Internet of Vehicles

System Incompatibility

In today's transportation systems, compatibility and interoperability between different systems are major challenges. Legacy transportation systems can easily be integrated with modern intelligent transportation systems, which leads to difficulties in data exchange and negatively impacts transportation efficiency and safety.

With ARBOR's IoV solutions, compatibility issues between different systems are addressed. ARBOR's systems can easily integrate a variety of legacy and modern transportation systems through the application of Windows 10 IoT and various standard interfaces (such as RS485 and M12-male 8P). As a result, system integration is simplified and operational costs are reduced.

Lack of Stability and Reliability

The stability and reliability of transportation systems are crucial for passenger safety and operational efficiency. Even minor system failures can result in transportation delays and potential safety incidents. To ensure stable system operation in various environments is therefore of utmost importance.

To ensure system stability and reliability, ARBOR's products comply with multiple international standards, such as E mark, EN-50155 and IEC61373. Additionally, ARBOR's system design considers the application needs in extreme environments, supporting wide temperature range operations (-40°C to 70°C) and wide voltage input (9~36V). These features ensure stable system operation even in harsh environments.

Difficulties in Data Processing and Management

As smart city concepts have progressed, data collection and analysis have become increasingly important to transportation systems. In addition to improving managers' understanding of transportation demands and predicting future trends, effective data collection and analysis can also assist them in making more informed decisions. It remains challenging, however, to collect, process, and analyze large volumes of data efficiently.

Our IoV solutions enable powerful data collection and analysis. ARBOR Technology can collect, analyze and process information from various sensors instantly using Openvino or Jeston systems, conduct big data analysis, and issue abnormal alerts based on technology with the use of these systems. Therefore, managers will be able to respond in a timely manner, thus improving operational efficiency.

Security and Privacy

While providing convenience, IoV also faces challenges in data security and privacy protection. ARBOR employs multi-layer security measures, including data encryption, identity authentication, and intrusion detection systems, to ensure data security during transmission and storage. Additionally, ARBOR places great importance on passenger privacy protection, strictly adhering to relevant laws and regulations to ensure passenger personal information is not misused.

Environmental Impact

IoV technology not only enhances the intelligence level of transportation systems but also brings significant economic benefits. By improving operational efficiency and reducing operational costs, companies can recoup their investment costs in the short term. Furthermore, intelligent traffic management systems help reduce traffic congestion, save fuel consumption, and lower carbon emissions, thereby bringing greater socioeconomic benefits.

Future Outlook

With the proliferation of 5G technology, IoV development will achieve comprehensive breakthroughs. The high bandwidth and low latency characteristics of 5G will further enhance IoV data transmission speed and reliability, supporting more real-time applications and services. In the future, IoV will deeply integrate with autonomous driving technology, achieving truly intelligent transportation systems that will revolutionize our transportation modes.