ConPDS Autogate — Full Walkthrough

If you are a depot owner, an operations director, or a gate manager, this is the complete end-to-end explainer for the ConPDS Autogate system. We will cover why depots automate, what the Autogate system is, the day-to-day impact on operations, the gate scenarios it can handle, the system architecture, the commercial model, and the next step for evaluating fit.

The starting question is whether the manual gate is secretly one of the most expensive things your depot runs. The true cost is not always visible as one budget line. It hides in transcription errors, queue times, dispute resolution, and operational friction that slows the yard down.

Depots usually automate because of four pressures. Throughput hits a ceiling because moving more trucks means hiring more people. Labour costs climb, often faster than volume. Interchange disputes increase, while a manual gate cannot always provide the evidence shipping lines need. Security also becomes inconsistent because gate control depends on who is on shift.

ConPDS Autogate is not just software or a box of hardware. It is a complete turnkey gate system with cameras, a driver kiosk, QR scanner, barrier control, safety sensors, network gear, and integration. The components are supplied, configured, and integrated so they work as one system from day one.

A typical gate event changes completely. The haulier pre-registers the job online, and the driver receives a QR code. When the truck arrives, the driver pulls up to the kiosk without leaving the cab. ConPDS Tracker reads the licence plate and container numbers using OCR. The driver scans the QR code, which triggers validation against the booking in DepotMaster. If everything matches, the barrier opens. If there is a problem, the driver is connected to the office.

The operational contrast is clear. Before Autogate, the driver leaves the cab, stands in a queue, and staff manually type data from paper orders, which invites errors. Gate-out can become a separate trip to the office. With Autogate, the driver stays in the cab, data capture is automatic and validated, lift operators receive digital job cards, and gate-out becomes a quick scan at the exit kiosk.

The biggest change is that every event is captured on camera and linked directly to the EIR. The depot creates a verifiable, retrievable audit trail for every transaction. When a dispute arises, the team does not reconstruct the event from memory; it pulls up the video evidence.

Autogate is designed for the reality of busy depot operations. It handles standard drop-offs and pickups, automated gate-out verification, shuttle bookings where one QR code can cover multiple trucks, and multi-booking visits where one driver has several jobs. Trusted vehicles can be whitelisted to bypass the standard gate flow, and entry can be controlled based on real-time yard capacity.

The system architecture is lane-based and on-premise. Per lane, ConPDS installs the licence plate camera, five container cameras for full 360-degree coverage, a network switch, the barrier interface, and the driver kiosk. At the system level, a customer-supplied GPU server performs the OCR processing, and a monitoring PC supports the gate operators.

A key design principle is that critical video processing and container number recognition happen on-premise on the customer-controlled GPU server. The gate's core operation does not depend on the internet connection. If the internet goes down, the gate stays up, which protects operational continuity.

Autogate is built to fit the depot rather than force the depot to redesign everything around the system. Physically, it adapts to the lane layout and can work with existing motorised barriers. Operationally, it covers complex workflows. From an integration standpoint, it provides open data outputs for other systems. Commercially, it is a predictable subscription. The rollout is phased to match the depot's pace.

As of this recording, ConPDS Autogate requires DepotMaster to be the reservation system of record. Autogate validates transactions against that system. More depot management system integrations are on the roadmap, and the architecture was built to support broader compatibility over time.

The commercial model is a single annual subscription fee per gate. It covers ConPDS-supplied hardware, software, updates, onsite emergency spare kit, commissioning, and ongoing support. There are no hidden costs or later capex surprises.

Deployment is a managed five-phase process. Phase one is pre-go-live, where ConPDS is onsite validating the hardware installation. Phase two is software deployment, handled remotely to minimise disruption. Phase three is go-live, with ConPDS onsite as the first trucks move through the system. Phase four is stabilisation, with remote monitoring and tuning. Phase five is post-go-live optimisation, where performance is refined.

The next step is to connect the evaluation back to the original pressures: throughput plateaus, rising labour costs, increasing disputes, and inconsistent security. If your depot is dealing with two or more of those, the business case for gate automation is the right place to start. You can read the full business case or book a no-obligation technical consultation with ConPDS to assess fit for your own depot.