How Can Intelligent Vehicle Monitoring and video telematics Safeguard Commercial Vehicle Safety and Enhance Fleet Management Efficiency?

Commercial vehicles are generally characterized by large size, high load, long running time and complex road conditions, which make it very easy for accidents to cause casualties and major property losses. In addition, some drivers have weak safety awareness, fatigue driving, illegal operation and other dangerous behaviors. STONKAM has launched an intelligent commercial vehicle safety solution, which turns passive response into active warning and protection, and helps fleet management to be safer and more efficient.

360° AI Anti-Collision System for Haul Trucks in Open-Pit Mines

In open-pit mining operations, large haul trucks pose significant safety challenges due to their massive size and severely limited visibility. The extensive blind zones around these vehicles are one of the leading causes of accidents, especially during reversing, turning, or navigating complex terrain. Drivers often fail to detect nearby personnel or obstacles in time, leading to collisions or run-over incidents.

How to Eliminate Forklift Blind Spots?

In the operation of heavy-duty forklifts, due to the unique structure of the vehicle and the presence of blind spots, traditional rearview mirrors and single-camera systems cannot comprehensively address visibility issues. Forklift operators are prone to mistakes caused by blind spots, which not only affect operational efficiency but may also lead to severe safety incidents. Therefore, overcoming these blind spots and ensuring clear visibility around the forklift is crucial for improving safety and operational efficiency.

Smart Forklift Collision Avoidance: AI Camera System for Safer Warehouse Operations

In warehouse and logistics operations, forklifts often operate in mixed environments with pedestrians, increasing the risk of accidents. Traditional safety methods are reactive. Now, with an AI-based forklift safety system, you can move to active collision prevention.

How to Choose 360° Surround View Driver Assistance System?

As advanced driver assistance systems continue to evolve, 360-degree surround view systems are becoming essential for improving road safety and eliminating blind spots—especially for large commercial vehicles, construction machinery, and specialty fleets. But with many options on the market, how can you determine which solution is best suited to your operational needs?

AI In-Vehicle Box: An Intelligent Solution to Reduce Costs and Increase Efficiency in Fleet Operations

In modern fleet operations, improving safety, reducing operational costs, and enhancing the intelligence of vehicle monitoring systems are major challenges that many fleet businesses are facing. If you are experiencing the following issues, the AI In-Vehicle Box may be your ideal solutio

Challenging Harsh Environments: How Do In-Vehicle Ethernet Cameras Perform in Outdoor Operations?

With the rapid development of intelligent in-vehicle technology, more and more outdoor work vehicles are being equipped with advanced monitoring devices. Among them, STONKAM Ethernet in-vehicle cameras have become a key technology, gradually gaining widespread adoption in various outdoor work vehicles. But why do outdoor operation vehicles need to install Ethernet in-vehicle cameras?

Common Problems and Solutions for Forklift Operations

Forklifts are the main equipment for material handling. They are widely used in scenarios with limited space and frequent loading and unloading. They not only reduce the risk of manual handling, but also improve work efficiency. However, the use of forklifts also faces many challenges, such as time-consuming precise operation, prominent blind spot hazards, and lagging scheduling and supervision. In order to better assist in forklift operation monitoring, STONKAM has launched a variety of solutions for forklift problems, covering precise pallet detection, anti-collision active warning, and digital platform vehicle supervision, providing more reliable guarantees for safe production and efficient operation.

How to realize efficient vehicle management?

With the continuous advancement of technology, the traditional vehicle management model has gradually revealed many shortcomings. Relying on manual scheduling, recording and tracking, it is not only difficult to grasp the status of vehicles in real time, but also leads to problems such as inefficient scheduling and lack of supervision of driving behavior. These problems not only increase the operating costs of enterprises, but also may bring serious security risks. With the rise of Internet of Things, artificial intelligence, big data and cloud computing and other cutting-edge technologies, fleet management is moving towards a new era of digital intelligence, ushering in the opportunity for a comprehensive upgrade.