Companies operating their own fuel tankers, fuel dispensers, and storage tanks regularly face the same operational challenges. Document discrepancies, fueling errors, underfilling, meter manipulation, and complex reconciliation between accounting records and primary documentation directly affect financial performance.
The issue is especially relevant for GLONASS integrator companies expanding into fuel monitoring services. Without comprehensive automation of fuel supply, storage, distribution, and dispensing processes, achieving transparent fuel accounting is extremely difficult.
When fuel accounting is handled manually or through disconnected systems, human error becomes inevitable. Daily fuel consumption based on total counters is not consistently monitored, and deviations are often detected too late—after significant losses have already occurred.
An industry-specific solution to these challenges is an automated fuel dispatcher workstation — a hardware and software system designed for end-to-end fuel movement control at an enterprise.
The fueling process is structured to be simple and transparent. The driver presents a fuel card to the reader or identifies a trip ticket via barcode. After access verification, the fuel module displays the available fuel volume and initiates dispensing within the approved limit.
The trip ticket code can also be used as a QR identifier. The system automatically reads the fuel limit specified in the document and prevents any excess dispensing. This approach completely eliminates human involvement in the fuel release process and enables fully autonomous, operator-free fueling.
The software component is based on the cloud server Exzotron Bot. The web interface provides dispatchers with full control over all fueling facilities, fuel limit allocation, and deviation analysis in real time.
Through API integration, the system connects with the enterprise management platform. Fuel limits are assigned automatically according to the trip ticket standards, and documents are instantly transferred to the accounting system. As a result, discrepancies between primary documentation and accounting records are eliminated, and data processing time is significantly reduced.
The system covers the entire fuel lifecycle: from fuel receipt and storage in tanks to dispensing to operational vehicles. Daily consumption monitoring via total counters eliminates data manipulation and accounting errors.
Dispatchers receive instant alerts about deviations and can respond immediately to abnormal situations. If equipment malfunctions occur, the system allows timely service intervention, preventing downtime and operational disruption.
The solution sends Telegram notifications when fuel levels reach minimum thresholds. This enables proactive fuel supply planning and prevents equipment downtime caused by shortages.
At the same time, the system detects underfilling attempts and meter manipulation, reducing theft risks and preventing large-scale fuel losses caused by insufficient control.
The solution is already deployed across hundreds of facilities. The system includes 174 registered companies and 601 users, with service agreements covering approximately 200 sites.
At one enterprise, fuel dispensing was automated across 10 fuel dispensers and 3 fuel tankers. More than 500 fuel cards operate under controlled fuel limits.
Following implementation, autonomous fueling without a fuel operator was established, and a centralized dispatcher workstation was created. Due to fuel limit enforcement and reduced consumption standards, fuel usage decreased by 7–10%. The company gained an effective tool for analyzing fueling deviations and achieved full transparency in documentation.
Fuel accounting automation reduces personnel costs, eliminates accounting errors, prevents fuel theft, and ensures transparent fuel operations. For enterprises operating their own fuel infrastructure, this is a strategic solution aimed at cost reduction and improved operational control.