NEWS

Introduction In an increasingly competitive and safety-conscious transportation industry, fleet operators must strike a delicate balance between operational efficiency, cost control, and road safety. Traditional fleet management tools offer limited visibility into what happens on the road, often leaving critical incidents unexplained and safety concerns unaddressed. Enter AI-powered digital video recorders (DVRs)—a transformative technology reshaping how fleets monitor performance, ensure compliance, and foster a culture of accountability. These intelligent systems are more than just cameras. They act as vigilant co-pilots, leveraging real-time data analysis and computer vision to detect risky behaviors, capture incidents, and empower fleet managers with actionable insights.

Introduction Cross-border trucking is the lifeline of international trade, enabling the seamless movement of goods across national boundaries. As a fleet manager or logistics professional, you know that the efficient, secure, and compliant transportation of cargo is not only vital to your business’s bottom line but also to maintaining strong relationships with trading partners. In today’s challenging environment, GPS tracking technology has emerged as an indispensable tool for addressing many of the critical concerns that fleet operators face on a daily basis. For example, if a shipment is approaching a busy border crossing, real-time data can alert you to potential

In today’s fast-evolving automotive landscape, the need for robust, intelligent, and high-performance fleet telematics has never been greater. The VL512 LTE Plug-in GNSS Tracker stands out as a state-of-the-art solution designed specifically for vehicles, combining the power of 4G connectivity with advanced OBD technology. This device is engineered to serve as a comprehensive 4G OBD tracker and OBD telematics unit that seamlessly integrates into virtually any passenger car via the OBDII port. With its compact design, robust performance, and extensive feature set, the VL512 has redefined what a wireless OBD solution can offer. A New Benchmark in Vehicle Telematics The

Global food systems are facing an unprecedented challenge, with nearly 20% of the world’s food production either lost or wasted each year. This phenomenon, costing the global economy roughly US $1 trillion annually, is not merely an economic issue—it profoundly impacts food security, community livelihoods, and environmental sustainability. When produce spoils before it reaches consumers, it jeopardizes the nutritional needs of populations and intensifies greenhouse gas emissions due to decomposition. Reframing the Problem: Food Loss vs. Food Waste In discussions surrounding global food management, the terms “food waste” and “food loss” are frequently used interchangeably. However, these terms denote distinct

Introduction In the logistics industry, choosing the right DVR system for long-haul fleets can mean the difference between profit and loss, safety and risk. Long-haul transportation companies increasingly rely on advanced Digital Video Recorder (DVR) systems to address challenges like driver safety, cargo security, and regulatory compliance. But with so many solutions on the market, how do businesses choose the right one? This article breaks down the technical and operational considerations for modern DVR systems, using real-world examples to explain how these technologies align with client needs—without compromising objectivity. 1. The Role of DVR Systems in Modern Fleet Management Long-haul transportation demands

Introduction Urbanization, the large-scale migration of populations from rural regions to urban centers, has dramatically reshaped the global supply chain landscape. As metropolitan areas expand and population densities rise, the demand for more sophisticated, efficient, and sustainable logistics solutions has surged. To accommodate this transformation, businesses are optimizing supply chain networks, integrating innovative technologies, and rethinking infrastructure to support the demands of modern urban life. Challenges and Opportunities for Supply Chains The intensification of urbanization presents both challenges and opportunities for logistics networks. Businesses must devise innovative solutions to navigate the complexities of urban supply chain management while ensuring efficiency,

Introduction Theft of construction equipment is a significant challenge faced by businesses in the construction industry. With high-value assets often left on job sites or in transit, safeguarding these investments is critical for operational continuity and financial stability. In today’s rapidly evolving technological landscape, securing construction equipment goes beyond traditional physical barriers; it now demands a comprehensive asset management strategy that leverages digital tools, real-time tracking, and robust security protocols. This article provides an in-depth exploration of effective measures to protect construction equipment against theft, offering practical insights and actionable strategies for B2B clients. Understanding the Stakes: The Cost of

For any business engaging in fleet, primarily, the proper management of fuel is a top priority due to its great impact on overall operating expenses. It’s one of the largest recurring costs in fleet management, and its volatility is the sprinkle on top that makes it difficult for businesses to predict and control the budget.  Here are two of the many reasons why fleet fuel management matters: 1.Rising Cost of Fuel Fuel prices have been on the rise, and one of the main causes is the decision taken by the OPEC+ (Organization of the Petroleum Exporting Countries) to continue cutting

Introduction 1. Combating Cargo Theft and Unauthorized Use Cargo theft remains one of the most pressing concerns in the trucking industry. According to industry reports, theft-related losses run into billions annually, with high-value goods and unattended trucks being prime targets. Additionally, unauthorized vehicle use by employees can lead to liability risks and increased wear and tear. Solution: GPS Tracking with Geofencing & Real-Time Alerts Modern GPS trackers, such as those integrated with geofencing and instant alerts, provide real-time location tracking and proactive security measures. Fleet operators can set predefined geographical boundaries and receive instant notifications when a vehicle deviates from

Introduction Fuel pilferage, often referred to as fuel theft, is the unauthorized removal or siphoning of fuel from vehicles, equipment, or storage tanks. This illicit practice is especially prevalent in transportation fleets, where the continuous movement and high fuel consumption create numerous opportunities for theft. Understanding the nuances of fuel pilferage is essential for fleet managers and logistics professionals who strive to maintain operational efficiency and minimize losses. Common Methods of Fuel Pilferage in Transportation Fleets Fuel pilferage in transport fleets can be executed in several ways. Understanding these methods is crucial for developing effective countermeasures. Some of the most

In industries where temperature-sensitive goods are transported, maintaining optimal conditions is crucial to preserving product quality. Cold chain monitoring is an advanced solution that leverages fleet management software to track and regulate temperatures within refrigerated vehicles. Jimi IoT specializes in providing cutting-edge telematics and IoT-based solutions to help businesses ensure product integrity throughout transportation. Industries Utilizing Cold Chain Monitoring Several industries rely on cold chain monitoring to maintain the safety and efficacy of their products: 1. Fast-Moving Consumer Goods (FMCG) FMCG businesses, including those distributing dairy, bread, vegetables, and fruits, depend on cold chain monitoring to deliver fresh goods before

Key Challenges in Hazardous Chemical Transportation Comprehensive Safety Features of Driver Monitoring Systems 1. Real-Time Driver Behavior Monitoring Driver fatigue and distraction are among the most significant contributors to road accidents. A DMS continuously tracks driver behavior, providing instant feedback to prevent risky actions: 2. Vehicle and Cargo Surveillance The safe transport of hazardous chemicals requires constant monitoring of both the vehicle and its cargo. A DMS integrates advanced telematics and video monitoring to ensure everything remains secure: 3. Proactive Incident Detection and Alerts Early detection of potential issues can prevent catastrophic outcomes. A DMS employs AI-powered analytics to identify

Introduction In the modern transportation industry, ensuring driver safety is crucial. With the integration of AI dashcams and driver monitoring systems, fleet managers now have advanced tools at their disposal to significantly enhance driver safety. AI dashcams offer real-time video footage of drivers, while driver monitoring systems utilize data and analytics to identify unsafe driving behaviors. Together, these technologies improve road safety, reduce the risk of accidents, and optimize overall fleet performance. This article explores how AI dashcams and driver monitoring systems work, how they complement each other, and how they can be leveraged to enhance driver safety in the

Introduction Fleet optimization is essential for businesses that depend on vehicular assets for transportation, logistics, and service operations. Effective fleet optimization strategies involve vehicle acquisition, maintenance, fuel efficiency, driver behavior, route planning, and regulatory compliance. By optimizing fleet management, businesses can enhance performance, reduce costs, improve safety, and support sustainability initiatives. The Significance of Fleet Management Efficient fleet management extends beyond simple vehicle maintenance; it is a comprehensive approach that integrates asset utilization, cost control, operational optimization, and regulatory adherence. Implementing a robust fleet management strategy enables businesses to streamline operations, enhance productivity, and achieve long-term profitability. Key Benefits of

Introduction Understanding Geofencing: The Basics At its core, geofencing technology refers to the creation of virtual boundaries around a physical location using GPS, RFID, Wi-Fi, or cellular data. These boundaries, known as “geofences,” are defined areas, usually in the form of a radius, that can be set around any location – whether it’s a store, a building, a city, or even a country. Geofencing is based on the concept of location-based services. By utilizing GPS coordinates, it allows organizations to track the movement of devices, vehicles, or individuals and trigger automatic actions when they enter or exit a predefined geographic