RTX A4000 (16 GB) for smaller setups.

desktop_windows

Operating System

Ubuntu Linux preferred. Windows OS required if hosting the Video Management System.

cloud

Virtualisation

Hyper-V, VMware, or Proxmox supported — GPU server can be dedicated to OCR processing only.

Video storage: If the VMS is hosted on the same machine, an additional 3 × 4 TB SATA/SCSI HDD (RAID 5) is recommended. When the VMS runs on a separate machine, this storage is not required.

Software Components and Microservices Deployed

All software is installed, configured, and validated by ConPDS as part of the subscription. Deployment begins remotely and is finalised on-site during commissioning.

OCR & Gate Processing
OCR ENGINE

ConPDS Tracker

Video analytics, OCR engine, and result publisher
Container number and licence plate recognition in real time
WORKFLOW

GateOperator Backend

Orchestrates gate-in and gate-out event sequencing
Triggers barrier decisions on DepotMaster match confirmation
Communication & Monitoring
MESSAGING

MQTT Broker

Message Queuing Telemetry Transport for real-time event distribution
Connects OCR results to gate logic and monitoring interfaces
DIAGNOSTICS

Remote Monitoring & Health Watchdog

Remote event logger and centralised log viewer
System health watchdog with configuration backup and restore
Kiosk & Video Management
DRIVER INTERFACE

Kiosk Totem Application

Gate-in and gate-out driver workflows on the touchscreen
VNC supervision for remote kiosk screen monitoring
VIDEO

Vivotek VSS Integration

Video Management System with ConPDS API integration
Camera stream mapping and recording management

Compliance, Security, and Data Handling

On-Premise Video Processing
Container Number Validation
Full Gate Event Audit Trail
Local Image Copy Retained On-Premise
Secure Transmission to DepotMaster
Configurable Yard Capacity Control
Video processing and OCR run locally on-premise — the gate operates without an internet dependency, and raw camera footage is analysed on-site before any data is transmitted.
Captured images and booking data are transmitted securely to DepotMaster's SaaS servers via REST API. A copy of all captured images is also retained on-premise. Data does leave the site, but only to DepotMaster's secured servers.
Data security, access control, and GDPR compliance for stored data are governed by DepotMaster's infrastructure and data processing agreements — not by ConPDS Autogate directly. Depots should confirm data handling obligations with their DepotMaster agreement.
Every gate event — match, mismatch, manual override, and driver acceptance — is logged in a continuous, timestamped audit trail, accessible via DepotMaster and retrievable on demand for operational review or dispute resolution.
The system supports a configurable maximum number of trucks permitted inside the yard simultaneously — when the limit is reached, the kiosk displays a clear message to the driver and the barrier stays closed. Once a truck exits and capacity clears, the barrier opens automatically and the driver is notified on the kiosk to proceed.

System Integrations and Deployment Model

Integration Flexibility. DepotMaster's REST API is the reservation integration today, but the gate is not a closed system. MQTT messaging and JSON outputs are primary delivery channels for any TOS, WMS, or logistics platform that needs gate event data — deliberate choices so the gate fits into the depot's existing data stack, rather than forcing the depot to fit into the gate. Additional DMS integrations are on the roadmap.
DepotMaster · REST API
MQTT output
JSON output
Vivotek VSS · API
ISO 6346 check-digit validation
LPR OCR microservice
Container OCR microservice
videocam
Gate Cameras
Container OCR + licence plate capture
Video
memory
ConPDS Tracker
GPU processing on-premise, barrier decision, kiosk coordination
REST API
cloud
DepotMaster
Reservation matching, EIR records, SaaS
sync_alt DepotMaster REST API

Reservation lookup, match/mismatch response, and barrier trigger all run through a single REST API connection to DepotMaster.

dns On-Premise Processing

GPU video processing, OCR, and plate recognition run locally at the gate. No internet dependency for gate operation itself.

lock Secure Data Transmission

Images and booking data transmitted to DepotMaster's SaaS servers via encrypted REST API. A local copy is retained on-premise.

output Open Output Formats

Gate event data is also available via MQTT and JSON outputs for third-party integration with any TOS, WMS, or logistics platform.

Integration configured by ConPDS during site commissioning — no development work required from the depot. Integration with additional depot management systems is on the roadmap.

Technical Frequently Asked Questions

How is data handled and transmitted — does it leave the site?
Video processing and OCR run locally on-premise — the gate operates without an internet dependency. Captured images and booking data are transmitted securely to DepotMaster's SaaS servers via REST API; a local copy of all images is also retained on-premise. Data does leave the site, but only to DepotMaster's secured servers. Data security, access control, and GDPR compliance for stored data are governed by DepotMaster's infrastructure and data processing agreements — depots should confirm their obligations under their DepotMaster agreement.
How accurate is container number recognition, and how are OCR errors handled?
All captured container numbers are validated against ISO 6346 check-digit logic at the moment of capture — catching common OCR misreads such as character substitutions in dirty or damaged container numbering before the data reaches DepotMaster. When validation fails, the event is treated as a mismatch and routed through the standard exception flow: on-screen kiosk message, intercom, and office resolution with the decision logged in the audit trail.
Customers across Europe, Africa, Australia & the Middle East
Alisan Den Hartogh Aktas APM Terminals Autamarocchi CCIS Contrepair Cut Coal Eimskip Eurobox Gruppospinelli HRS Isotank Central James Group International Medlog Namops Logistics Porpet QTerminals Kramer Rotterdam Rhespa Europe SDT Marine & Cargo Washmed Werra Kombi Terminal Zuidnatie Zwennis Containers

See What Each Annual Fee Covers

The architecture determines what gets installed. The subscription model determines what is included — hardware per gate, software, spare kits, commissioning, and ongoing support under one annual fee.

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