Successful case | Railway Transportation Integrated Monitoring System

Unlike the MRT and High-speed rail track, the railway crisscrosses with the local street. Because of this, you must put in extra effort in maintaining safety both of the passengers and railway.

Railway Transportation Integrated Monitoring System

Unlike the MRT and High-speed rail track, the railway crisscrosses with the local street. Because of this, you must put in extra effort in maintaining safety both of the passengers and railway. Therefore, the reliability of the Mobile DVR and the resolution of the camera image is extremely important. Especially trains are one of the major transportation people use in this country. In compliance with “safety”, “durability”, and “stability” is a must for surveillance equipment to maintain its operational efficiency for trains.

Successful case | Railway Transportation Integrated Monitoring System

Increase driving reaction time

The train usually requires a longer braking distance, and the train operators express road conditions verbally. It is very crucial to be aware of road conditions at all times. With the surveillance camera placed in front of the train, you can now detect any abnormality in advance and improve the grasp of road conditions, and take early emergency measures in case of any emergency.

Grasp the use of tram lines

Tram line is the source of train power which is transmitted to trains through pantograph. By setting up the dedicated pantograph cameras to understand the current status of the tram line can predict and maintain before the tram line breaks down to ensure the train operates normally.

Maintain the safety of passengers in the car

Setting up network cameras in the front, middle, and rear of the carriage can help grasp the passenger seat, crowd control in and out at the door, as well as effectively determine extreme cases from occurring in the carriage.

Successful case | Railway Transportation Integrated Monitoring System

All Vacron certified (IEC60571) railway products will have the following features: high-temperature resistance, crash resistance, acid resistance, corrosion resistance, etc. Its will also be suitable for complex railway environments, and the use of a self-built back-end server can provide a more stable and high-security monitoring environment. The hardware and software are all independently developed, designed, and manufactured in Taiwan.


Front camera

The front camera is installed on the windshield of the train cabin use to view the driving condition. This camera is lightweight and designed to place inside the train cabin that can still keep a stable recording while driving.

Cabin camera

Designed as a flatter dome shape with an explosion-proof shell design that can reduce the chance of it being touched or damaged by passengers. The use in each carriage can reduce the existence of the camera.

The train specialized MDVR

The MDVR is designed to install inside of the cabin head. Designed with industrial-grade, heat-dissipating shell and insulating rubber bracket that can block the interference of external unknown power. The latest video compression format and dual video backup functions will not miss any key images. In the event of a power failure, the built-in gold capacitors of the MDVR can save the video data temporarily and store it in the buffer to the hard disk to protect the key video data before the power outage.

Pantograph camera

The pantograph camera is installed on the roof of the train. The integrated protective cover makes the installation and signal transmission smoother, and has the characteristics of anti-lightning surge and resistance to high voltage induction. It is specially designed to monitor the pantograph and tram lines situation. This camera is placed in the center of the main train power supply, maintaining high image quality and high security is a very important feature of the pantograph camera.

Case Analysis

The monitoring of the railway condition should not only be focused on strengthening the system one way, but also to think about how to systematically connect all systems. Systems like ticketing, crowd identification, and monitoring train images. By successfully achieving information sharing, data analysis, and finding the policy guideline for transportation accurately, crowd control, and customer service will set a new milestone for the future of railway monitoring systems.