Speedway Transport: IOT Service Implementation Internet of Things Solutions Project


A hypothetical case study for a IOT Solution service. Speedway transport is facing challenges with its current logistics and transportation processes. These include lack of transparency, inefficiencies in goods delivery, and difficulties in managing and monitoring its vehicles and assets. The company also needs to improve its operations due to the recent COVID-19 crisis, which has disrupted the global economy and the logistics industry.



  1. arrowDevelop an IoT-powered logistics and accounting automation system. The system will leverage the capabilities of IoT to connect devices, track goods, optimize routes, and manage assets.


  1. Set GoalsThe first step in implementing the IoT service is to set clear objectives. These goals should align with the company’s overall business strategy and should be communicated to all stakeholders. The goals could include improving operational efficiency, enhancing customer service, reducing costs, and improving safety measures.
  2. Choose the Right IoT TechnologyNext, the company needs to select the appropriate IoT technology for its operations. This could include GPS vehicle tracking resources, telematics resources, and equipment tracking resources. The selection should be based on factors such as the company’s specific needs, budget, and the technology provider’s capabilities.
  3. Implement IoT Location ManagementThe company can use IoT devices such as GPS and RFID tags to track the location of its vehicles and goods in real-time. This will provide visibility into the movement of goods and vehicles, allowing for quick identification of any unexpected events or delay.
  4. Implement IoT Route OptimizationThe company can use real-time monitoring of its operations to optimize traffic routes. This will help to improve the efficiency of its delivery processes and reduce costs.
  5. Implement IoT Environment MonitoringThe company can use IoT devices to monitor the environmental conditions of the goods being transported. This will be particularly useful for perishable and temperature-sensitive goods. The company can provide real-time data on parameters such as temperature, pressure, light exposure, and humidity, allowing for remote monitoring and control of these conditions.
  6. Implement IoT Predictive AnalyticsThe company can use IoT data to make predictions about various aspects of its operations. For example, it can predict inefficient equipment usage, potential accidents, and optimize routes based on real-time information.
  7. Implement IoT Threat PreventionThe company can use IoT technology to prevent losses, reduce fraud, and lower damage rates. IoT sensors can detect unauthorized container opening or any technical problems with a transport unit, which can then be immediately fixed.
  8. Implement IoT Security MeasuresThe company can use IoT-connected cameras to offer real-time video footage of cargo handling areas, warehouses, or loading docks. This visual monitoring enhances security by identifying suspicious activities, unauthorized personnel, or potential breaches as they happen. IoT-based alarm systems can seamlessly integrate into logistics operations, triggering alerts for unusual events or security breaches.
  9. MaintenanceAfter the IoT service has been implemented, regular maintenance is crucial to ensure the system continues to function optimally.

Technogies Used:

GNSS, Invgate, Route4Me, Acciena,Amazon Kinesis, IDS, Security Cameras


This case study illustrates how a MabuhayTech can offer a IOT service to help the company will significantly enhance the transportation company’s logistics and transportation operations. It will provide the company with increased visibility into its operations, improve the efficiency of its delivery processes, and enhance its ability to manage and monitor its assets. This will ultimately lead to improved customer service and increased operational efficiency.