How do GPS and telematics systems help reduce costs in transport companies?

Can GPS systems and telematics genuinely reduce costs in your transport company?

Yes — and on multiple levels simultaneously. Modern fleet monitoring, such as DSLocate from Data System, allows you to plan routes more economically, tighten fuel management, shorten settlement times, and reduce administrative errors. The result is fewer empty runs, lower fuel consumption, fewer fines and downtime, and greater operational predictability. 

Better route planning with DSLocate: fewer kilometres, less stress, more on-time deliveries

Route planning is not a spreadsheet and “the shortest route on Google Maps”. In transport, what counts is total journey cost (journey TCO): fuel, driver working time, road tolls, delivery windows, stops, and even the risk of traffic jams and diversions. DSLocate allows you to plan routes that take into account real operational constraints — and which can be enforced in real time.

Thanks to fleet map view, journey history, and speed and stop data, you will see more quickly where minutes and litres are being lost. When you relieve dispatchers of manual “firefighting”, you also gain indirect savings: fewer phone calls, corrections, and frantic slot changes at customer warehouses. In practice, this is often the difference between “we made it, but it cost a lot” and “we made it, on time and within budget”.

At a strategic level, better planning reduces empty runs, which can “eat into” margins, especially on routes with uneven freight flow. Precise routes with DSLocate also mean more consistent cost reports: you know exactly how much a particular trip really cost and where it can be trimmed further. In industry analyses, fuel and road tolls are one of the largest cost items — typically 25% to 33% of a lorry's operating costs — which is why even a few percentage points of planning improvement translates into a tangible financial result. 

Fuel monitoring: consumption, refuelling, draining — full control and rapid alerts

You cannot “negotiate” fuel with the engine, but you can control it. Data System telematics solutions enable monitoring average fuel consumption per 100 km, comparing it to established benchmarks, and analysis of refuelling events and potential fuel drains. When you see which trips have elevated fuel consumption, you can immediately check the context: route conditions, load weight, engine-on idling, or driving style.

In the area of fuel security, there is an additional layer: an electronic fuel filler cap (known as BakTIR) with a strainer and opening sensor, and notifications of any tampering attempt. As a result, you minimise the risk of fuel “evaporating” in car parks and depots, and if anything does happen — you have hard data: time, location, vehicle, event.

How much you save depends on the area of operations, the type of assignments, and the driving culture. Research into eco-driving and real-time driver support show, however, that driving style changes alone can deliver lasting fuel savings of the order of 1–6%, and in the short term (e.g. directly after training) even approximately 15%. In some system-level experiments, average savings of ~16–18% were recorded without worsening journey times. This is scientific confirmation that monitoring + feedback simply works. 

Driver work and driving style monitoring: economy, safety, and operational culture

How we drive determines how much we pay. DSLocate provides data on engine revs, harsh acceleration and braking, speeding, and prolonged idling. This allows you to carry out eco-driving coaching and implement an incentive programme based on facts, not on gut feeling.

The side effect is highly desirable: fewer incidents and damage, and therefore lower insurance and repair costs. In practice, telemetry-based analytical tools help reduce both incident frequency, as well as post-accident costs, because you identify risky habits more quickly and react before they become a statistic. Moreover, driver comfort — predictable routes, fewer stressful phone calls, clear evaluation criteria. Good data calms the process.

Remote tachograph data download (DS Tacho): compliance, fewer stoppages, and less paperwork

Tachograph management can be time-consuming, especially when a vehicle has to return to the depot to download files from the driver card and mass storage. DS Tacho automates this process — you download data remotely at the required intervals, archive them, and calculate working hours without interrupting trips. This means fewer stoppages and a lower risk of fines.

It is worth recalling the obligations: data download from the driver card at least every 28 days, and from the tachograph memory at least every 90 days. Remote readout eliminates the logistics of “chasing the vehicle” and reduces disruption to the operations department. After implementation, the driver does not waste time on administrative tasks, and the fleet does not stand idle “waiting for the computer”. This mode of data collection improves regulatory compliance and shortens processing — which translates into measurable time and cost savings. 

Automatic road toll settlement (e-TOLL): fewer errors, less bureaucracy, smoother invoicing

Electronic toll collection systems are today's standard, and in Poland e-TOLL has been in operation for heavy vehicles since 2021. Toll collection under e-TOLL began on 24 June 2021, and from 1 October 2021 this system completely replaced viaTOLL. The integration of telematics with e-TOLL means that trip settlement takes place automatically, without any additional actions on the driver's part, with a lower risk of errors and convenient reporting to accounts. In everyday practice, a great deal of “paper circulatory system” disappears: corrections, manual notes, and excessive e-mailing between the dispatch office and accounts.

It is worth noting that tolls and fuel are a significant part of a lorry's TCO costs. If you improve both categories simultaneously — automating toll payments and reducing fuel consumption — you accumulate the savings effect, and your rates remain competitive even under changing market conditions.

Legal compliance and the transport of sensitive goods: integration with SENT/PUESC

The transport of sensitive goods (including fuels, alcohol, waste, and excise goods) in Poland is subject to monitoring in the SENT system, operated by PUESC. GPS systems integrated with SENT facilitate the automatic transmission of location data to the National Revenue Administration, meaning you meet your reporting obligations and minimise the risk of fines. For companies transporting excise goods, this is simply a prerequisite for safe business. Moreover, the catalogue of monitored goods is periodically updated — SENT integration means you do not rely on “manually completing” declarations. 

How it all fits together: data → decisions → cost discipline

Implementing telematics systems is an operational change project. The key is to connect the process data — route planning, driving style, fuel, tachograph, tolls, and compliance — into one decision-making loop. At the daily level: dispatchers react immediately. At the weekly level: the fleet manager sees trends and implements corrective actions. At the monthly and quarterly level: management sees hard KPIs (fuel consumption, empty runs, idle time, toll costs, fines, tachograph processing time) and can make investment decisions.

It is also worth bearing in mind the human aspect: if drivers see that the goal is not to “punish every mistake”, but rather safer and calmer work, it is easier to build an eco-driving culture. Involving drivers in data discussions — and showing them what it genuinely changes — increases the durability of the results.

Benefit study: where exactly do savings arise?

1. Fuel: through consumption control, eliminating long engine-on idling, and eco-driving, you reduce consumption. European research points to 1–6% lasting savings, and in the short term even ~15% after training — telematics allows these effects to be maintained and transferred from “showcase” to everyday practice.
2. Kilometres and time: better routes mean fewer kilometres and fewer fuel burn-offs, and therefore fewer hours on the road. Every reduced empty trip relieves the budget.
3. Insurance and repairs: driving style monitoring and coaching interventions reduce the number of incidents and their cost; this is not only a short-term saving, but also a better claims history at policy renewals.
4. Administration: remote tachograph and automatic e-TOLL eliminate manual tasks, which previously occupied the time of many people. The data is complete, timely, and easier to audit. The result is fewer corrections, less stress, and less risk of fines.
5. Compliance: integration with SENT/PUESC allows you to sleep more soundly, because you meet your reporting obligations without dozens of additional clicks. When regulations are updated, you are not left with an outdated procedure “in Excel”.
   
   

Fuel filler security: a small component, great peace of mind

Fuel theft rarely looks like an action film. More often it involves “minor drains” spread over time, which are invisible without a system. The electronic filler cap with strainer protection i opening sensor and alert integration in the fleet panel mean that every tampering attempt becomes visible and documented. This has a deterrent effect, and in the event of an incident it allows you to prove the event (time, location, vehicle, driver). Combined with refuelling and fuel level analysis, this limits the “soft leaks” in the budget that would be difficult to prove without telematics.

Driving economy in practice: how to turn data into habits

The mere information that a driver revs the engine too often will not change costs. What will change them is a data-driven work system: regular feedback, short coaching sessions, joint route reviews, measurable and achievable goals (e.g. reducing idle time by X% over four weeks), as well as healthy competition based on rankings. If you combine this with route planning (fewer “last-minute” situations and less pressure), drivers will have no reason to “overshoot” the norm.

From scientific research and implementation projects, we know that eco-driving does not have to lengthen journey times; it can deliver double-digit fuel savings without “penalties” in punctuality, if based on real-time feedback and the right operational culture. This is precisely the area in which DSLocate DSLocate provides tools: economy indicators, engine revs, identification of harsh manoeuvres, and alerts, which work before the fuel bill goes up. 

Data integration: from trip to P&L

In growing companies, it is easy to end up with “data islands”: maps separately, road toll invoices separately, fuel reports separately, HR settlements separately. The strength of telematics solutions is integration. If you DSLocate i DS Tacho combine DSLocate with e-TOLL settlements and SENT reports, you get continuous information flow: from route planning, through execution, to cost report and accounting documents. This simplifies controlling, accelerates month-end closing, and provides a reliable picture of profitability for customers and routes. On this basis it is easier to negotiate rates — not “because it's expensive”, but by demonstrating the cost structure.

When does ROI become visible?

There is no single magic number, but practice shows that the combination of three levers — (1) route planning and reducing empty runs, (2) driving economy and fuel, (3) settlement automation (tachograph, e-TOLL, SENT) — adds up to a rapid return on investment. This happens because you are addressing the largest TCO components: fuel and tolls and working time. When fuel is ¼–⅓ of a vehicle's operating cost, every percentage point of savings weighs heavily in the profit and loss account. 

Most common concerns and how to address them

Some companies hesitate to implement because “it's just another tool”. The thing is, it is not about yet another application on the dispatcher's screen, but about organising the process. In a well-managed implementation:

1. the driver does not have more clicks than today — they usually have fewer,
2. the dispatcher gets a clear cockpit instead of a cascade of phone calls,
3. accounts does not ask for missing e-TOLL and tachograph data, because it is already there.
   
   

The second concern: “What about driver privacy?” The rules are simple: the data serves work organisation and safety, and the scope of reporting and data retention is established and communicated by you. A well-prepared set of rules and training builds trust, and drivers quickly see the benefit — fewer stressful interventions, a more predictable day.

Summary of features and benefits

Business benefits of GPS and telematics systems:

1. Lower fuel costs thanks to eco-driving and idle reduction.
2. Fewer empty runs thanks to route planning in DSLocate.
3. Fewer errors and fines thanks to e-TOLL automation and timely tachograph downloads.
4. Greater safety (alerts, event analysis), fewer damages and stoppages.
5. Better cost and margin control thanks to consistent data from routes to accounts.
   
   

Key DSLocate and DS Tacho features that make a difference:

1. Route planning with execution monitoring and trip history.
2. Fuel monitoring (consumption, refuelling, draining) and filler security.
3. Driving style monitoring (revs, harsh manoeuvres, speed, idle time).
4. Remote tachograph readout with archiving and deadline reminders.
5. e-TOLL settlement integration and compliance with SENT/PUESC for sensitive goods.
   
   

Summary

Telematics is not a cost, but an investment in predictability, compliance, and margin. When you combine DSLocate i DS Tacho DSLocate with e-TOLL automation and integration with SENT/PUESC, you get a continuous improvement cycle: better routes, lower fuel consumption, fewer administrative errors, faster settlements, and fuller control over the business. It is in these cumulative, everyday details that a lasting cost advantage — and without investment in “miracle” solutions, but through data, discipline, and consistency.

If you would like to discuss which features to start implementing first in your fleet (and how to calculate their P&L impact), Data System will be happy to take you through a short audit of routes, fuel, and settlements, to identify the fastest sources of return.

FAQ

1) Do these solutions work in every lorry?
Yes. The GPS modules and sensors used in telematics are compatible with the majority of heavy vehicles on the market. What matters is selecting the right kit (power supply, CAN bus, tachograph type), which in practice means a short installation and an immediate start of monitoring.

2) How much can you realistically save on fuel?
This depends on the baseline. Research shows that eco-driving after training can deliver even ~15% short-term improvement, and with consistent telematics support it maintains 1–6% lasting savings. In projects where there is also better route planning, the effect can be higher, because you also reduce unnecessary kilometres and stops.

3) Is remote tachograph readout compliant with regulations?
Yes — and it helps meet download deadlines (every 28 days from the driver card and every 90 days from the tachograph memory). This minimises the risk of fines and stoppages, as you do not need to bring the vehicle back to the depot just to download files. 

4) How does e-TOLL integration work in Poland?
e-TOLL has been operating since 24 June 2021, and from 1 October 2021 it replaced viaTOLL. Integration with telematics enables automatic calculation and settlement of trips, order in documents, and fewer administrative errors. 

5) Will GPS systems help with the transport of excise goods?
Yes. SENT/PUESC SENT monitors the transport of sensitive goods. Integration of the location system with SENT allows automatic transmission of the required data to KAS and to operate in compliance with regulations — without manually “completing” declarations.

Find out how your company can start saving today. Discover Data System solutions and contact our team of advisors to learn which solutions best suit your needs.

biuro@datasystem.pl

801 88 77 88