NEWS

The GT06N 4G LTE Vehicle GNSS Terminal is a compact hard-wired tracker engineered for real-time fleet management. It offers robust location tracking via GPS/GLONASS/BDS and a full suite of telematics features. Key technical highlights include 4G LTE connectivity for fast data transmission, ultra-wide input voltage (9–90V DC) for compatibility across cars, trucks, and even electric bikes, and an internal industrial-grade battery for backup. It supports remote listen-in and a panic (SOS) button for emergency response, along with remote engine/fuel cut-off for theft prevention. Advanced sensors (accelerometer, etc.) enable event-triggered alerts – for example, detecting harsh braking, rapid acceleration, speeding, or

In an era of heightened road safety awareness, fleet management has become increasingly sophisticated, with businesses and industries worldwide recognizing the need for proactive measures to protect drivers, vehicles, and valuable cargo. Among the many innovations that enhance fleet safety, one of the most crucial yet often overlooked features is seat belt monitoring. As road safety regulations tighten globally and insurance premiums rise, ensuring that drivers are consistently wearing their seat belts is a key factor in reducing both risks and costs for businesses. The Growing Importance of Seat Belt Usage in the Automotive Industry Seat belts are the most

Open-pit mining operations rely on a fleet of massive heavy machinery that works across vast, remote quarries. Managing this equipment presents unique challenges. Sites span hundreds of acres with hills and pits that can block signals, making real-time tracking difficult. Constant dust, mud, rain and extreme temperatures batter both machines and electronics. Mains power is scarce, so device batteries must last without frequent maintenance. Valuable equipment and fuel are also at risk of theft or unauthorized use. Below are key pain points mining companies face: Key Features of the LL303 PRO for Mining The Jimi IoT LL303 PRO LTE Solar

In an era where connected mobility and operational transparency are rapidly becoming industry standards, traditional GPS tracking is no longer enough. Leasing fleets, especially those in sectors like ride-hailing and logistics, need advanced solutions to enhance driver accountability and improve operational efficiency. The AI dashcam for fleets, like the JC261P, is the ideal upgrade, combining video telematics with powerful AI capabilities, providing unparalleled safety and real-time insights. Against this backdrop, Jimiiot’s JC261P, an AI-powered dual-lens dashcam, emerges as a compelling solution. As an upgrade of the proven JC400P, the JC261P delivers advanced video telematics in a compact, integrated design, striking

GPS and GNSS tracking systems have revolutionized how we monitor vehicles, assets, and shipments. But the backbone of their real-time capabilities lies in mobile networks—2G, 3G, 4G, 5G, and LPWAN (Low Power Wide Area Network). These technologies enable seamless data transmission from tracking devices to cloud platforms or applications. In this article, we’ll examine the technical differences between these network generations and how each supports GPS tracking in real-world applications like fleet management, rental cars, cold chains, and more. 1. Comparing Mobile Network Generations: 2G, 3G, 4G, 5G, and LPWAN These mobile networks for IoT differ significantly in speed, power

Long-haul trucking underpins global supply chains, yet operators face harsh realities on endless highways. Drivers endure long shifts, nights and bad weather, leading to fatigue and reduced vigilance. At the same time, heavy rigs have vast blind zones and complex handling, making collisions more likely. These factors – high accident risk, fatigued drivers, limited visibility, and operational waste – strain carriers’ safety records and efficiency. In response, the industry is rapidly embracing aftermarket video-telematics upgrades. By adding cameras, AI analytics and connected platforms to existing trucks, fleets gain real-time oversight of driver behavior and surroundings. This insight report explores the

Introduction Two-wheeler delivery fleets are booming. The global Two-Wheeler Fleet Management market was about USD 124.9 billion in 2023, and it is projected to reach USD 458.0 billion by 2030​. Motorcycles, scooters, and electric bikes thrive in congested urban areas thanks to their agility and low operating cost. However, managing a large bike fleet presents unique challenges. In particular, maintaining real-time fleet visibility, securing assets, and ensuring efficient operations are difficult with conventional 2G tracking systems. Many older tracking systems still rely on 2G networks, which mobile operators are phasing out. In response, Jimi IoT introduced the GT06N 4G LTE

In the realm of fleet management, cost control and operational efficiency are not just performance indicators—they are survival strategies. With rising fuel prices and mounting pressure on delivery timelines, every drop of fuel and every mile driven must count. Yet despite fuel often accounting for up to 60% of a fleet’s total operating costs, many businesses still lack a clear and effective system to monitor its use. The absence of fuel visibility can cost fleets more than they realize—both in terms of money and lost efficiency. This article explores why fuel monitoring is no longer optional in today’s competitive landscape,

In the realm of road safety, seat belt detection dash cam technology is emerging as a powerful tool to enforce compliance and prevent injuries. While seat belts themselves are a long-established safety measure, their usage—especially in long-haul and commercial fleet operations—remains inconsistent.According to data from the World Health Organization, seat belts reduce the risk of death among drivers and front-seat passengers by 45–50%, and the risk of serious injury by 20–45%. It is a straightforward measure that saves lives, yet in many parts of the world, compliance remains inconsistent—especially within long-haul and commercial fleet operations. In such settings, enforcing seat

Introduction In today’s fast-paced logistics environment, where efficiency and safety are critical, two-way communication has emerged as a cornerstone of effective fleet management. With global supply chains becoming increasingly complex, the ability to both transmit and receive real-time information can significantly enhance decision-making, asset tracking, and overall operational performance. This article explores the vital role of two-way communication in logistics fleet management, its benefits, and real-world applications that underscore its necessity in a competitive market. For instance, in scenarios where an unforeseen obstacle—such as road construction or heavy congestion—arises, real-time communication ensures that fleet managers can quickly reroute vehicles to

Jimi IoT’s latest JC451 Multi-Channel AI CamBox is a feature-packed dashcam system designed specifically for commercial vehicles. It builds on the JC450 Series legacy by adding innovative Split-System Design and a versatile Extension Interface as its standout features. These new capabilities are emphasized up front, as they set the JC451 apart from other dashcams. In addition to these innovations, the JC451 offers robust multi-channel recording, advanced AI driver safety algorithms, cellular connectivity, cloud integration, and security features like vehicle immobilization. Altogether, the JC451 delivers a complete video telematics solution for fleet managers and drivers alike. Split-System Design The JC451’s Split-System

Introduction Logistics in East Africa: A Region on the Move With Kenya and Tanzania representing the two largest economies in the region—and both recording trade volumes of over USD 20 billion in 2023—the momentum behind East Africa’s logistics networks is undeniable. Yet intra-EAC trade still lags, hampered by unresolved trade disputes and regulatory misalignment. The EAC’s renewed focus on resolving cross-border challenges, particularly the tariff and compliance disputes between Kenya and Tanzania, signals a decisive shift. Progress is also visible in customs innovation: Kenya’s Integrated Customs Management System (iCMS) and Tanzania’s TANCIS have dramatically reduced clearance delays and improved revenue

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