Industry · Transport & Logistics
Transport & Logistics
Operational systems, scheduling, asset visibility and integrations that keep movements, drivers and partners coordinated in real time.
The schedule is only as good as the information behind it.
Transport operations are judged by what happens on the road, in the depot and at the customer site. The software has to reflect that reality, not an idealised version of it.
A transport business can accumulate a large technology estate simply by solving one problem at a time: a telematics provider for vehicles, a scheduling tool for dispatch, a spreadsheet for subcontractors and a customer portal for proof of delivery.
Each system may work in isolation. The cost appears in the gaps — a vehicle unavailable but still scheduled, a customer promise made without visibility of the route, an exception discovered after the delivery window has closed.
The operational answer is often a reliable integration layer that creates a single operational view, combined with targeted tools for the moments where the current process breaks, not always a new platform.
The failure points are usually at the joins.
These are the patterns we see most often in this sector. They are rarely solved by replacing a single application.
Fragmented fleet data
Multiple telematics providers and spreadsheets produce different versions of vehicle location and status.
Manual scheduling
Dispatch relies on experience and phone calls rather than a shared view of capacity, constraints and priority.
Late exception handling
Delays and failed deliveries are discovered after the customer has already been affected.
Partner integration
Subcontractors and customers exchange information through email, PDFs and phone calls.
What we build in this sector.
We combine capabilities around the operating process rather than around a product category. The mix below is typical; the actual scope is shaped by the constraint.
- ('Integration hubs', 'A single operational layer that normalises telematics, scheduling, finance and partner data.')
- ('Fleet visibility', 'Live maps, asset status, utilisation and exception views for dispatch and operations.')
- ('Scheduling and allocation', 'Constraint-aware scheduling with clear override and escalation paths.')
- ('Driver and field applications', 'Offline-capable tools for pre-start checks, proof of delivery and exception capture.')
- ('Customer and partner interfaces', 'APIs and portals that replace manual status updates and document exchange.')
How an engagement usually starts
A short discovery to map the process, systems and information flows, followed by a target architecture and a sequenced first release. The first release is chosen to prove the operating model, not just the technology.
Regulation is a design input.
Transport obligations depend on the operating context, the vehicle class and the safety duties involved. We use them to structure the safety and compliance record; they are not a substitute for the operator’s legal obligations.
- Chain-of-responsibility and safety obligations for heavy vehicle operations.
- Fatigue management and driver work-time records where applicable.
- Data retention and privacy requirements for driver and customer information.
- Critical infrastructure and cyber-security expectations for operational systems.
We design operational systems with the safety and compliance record in mind. Events, overrides and exceptions are captured with time, user and context so that the organisation can reconstruct what happened and why.
What the work looks like on the ground.
Client details are withheld where confidentiality applies. The pattern and the operating lessons are representative of the engagements we undertake.
A logistics operator had grown through acquisition and was running four telematics platforms across roughly 480 vehicles. Dispatch maintained a separate spreadsheet to reconcile vehicle availability, and customer service had no reliable ETA view.
We built an integration hub that normalised vehicle, driver, job and location events into a common operational model. A new dispatch view combined that data with the scheduling system, while a customer-service screen exposed exceptions and predicted arrival windows.
The first release focused on visibility rather than automation. Once dispatchers trusted the data, we added rule-based alerts for late departures, unplanned stops and vehicles approaching a service interval.
What clients ask us first.
Do we need to replace our telematics provider?
Not necessarily. We can normalise data from existing providers into a common operational model. Replacement is a commercial and operational decision, not a prerequisite for visibility.
Can the system work with subcontractors?
Yes. Partner access can be scoped to the jobs, documents and status information they need, with clear data boundaries.
How do you handle poor connectivity?
Field applications are designed for intermittent connectivity, with local capture, conflict handling and a clear sync status for the user.
What is the fastest useful starting point?
Usually a focused visibility layer across two or three critical data sources. It produces an operational benefit before a larger scheduling transformation is attempted.
What a single operational view actually requires.
A single view of the fleet requires a shared identity for every vehicle, driver and job, a clear definition of data freshness, and a consistent model for exceptions, not a map with more data. Without those, the map simply displays conflicting versions of reality faster.
The operational view should answer a small number of questions well: What is available? What is committed? What is late? What needs a decision now? Every additional metric should earn its place by changing an action.
It should also show its own confidence. A location that has not updated for twelve minutes is different from one that updated ten seconds ago, and the dispatcher needs to see that difference rather than assume the data is live.
Building for a demanding environment?
Tell us about the operational, regulatory or integration constraints you are working within.