Transport, logistics and warehousing automation

Customer service in a freight business spends a large part of each day on the same enquiry about when a consignment will turn up. Each answer means opening the transport system, checking the last scan or the driver’s run, and writing an email. Automatic status notices at booking, dispatch, out for delivery and POD capture stop many of those enquiries before they start. For the ones that still arrive, AI reads the email, finds the consignment reference, and drafts a reply from the live status, which is checked against the tracking data before it is sent. Damage, shortages and complaints go to a customer service officer with the job history attached.

The shared ops inbox in a depot takes everything at once. Bookings, pickup changes, POD requests, carrier rate notices, damage reports and invoices arrive mixed together and are read by whoever is on shift. AI reads each message, works out what it is, and pulls out the consignment number, customer and dates. Fixed routing rules then send it to allocations, customer service or accounts, and link it to the job where one exists. Anything the classifier is unsure about goes to whoever is on shift rather than being guessed. Once this is in place the inbox becomes the front door for the other processes on this page, and the team stops forwarding emails to each other.

A new shipper wants to start moving freight this week, and the credit application arrives as a scanned form with trade references and a signed guarantee. Someone checks the ABN, calls the references, runs a credit bureau report and sets the account up in both the transport and accounting systems. The checks and the set-up run as fixed software, with the bureau lookup and ABN verification called automatically and the results laid out in a single file. The credit manager reads that file and decides the limit and terms. Once approved, the customer, rate schedule and billing contact are created in each system from the same record, so nobody keys them twice.

Subcontract carriers invoice every week, and each line should agree with the rate card, the consignment weight and any surcharges that were agreed. In practice an accounts officer spot-checks the large invoices and pays the rest. Freight invoice audit is a rules job, so it runs almost entirely without AI. Every line is matched to its consignment, priced against the contracted rate and fuel levy for that lane, and checked for duplicates and for charges on cancelled jobs. Lines that agree go through for approval. Overcharges, unknown consignments and accessorial charges nobody booked are listed with the evidence attached, so the person who manages that carrier can raise them in one conversation instead of letting them slide.

Shippers often pay against a statement rather than an invoice. The remittance arrives as a PDF listing consignment numbers, short-paid lines and deductions for freight claims, and matching it to open invoices by hand is slow, so unmatched cash sits on account. Basic reminders already run in most accounting software. What the automation adds is the matching and consistent follow-up. AI reads the remittance advice and customer replies, and fixed rules match payments to invoices, log each promise to pay, and send reminders on the schedule you set. A short payment tied to a damage claim, or any dispute, goes to the credit controller, who also approves every message that is off-template.

Heavy-vehicle operators keep work diary records, rest breaks, accreditation evidence and the paper trail the business relies on for chain of responsibility. The Heavy Vehicle National Law amendments from 1 August 2026 changed work diaries and accreditation, and many operators are still adjusting how those records come together. The automation handles the records and the routine checks. Diary entries are collected and compared with rosters and job times, gaps and overlaps are flagged, and the evidence file for each driver and vehicle is kept current. Responsibility for compliance stays with the business. A named compliance officer decides what each flag means and what happens next.

Driver pay is built from work diaries, job times, overnight allowances, meal breaks and award penalty rates, and timesheets rarely agree with run sheets on the first pass. Payroll and award software already does the interpretation, so we do not rebuild it. What still runs by hand is the checking beforehand. Fixed rules, set to your payroll team’s configuration, compare each timesheet with the roster, telematics and job records, then flag missing breaks, clock times that do not fit the run, and overnight allowances on days with no overnight. Intentional wage underpayment became a criminal offence from 1 January 2025, and the business keeps that responsibility. The payroll officer reviews every flag before the pay run is finalised.

One driver can hold a heavy-vehicle licence class, a dangerous goods licence, a forklift ticket and inductions for several customer sites, each with its own expiry date. Allocators often find out one has lapsed when a site turns the driver away at the gate. The register is automated. Each worker’s cards and inductions are recorded with their expiry, reminders go to the worker and their supervisor well ahead of time, and the allocation system blocks a driver from work that needs a lapsed licence or ticket. When a driver uploads a photo of a renewed card, AI reads the dates and licence class, and an allocator confirms them before the register changes.

Owner-drivers and subcontract carriers need current insurances, registrations, accreditation and licences before they are given work, and each document expires on its own date. For some operators a packaged prequalification platform handles this well, and where one fits we will say so. Where it does not, we build the register, with expiry alerts, chasing emails on a set schedule, and a hold on allocation when a document lapses. AI reads certificates of currency and licences for policy dates, insured amounts and classes, and each reading is checked against your rules before it counts. Whether a carrier with a gap keeps working is the operations manager’s decision.

Every prime mover, trailer and forklift has its own service interval, registration date and inspection cycle. The tracking usually lives on a workshop whiteboard or in a spreadsheet the fleet manager updates when there is time. Telematics holds the odometer reading, the registration authority sends a renewal notice, and the workshop keeps job cards, but nothing joins them up. None of the joining needs AI. Odometer and engine-hour readings come in on a schedule, service due dates are recalculated, registrations and inspections are tracked against their expiry, and allocators can see which units are coming off the road before they book them onto a run. When a unit is pulled is still the fleet manager’s call.

In a warehouse or depot, incidents range from a forklift near miss to a load shift on the highway, and the report often starts as a phone call or a photo sent to a supervisor. Getting it into the register, notifying the right people and following up the corrective action is where it stalls. Fixed forms capture the incident at the scene, route it by type and severity, and track each follow-up against its deadline. Psychosocial hazards, such as long hours or aggression from receivers at delivery points, are recorded the same way. AI summarises the narrative for the register. The investigation, and every decision about corrective action, stays with the WHS lead.