SOLUTION OVERVIEW

Vispect delivers tailored solutions by integrating advanced technologies such as AI detection, 3D sensors, LiDAR, Radar, RTK, IMU, mechanical arms, and cloud portals.

Our systems provide comprehensive safety and maintenance solutions for railways and infrastructure, as well as automation solutions through the development of heavy-duty robots for industrial and agricultural applications, reducing safety risks and enhancing efficiency.

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Driver Status and Semaphore

Vispect supplies 40 sets of AI systems to TRT line-4. One system for one locomotive.

  • Monitoring the train driver's fatigue status (distraction and yawning).
  • Checking driver's semaphore before the train starts to move.
Above video: Vis system detected the subway driver’s semaphore when the train arrived a cross.

Abnormal conditions trigger alerts, visible and audible to remind the drivers, while reports with video footage are sent to the management center through subway intranet. This system has been certificated according to railway electronic OEM standards.

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Above: Quality control of the System.

Above: Subway cab of TRT.
Above: Vispect system installed in TRT subway cab.
Above: Subway driver fatigue detected by Vispect system.
Above: TRT subway station.
Above: Subway tunnel detected by LiDAR.
Above: Vispect system installed on TRT Line 4.
Above video: HMI of Vis system showed there was no obstacle on the rail in subway tunnel.
Above video: HMI of Vis system showed the abrasion of the over-head power line.

This system has been deployed on TRT line-6 on the line-sweep locomotive, installed on maintenance cart, for the purpose of route/track maintenance.

Automatic Obstacle Detection

The core function of the Driverless Train or Train Driving Assistance System is to detect obstacles that could pose a threat to the train's path. This includes detecting other trains on the same track and any trackside objects that may infringe on the train's clearance zone.

Above video: Vis AODS system was detecting obstacles on rail. The left is the original signals of the LiDAR, and on the right, People and box were separated by algorithm from the background and marked in green.
Above video: Vis segmentation algorithm separated the rails from the background to detect the route of the subway.
Above: AODS LiDAR and Camera
  • Interface with ATP (Automatic Train Protection system) to brake (Optional)
  • Electronic map from ATP to adjust to slopes and crosses (Optional)
  • Multi-plane LiDARs
  • Stand-alone system. Can work without trackside facility like radars
  • Designed, tested, and certificated at SIL2 standards (Under certificating)
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CHEESE ROBOT

In modern food production facilities, automated curing and handling robots improve efficiency and consistency while operating alongside human workers. However, ensuring safe human-robot collaboration in dynamic production environments remains a critical challenge.

Vispect provides AI-based human detection solutions for cheese curing and handling robots, enabling real-time human perception and risk prevention. By integrating advanced camera perception and AI algorithms, the system helps robots accurately detect surrounding personnel and enhance operational safety.

FOLDING MACHINE/BRAKE PRESS

Press brake/folding machines are essential equipment in metal fabrication, enabling precise sheet metal bending and forming. During operation, workers need to closely interact with the machine, and accidental hand entry into the working area may result in serious injuries.

Vispect provides AI-based human detection solutions for press brake systems, enabling real-time monitoring of personnel near hazardous areas. By integrating advanced camera perception and AI algorithms, the system helps identify potential safety risks and provides an additional layer of protection for operators during metal forming processes.

HEIGHT DETECTION

Construction machinery often operates in restricted areas such as tunnels, railways, indoor warehouses, or urban underground sites. Precise height control of hydraulic arms or buckets is critical to avoid collisions.

Traditional mechanical limiters or simple sensor systems face challenges:
  • Low adaptability to different scenarios
  • Limited detection precision
  • Poor performance in adverse environments
With Sensor Fusion technology, Vispect integrated LiDAR and camera system can detect targets such as:
  • Overhead bridges and clearances
  • Tree branches, power lines, and cables
  • Tunnel and temporary structure limits
  • Other height-restricted obstacles