NEWS

The loss of a single piece of heavy equipment can be financially devastating. A stolen excavator or a misplaced bulldozer not only represents a massive capital loss but also leads to project delays, increased insurance premiums, and operational chaos. For managers in construction and mining, this is a constant risk. The challenge is that standard vehicle trackers are not built for the extreme conditions of a job site. Constant vibration, exposure to dust and water, and the lack of a consistent power source can cause them to fail when you need them most. Effective gps tracking for construction equipment requires

Effective fleet management is essential for any business that relies on vehicles to carry out its operations. Whether you’re managing a small fleet or overseeing hundreds of vehicles, the challenges of keeping everything running smoothly are many. From vehicle maintenance to regulatory compliance, the role of a fleet manager can be overwhelming without the right strategies in place. In this article, we’ll explore some of the most common fleet management challenges and provide actionable solutions to help you streamline operations and reduce costs. 7 Common Fleet Management Challenges 1. Rising Operational Costs One of the most significant challenges for fleet

Fleet operations are evolving, but so are the risks. Driver fatigue and distracted driving are now among the leading causes of accidents, especially in long-haul and high-frequency delivery fleets. These behaviors don’t just threaten road safety—they result in higher insurance premiums, costly vehicle downtime, and even irreversible damage to a company’s reputation. As traditional fleet monitoring methods struggle to keep up with real-time human behavior, AI dashcams have emerged as a critical tool for proactive fleet safety management. In this article, we will explore how AI dashcams, especially those equipped with DMS (Driver Monitoring Systems) and ADAS (Advanced Driver Assistance

Cold chain logistics plays a critical role in industries like pharmaceuticals, food, and chemicals, where businesses must maintain the integrity of temperature-sensitive goods throughout transit. Ensuring the right conditions from warehouse to delivery point requires effective monitoring and management. The K7800P sensor by Jimi IoT plays a crucial role in this process, offering real-time tracking, environmental monitoring, and enhanced security to optimize cold chain operations. Key Features for Cold Chain Management The K7800P sensor is a Bluetooth Low Energy (BLE) device that improves cold chain tracking and monitoring with a range of advanced features. Here’s how it works: 1. Real-Time

Fuel theft is a growing issue that affects businesses across the globe, particularly those that rely on large vehicle fleets. Whether it’s through unauthorized siphoning of fuel or fraudulent reporting of fuel usage, the financial burden can be significant. Fortunately, advances in Internet of Things technology have provided fleet managers with the tools needed to monitor fuel consumption in real-time, improve efficiency, and most importantly, prevent fuel theft. In this article, we’ll explore how smart fleet solutions are revolutionizing fuel management, with a focus on preventing fuel theft. Understanding the Fuel Theft Problem Fuel theft can have a severe impact

Introduction: At Los Angeles International Airport (LAX), the newly launched Pets Unstressing Passengers (PUP) program is helping travelers reduce stress by offering interactions with therapy dogs. These dogs, along with their handlers, travel through terminals to provide a moment of warmth and relaxation. Even actor Jeff Goldblum has joined in! As working pets and household pets are playing increasingly diverse and important roles in our life, ensuring their safety has become a concern for many. That’s why you need the Jimi IoT PL601 GPS Tracker for your pet. Why PL601 Is the Ideal GPS Tracker for Pets How PL601 Tracks

Where roads are long, and signals are weak Across rural America, transportation is the backbone of everyday life—whether it’s school buses running across county lines, agricultural vehicles moving between fields, or regional carriers delivering goods across long distances. But while urban areas often benefit from high-speed networks and advanced logistics platforms, rural fleet operators face a different reality: limited connectivity, unpredictable coverage, and fewer support resources. At Jimi IoT, we understand that reliable tracking shouldn’t stop where the highway ends. Rural Challenges Many fleet managers in rural regions struggle with: These conditions make it difficult to know where vehicles are, if

As Americans are preparing to celebrate Independence Day with fireworks, family, and freedom, it’s also a moment to reflect on the technologies that quietly power our modern way of life—including fleets, logistics systems, and critical assets that keep the U.S. moving forward. At JimiIoT, we’re proud to support American businesses with telematics and tracking solutions that honor the values of independence, resilience, and responsibility. Supporting Safety, Every Mile of the Journey Independence means more than national prid, it’s also about freedom from risks, delays, or operational blind spots. Whether you’re managing a long-haul freight network or a last-mile delivery fleet,

Electronic Logging Devices (ELDs) have become mandatory in North American trucking, enabling fleets to comply with hours-of-service (HOS) regulations and streamline reporting. Modern fleets now integrate ELDs with advanced telematics and AI-driven dashcams to enhance operational efficiency, safety, and cost savings. Solutions like the JC371 Multi-Channel AI DashCam paired with Jimi IoT’s KD032 telematics unit offer a comprehensive approach: handling compliance, capturing video evidence, and delivering real-time alerts. This article explores the features of the JC371 and KD032, and how their integration helps fleet managers improve driver safety, reduce admin overhead, and cut long-term operating costs. ELD Compliance and the

In today’s logistics and transportation industry, safety, efficiency, and accountability are more crucial than ever. Fleet managers are facing increasing pressure to ensure regulatory compliance, protect drivers, and minimize operational risks. Advanced Digital Video Recorder (DVR) systems, particularly those enhanced with artificial intelligence (AI), have emerged as powerful tools to meet these demands. More than simple dash cameras, AI-enabled DVRs offer a comprehensive solution that transforms how fleets operate, monitor performance, and enforce safety protocols. Real-Time Fleet Visibility and Remote Monitoring  One of the most significant advantages of an advanced DVR system is its ability to provide real-time visibility into fleet

At JimiIoT, we often receive questions from customers about the new GT06N 4G vehicle tracker and how it differs from the older GT06N 2G model. To help answer these inquiries, we’ve put together a detailed comparison of the two devices. Our goal is to explain the technical upgrades and functional improvements in the GT06N 4G, and why these changes matter in today’s fast-evolving connectivity landscape. Evolution of Connectivity: Why 4G Matters The most fundamental difference between the GT06N 2G and GT06N 4G is the cellular technology they use. The GT06N 2G relies on the GSM network (often using GPRS for

The North American logistics industry is undergoing a digital transformation. As carriers and shippers strive to boost efficiency, cut costs, and meet sustainability goals, modern fleets are turning to IoT-based telematics solutions. In this context, advanced trackers (GPS/gps-OBD devices) and digital video recorders (DVRs/dashcams) are no longer optional gadgets – they are core assets in fleet management. Jimiiot recognizes that real-time connectivity and data-driven insights are the future of logistics. By 2025 and beyond, North American carriers are expected to double or even triple their use of connected-fleet technologies, reflecting a rapid expansion of the telematics market. Industry forecasts suggest

Solar-powered GPS trackers are revolutionizing how fleet managers and logistics teams monitor vehicles and heavy equipment. These advanced devices use sunlight to recharge, enabling continuous, real-time visibility even in remote or off-grid environments. In an industry where unplanned downtime and theft can lead to massive losses, adopting a solar-powered GPS tracker ensures assets remain online, secure, and accounted for—all with minimal maintenance. For example, the LL303 Pro LTE Solar Powered GNSS Tracker is a 4G solar GPS unit built for construction fleets and marine vessels. It integrates a high-efficiency solar panel, a magnetic charging module and an IP67-rated waterproof housing

AI dashcam for fleet safety is rapidly transforming how North American fleets tackle road risks and operational inefficiencies. With rising crash rates and strict oversight, modern fleets require smarter tools to reduce accidents, protect drivers, and boost performance. The AI dashcam combines multi-camera visibility with intelligent analytics to create a proactive, real-time safety solution. Studies show that multi-camera dashcams and AI analytics can “reduce accident rates and protect against fraud,” capturing a complete view of every vehicle and behavior. By analyzing incidents on video, fleets implement better training and preventive measures, cutting collisions and liability. In practice, 360° camera coverage

A fleet telematics system is now essential for modern vehicle operations. In an era of rapidly evolving fleet logistics and rising insurance scrutiny, these systems play a key role in preventing theft, reducing operational costs, and managing drivers. Connected telematics solutions can lead to major savings—cutting fuel use by 14–30% through smart routing and driver feedback. Modern vehicle GNSS terminals (exemplified by Jimi IoT’s VL808 LTE tracker) unify these capabilities by integrating 4G/2G cellular connectivity, precise multi-constellation positioning, driver-ID interfaces and remote immobilization functions, along with multiple customizable I/O sensors – all in a rugged IP67 enclosure. In the sections