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Increase the efficiency of rental car fleets with Teltonika OBD trackers, ensuring accurate fuel monitoring and better cost management SMART REFUELLING TRACKING FOR RENTAL CARS INTRO The global car rental market is experiencing significant growth, driven by increasing travel demands, urban mobility solutions and flexible transport preferences. To remain competitive, these fleet operators need to streamline operations, reduce inefficiencies and improve customer satisfaction. One of the most critical, yet overlooked, aspects of rental car management is fuel monitoring. CHALLENGE According to market research , the car rental industry is expected to exceed $214 billion by 2027, indicating its huge potential. Vehicle fleet operators typically rely on dashboard fuel readings when a car is returned. However, dashboard fuel gauges are designed to remain full for the first 60-80 kilometres of driving to ensure stability. In some cases, vehicles can travel up to 160 kilometres before the gauge shows a decrease. This design can give misleading data and prevent rental companies from detecting incomplete refuelling or fuel misuse. In addition, manual fuel checks consume significant time and resources, noticeably slowing vehicle turnaround times. Fleet staff must check fuel levels, refuel vehicles and resolve any discrepancies, delaying their readiness for the next rental. These inefficiencies can be compounded during peak seasons, limiting revenue potential. Without accurate monitoring, discrepancies in fuel levels often lead to disputes between companies and their customers. Fuel theft, improper refuelling, or unauthorised vehicle use can go undetected, increasing operating costs and reducing profitability. Incorrect data also risks customer dissatisfaction and undermines confidence in the rental service. SOLUTION To address these challenges, Teltonika's telematics division offers innovative OBD trackers with OEM data reading capabilities - FMx003 series. These devices are a viable solution for rental companies to access critical vehicle parameters, including distance since refuelling, actual fuel level, and odometer, providing reliable and actionable insights. How it works – let`s take the 4G LTE connectivity model FMC003 as an example. It connects seamlessly to a vehicle's OBD-II port to extract real-time data for efficient fleet management. Among these advanced parameters, the ‘ Distance Since Refuel ’ feature provides accurate tracking of the distance a vehicle has travelled since its last refuelling. When the GPS tracker detects a refuelling event, it triggers an internal odometer calculation that provides the value of the distance travelled since the refuelling event. This eliminates the need to rely on potentially inaccurate dashboard fuel readings, providing a reliable solution for fleet operators to manage their vehicles with greater accuracy and insight. With this data, managers in charge can easily identify fuel discrepancies when vehicles are returned, even if the dashboard inaccurately indicates a full tank. In addition, the solution automates fuel management by identifying vehicles that require refuelling before their next rental. It also monitors its usage patterns to detect potential theft or misuse, helping to streamline operations and reduce costs. By integrating this functionality, rental companies can optimise their fuel-related operations and improve overall fleet efficiency. Teltonika FMC003 is also a highly versatile and flexible OBD tracker, designed to meet the diverse needs of modern fleet management. With support for over 1,500 different vehicle models , it ensures compatibility with a wide range of cars, making it an ideal solution for companies with mixed fleets. What's more, it expands usage scenarios with support for more than 150 car models in the growing electric vehicle (EV) market. This diversity makes FMC003 a future-proof solution for companies looking to optimise operations across both internal combustion and EV fleets. TOPOLOGY BENEFITS Accurate fuel monitoring - the 'Distance Since Refuel' parameter eliminates inaccuracies in dashboard readings, allowing businesses to detect discrepancies and incomplete refuelling as they happen. Improved operational efficiency - automated fuel tracking reduces the time spent on manual checks, streamlines vehicle turnaround, and ensures the fleet is fully prepared for the next rental. Optimised business costs - companies can minimise financial losses and increase profitability by identifying fuel abuse, theft, or unauthorised vehicle use. Improved customer experience - providing fully prepared vehicles with accurate fuel levels improves the level of satisfaction and trust from clients, ensuring a smooth rental experience. Scalable fleet management – Teltonika FMx003 series is a perfect choice for large rental fleets, providing a reliable and automated solution for tracking and managing fuel data for thousands of vehicles. WHY TELTONIKA? Teltonika's telematics division delivers high accuracy in fuel monitoring for car rental fleets, using FMx003 series OBD data trackers to provide actionable insight into fuel usage and vehicle performance. This technology provides real-time access to critical parameters, such as 'Distance Since Refuel' and actual fuel levels, eliminating the inaccuracies of dashboard readings. The solution helps rental companies identify fuel discrepancies, minimise disputes, and optimise refuelling schedules to reduce downtime and operating costs. FMx003 series GPS trackers are compatible with both internal combustion and EVs, making them the ideal choice for a wide range of fleets. Backed by Teltonika's commitment to innovation and quality, our solutions provide the tools needed to optimise fleet performance, deliver exceptional customer experiences, and help maintain a leading position in the rental car market. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Car sharing. rental & leasing Add a Title Car sharing. rental & leasing Add a Title Car sharing. rental & leasing FEATURED PRODUCT FMC003 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. 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Goods delivery tracking utilising Bluetooth® LE Teltonika EYE Beacons or EYE Sensors and vehicle GPS trackers GOODS TRACKING WITH BLUETOOTH® BEACONS AND SENSORS (JP) INTRO The shift in the global economy has triggered not only the online shopping surge and the demand for delivery services but major challenges too. To remain competitive and profitable, delivery businesses have to look for innovative and efficient solutions. Wireless Bluetooth® technology combined with process monitoring and automation opens up new horizons in the vehicle telematics industry, making a significant difference. CHALLENGE Shifting customer preferences, time constraints, unstable market prices, managing customer expectations, improper shipment handling, logistics route optimisation are the biggest challenges faced by delivery and courier companies every single day. Even more, according to BSI and TT Club Cargo report , theft of cargo in transit was the highest among all cargo thefts in 2020 - 71%. Losses from warehouses and other storage facilities increased to 25%. To satisfy market demand, stay afloat, keep customers updated and optimise everyday costs, the present-day logistics business requires not only tracking and managing vehicle fleets but also the goods being delivered - parcels, packets, pallets, boxes, livestock, food, pharmaceuticals, etc. That is why tracking proximity to identify lost and found events or monitor goods loading and unloading events becomes an essential procedure in the freight delivery industry. Sure enough, it is vital to monitor the route, track delivery time and record the last known location of goods. This optimises the delivery process and greatly reduces operational costs. In addition, fleet managers need to efficiently manage the condition of goods during transport to ensure timely delivery to the right destination. In particular, critical parameters, such as cargo temperature, humidity, and even shock detection of items. All of this data and events must be tracked, recorded and immediately sent to the fleet tracking software application if transport conditions are violated, a package is lost or delivered to the wrong address. But there is a major technical difficulty here - GPS signals often are not accurate enough to be practical indoors or in narrow streets as they diminish and scatter by surrounding structures - roofs and walls. Even more, the location error range of some GPS chips can be greater than the indoor space itself. The good news is that these challenges can be effectively tackled by utilising wireless Bluetooth® technology, brand new Teltonika EYE Beacons and/or EYE Sensors , and vehicle GPS trackers . SOLUTION All Teltonika GPS trackers based on the FMB platform support wireless Bluetooth® 4.X LE connectivity, so they can effectively communicate with Bluetooth® devices such as beacons and sensors. A tracker should be installed in a vehicle and configured the usual way in the spot where the Bluetooth® antenna is not covered by large metal parts nearby. If it is enough just to monitor delivering package location , vehicle trackers and beacons combo should be used. Alternatively, in cases where it is required to get location and additional cargo data , such as temperature, humidity, magnet detection, and movement, it is advised to use a vehicle tracker and EYE Sensor sets. How it works - for the sake of example, we use Teltonika vehicle tracker FMB140 model. The small and lightweight EYE Beacon or EYE Sensor should be attached to every delivery item to be tracked and monitored - the parcel, packet, box, pallet, etc. Because each EYE Beacon and EYE Sensor has a unique ID number transmitted over the air at configurable intervals, GPS trackers read, identify them and send this data as iBeacon or Eddystone profile, combined with its GNSS location details, to a server for analysis. Dedicated software developed by a telematics service provider identifies and displays the location of all beacons and/or sensors (i.e. tagged items) based on proximity to the nearest tracker, helps manage Bluetooth® LE accessory allocation procedures, etc. As a result, delivery monitoring is conveniently accessible via PC, laptop or smartphone, greatly improving business efficiency. To provide maximum value, these devices have two handy features to consider - 'Proximity event' and 'Filter by name'. Let's take a look at the special features of the firmware which, in combination with the new Teltonika products, EYE Beacons and EYE Sensors, make them the perfect choice for two prominent use cases in the field of goods delivery. SMART FEATURES TO STAND OUT Proximity events . The practical Teltonika GPS tracker configuration application allows choosing different settings and scenarios to satisfy company needs. Thanks to this, a vehicle tracker can generate location-related events, lost and found item events depending on Bluetooth® signal strength. Here, FMB140 can generate asset proximity events depending on Bluetooth® signal strength received from beacons. This allows determining timely and accurately each moving beacon or sensor (so, the item of interest) locations grouped into ‘Near’, and ‘Away’ zones. As a result, lists of tracked delivery items in each zone can be generated or specific event notifications can be initiated. As an example, if an item has left all trackable zones (aka 'Lost' event), a GPS device will register this fact, determine and record the last known location coordinates and the exact time of the event. All that is done to suit business needs as efficiently as technically possible. Filtering by name. This custom filtering feature allows to group and name assets by a specific attribute or property meaningful to business operations (e.g., domestic delivery items or export; top priority or low priority goods; hazardous items, damaged items, etc.). The option helps to monitor and manage items or interest sorting, warehousing, loading/unloading procedures and optimise corporate fleet use even more efficiently, this way avoiding costly mistakes, saving time, and company resources resulting in maximum efficiency. To sum up, Bluetooth® connectivity is low cost, high energy efficiency and accuracy, network independent, low interference, easy to install and use. Teltonika beacons and sensors, with configurable signal strength and data transmission intervals to meet exact customer requirements, can be easily integrated into virtually any size and shape of the environment. The overall result is significant project diversity and profitability, improved business reputation, competitiveness and return on investment. TOPOLOGY BENEFITS Customisable settings for every project - to get the maximum value out of it, Teltonika Bluetooth® LE beacon and sensor signal strength and data transmitting intervals can be configured to exact project application needs and used in, practically, any form and size buildings. Precise delivery goods location and status monitoring – 100% accountability of everything important to the delivery business - goods, valuable assets, processes, patterns, and personnel actions are being tracked, monitored, and optimised. Value-adding EYE Beacon and EYE Sensor features - abundant smart and practical event scenarios helping to track, monitor, manage and optimise cargo deliveries with outstanding efficiency. Wireless and affordable - Bluetooth® connectivity ensures fast installation and setup, low interference, power consumption and is inexpensive. If damaged, lost or stolen, Teltonika accessory can be quickly replaced. Improved profitability and competitiveness - considerable cost savings because of cutting goods, valuable asset loss expenses, anti-theft protection to boost profits, improved cash flow and investment/expansion opportunities. WHY TELTONIKA? Lost parcels, damaged goods, and frustrated customers are the nightmares that keep logistics managers awake at night. With Teltonika wireless beacon and sensor solution, these worries are a distant memory. Our comprehensive system tracks your goods in real-time, providing constant awareness of their location, condition and environment. This real-time visibility enables you to proactively address potential issues, prevent costly delays, and ensure on-time deliveries. But we are more than just a tracking solution. We offer a complete ecosystem that supports you throughout your entire asset-tracking journey. Our expert team provides seamless implementation, ongoing support and valuable insights to optimise your operations. Choose Teltonika and experience the peace of mind that comes with knowing your goods are safe, secure and on the right track. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Assets & workforce Add a Title Assets & workforce Add a Title Assets & workforce FEATURED PRODUCT EYE Beacon Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Teltonika GPS tracker FMB130 and CAN-CONTROL adapter for car-sharing to control the lock of a car remotely CAR-SHARING SOLUTION (JP) INTRO Recently, we have seen the development of car-sharing services used by individuals, companies, and public institutions alike. Although these customer groups are different, they all want to use vehicles in a convenient and efficient way. Reasons for using such services include fleet optimisation, convenience, sudden need for vehicles, business trips, travelling abroad, etc. In addition, matters, such as car insurance, tyre changing, maintenance or car washing should be taken care of for a customer. CHALLENGE In order to provide car-sharing services, it is necessary to be able to control the locking and unlocking of a car remotely. There is a need for a solution that includes hardware, firmware, and software compatibility . It has to work flawlessly because the safety of the car and the comfort of the customer depend on it. In addition, the management of each car requires a different code, so the database must be large and constantly updated to include new popular car models. The lack of accurate, real-time data on vehicle location, performance and user behaviour makes it difficult to optimise fleet operations. Without advanced tools to monitor and address these issues, car-sharing companies risk falling behind in an industry that demands reliability and efficiency. Addressing these pain points requires an intelligent, integrated solution designed to improve visibility and control across the entire fleet ecosystem. SOLUTION Teltonika has a solution – the vehicle GPS tracker FMB130 and CAN-CONTROL adapter . The adapter allows you to control car doors and works with many of our products, the list of which you will find at the end of this text. How it works - when the adapter is connected to the CAN bus, it allows scanning of over 300 parameters and controlling the car’s central lock, windows closure, switching on/off turn lights, and boot release. Also, you will be able to check door, parking brake, and light status. Data that can be received in real-time include engine RPM, vehicle speed, information about the current fuel level status from the dashboard, helping you to figure out the range that the car can still cover, and other important parameters. Electric cars are supported as well with some additional parameters to monitor battery level, charging status, charging cable status, and how much the car can travel with the current battery charge level. You can learn more about the technical aspects of this use case here . These Teltonika GPS trackers currently support over 1,300 car models, and the list is constantly updated to match new models of the most popular cars. In car-sharing services, the vast majority of the fleet consists of new cars not older than 3 years, which means that their engines support new technologies and produce fewer emissions into the atmosphere, thus, offering an eco-friendly solution. TOPOLOGY BENEFITS Easy to configure devices – the intuitive Teltonika Configurator tool for an easy configuration and FOTA WEB solution for simple firmware updates over the air, meaning no need to get to the cars and connect to trackers via wires. An extensive list of supported cars – more than 1,300 vehicles supported, from the most popular models to electric cars. CAN bus data reading – access to the many parameters related to car status and usage analysis, i.e., the data that is crucial for quality service delivery. SUCCESS STORY A Spain-based telematics integrator that provides a remote operations platform for vehicle rental companies. With slight customisation, they have optimised Teltonika FMC130 and CAN-CONTROL tracking devices for quick installation in the cars and motorcycles they manage, making them particularly suitable for high-turnover fleets. As a result, drivers can pick up and return vehicles independently 24/7. These Teltonika GPS products allow real-time tracking, engine ignition blocking, and CAN data reading. With thousands of self-service reservations already completed in 2024, the benefits are clear - significantly reduced manual labour and increased customer satisfaction. WHY TELTONIKA? Teltonika business partners have successfully implemented the solution for car-sharing services in a number of projects. In addition, we continue to improve our devices based on their feedback. In line with our motto "Easy key to IoT", we offer intuitive tools for easy configuration of the required functionality and FOTA WEB solution for remotely updating a tracking device firmware. Teltonika is one of the world's leading manufacturers of innovative telematics solutions tailored to the needs of the car-sharing industry. Our vehicle GPS trackers and IoT technology offer seamless integration with vehicle management platforms, enabling real-time tracking, remote access control, and detailed usage analysis. By deploying our latest products and solutions, car-sharing companies can improve operational efficiency, ensure vehicle security, and deliver a superior customer experience. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Car sharing. rental & leasing Add a Title Car sharing. rental & leasing Add a Title Car sharing. rental & leasing FEATURED PRODUCT FMB130 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. 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Comprehensive and affordable agricultural machinery tracking solution using GPS tracker FMB140 and Bluetooth® connectivity TELEMATICS FOR THE AGRICULTURE AND FARMING INDUSTRY (JP) INTRO To meet the growing demand for agricultural produce and the many challenges facing the industry, today's farmers need to be more innovative, efficient and competitive, while conserving resources. As a result, comprehensive, affordable and customisable solutions for tracking agricultural machinery, combined with process monitoring and automation, are becoming not just an attractive option, but a necessity. CHALLENGE The world's population continues to grow by around 83 million people every year. To get an idea of the scale of this process, consider that it has grown from 1 billion in 1800 to 7.8 billion in 2020, so agriculture is essential to our existence and must find a way to perform at its best with the least waste of time and effort. There are many issues affecting agriculture - weather and climate change, economic, environmental and political factors, supply and demand concerns. One of the biggest challenges in large-scale farming - agricultural machinery, such as tillage, planting, harvesting/post-harvesting, and any industry-specific equipment or accessories attached for a specific purpose - is the efficient automation of management and tracking. Traditional paper records and/or printed maps used for many years are neither practical nor in line with today's farming requirements and practices. Furthermore, if farmers have a bad year because of agriculture issues that led to a poor harvest and significant financial losses, it affects many people in the country or region and that effect may even last for years to come. Did you know, according to the State of Food and Agriculture (SOFA) report , food loss and waste reached over 15% in North America and Europe, and over 20% in Central and South Asia in 2019? So, how can modern farm owners solve this challenge of efficient machinery tracking and management once and for all, with minimum effort and maximum results? SOLUTION Thanks to the fast-developing IoT technologies, agriculture-specific equipment, farming implements, and/or accessories tracking and management can be successfully achieved by combining GPS devices, CAN bus data adaptors, and Bluetooth® Low Energy 4.X (BLE) ID beacons . The preferred choice for this matter is the vehicle GPS tracker Teltonika FMB140 with a built-in CAN data reading feature and advanced software version supporting agriculture-type vehicles (aka ALL-CAN300 option). ID beacons are small radio transmitters that broadcast their unique identifier signal utilising wireless Bluetooth® connectivity which has proven to have low cost, high energy efficiency, accuracy, and low interference. Beacons are easy to install, deploy, and integrate into the existing ecosystem and are swiftly replaceable if broken or stolen. They can be configured to exact customer needs, signal strength and data transmitting intervals can be easily integrated into virtually any size and form environment. Here to say, Teltonika GPS trackers support up to 100 beacons at a time and each of them will continuously work, depending on the model, for around 4 to 10 years on a single battery transmitting a signal up to 500 m range. Here is how it works - Bluetooth® LE ID beacons had to be attached to various non-motorised farming implements, agricultural machinery, attachments, and accessories to be monitored and accounted for. Thanks to the wireless communication principle, the installation process is effortless, fast, and low-cost. At the same time, Teltonika FMB140 trackers should be mounted on agricultural vehicles, such as tractors, harvesters, loaders, round balers, farm utility and all-terrain vehicles, etc. Each ID beacon transmits a unique signal and GPS devices read and identify them all. The FMB140 then sends this data, along with its GNSS location details, to a server for analysis. Dedicated software determines the location of all beacons (i.e., tagged agricultural assets) based on their proximity to the nearest Teltonika tracker mounted on an agricultural vehicle. Conveniently, there is no need to log in, authenticate or take any other action - all tracking and recording are done automatically in real time and are available to farmers 24/7/365 from any modern device with internet access. As a result, they know exactly what works were done in what fields and can plan their further actions accordingly which makes it a comprehensive and indispensable choice. No more the old-fashioned ‘pen and paper’ methods whatsoever which are known to be inconvenient, impractical, and error-prone. To bring even more value and benefits to farming businesses, Bluetooth® ID beacon usage can be successfully extended to many indoor tracking solutions in warehouses, farming houses, barns, mills, dairy buildings, etc. FMB140 model, like any Teltonika GPS tracking device, offers multiple additional functions that are just as useful as live tracking such as Green Driving, Jamming detection, Excessive Idling detection, Immobilizer, Unplug detection, Towing detection, Crash detection, Auto/Manual Geofence, Trip, trackers configuration and firmware remote update via FOTA WEB tool . For instance, geofences are virtual boundaries a farmer can draw on a digital map in a relevant software application that is used in location-aware events and various alarms. This handy feature can be used for setting up events and receiving notifications when an agricultural vehicle or attachment enters or leaves a predetermined area. Even greater, it allows drawing zones around farming fields, warehouses, various sites of importance, secure areas, etc. Keep in mind, ID beacons allow tracking and simplify drivers’ authentication solutions too. If the authentication fails, a vehicle ignition starter will remain disconnected to prevent undesirable actions. Altogether, this ensures automated hassle-free fleet drivers’ time, location, action tracking, monitoring, and management. Wireless external fuel/liquid level sensors (aka FLS or LLS) can be utilised to measure current fuel volume and its changes in a fuel tank. They are used as a part of a vehicle telematics system and provide accurate data measuring remaining liquid, fuel tank fill-up, and draining volumes. Also, it helps a farming fleet to stay accountable, economical, and prevent fuel thefts from motorised farming machinery tanks. Wireless communication eliminates the risk of cable vandalism and significantly simplifies the installation process. Thanks to Jamming detection, Immobilizer, Unplug detection, Towing detection feature combo, drivers' and agricultural vehicles safely will be substantially increased. Even more, farmers can implement automated drivers’ identification and working hours measuring solution utilising 1-Wire technology, GPS trackers mounted on vehicles and relevant accessories for this matter. Built-in CAN bus data adaptor reads over 100 parameters to ensure timely fleet maintenance schedules and service; highly efficient, comprehensive, and automated management helps to save fuel, and time, avoid downtime, farm running costs increase, and overheads. All this contributes to the ultimate goal that every farmer looks for – the growth of productivity and output with a minimum effort. TOPOLOGY BENEFITS Smart farming and outstanding efficiency - 100% accountability for everything that matters to the farm business: equipment, valuable assets, processes and patterns are tracked, monitored and optimised. Maximum results with minimum effort and no more messy paper notes or printed maps. Low-cost Bluetooth® ID beacons set up – adding wireless identification functionality to agricultural machinery is a simple and quick process for current users of our telematics solutions. If broken or stolen, they can be quickly replaced. Customisable solutions for every business need - to get the most out of them, ID beacons can be configured with signal strength and data transmission intervals to suit your exact needs and can be used in any shape or size of farm field or site. Efficient fleet maintenance, safety, and timely service – fleet owners can be confident that their agricultural vehicles are kept in perfect condition, safe and fully operational. Tracking vehicle maintenance schedules becomes a hassle-free, automated process, saving valuable time and resources. Extensive Teltonika GPS tracker FMB140 functionality to serve farming needs - integrated CAN bus data reading, flexible configuration, multiple-use scenarios and a wealth of benefits to optimise fleet management, reduce running costs, and improve ROI. SUCCESS STORY Companies operating in the agricultural sector in Benin faced several challenges due to the lack of proper tracking of farming equipment and land use. This made it difficult to monitor daily task progress and allocate resources effectively. Farmers also did not have the data they needed to identify the best tools or improve efficiency, resulting in wasted resources and lower productivity. To address these issues, the telematics and IoT solutions integrator offered local farmers a solution using Teltonika FMB920 vehicle GPS trackers for tractors and EYE Beacons for monitoring farm equipment, such as harrows and ploughs. Once implemented, farmers receive real-time data on equipment usage, cultivation, and tractor fleet performance. This has significantly improved resource planning and increased productivity, allowing business owners to address issues more quickly and choose the most suitable tools for the job. As a result, farming in Benin is now more productive and cost-efficient. WHY TELTONIKA? Teltonika is one of the world's leading manufacturers in the telematics industry, offering comprehensive solutions to meet even the most demanding agricultural requirements, utilising the benefits of comprehensive GPS tracking and Bluetooth® wireless connectivity. We research, design, develop, manufacture, innovate, supply products and provide impeccable customer service to our customers and business partners in over 160 countries worldwide. Built on a foundation of innovation, reliability, and sustainability, our IoT solutions are designed to give farmers the tools they need to succeed in an ever-evolving industry. Teltonika's commitment to sustainable agriculture is reflected in our energy-efficient equipment, durable materials, and software tools that promote optimal use of resources. By partnering with us, you invest in a farming future and contribute to a more sustainable and food-secure world. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Agriculture construction & mining Add a Title Agriculture construction & mining Add a Title Agriculture construction & mining FEATURED PRODUCT FMB140 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. 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When choosing a GPS tracker, it is very important to understand what additional services and tools you will get with the device BASIC TRACK & TRACE (JP) INTRO In today's world of rapidly advancing smart devices, the term 'basic track and trace' takes on a new meaning. Just getting the coordinates from the device is no longer enough. Therefore, GPS trackers need to be universal to meet different requirements. When choosing a tracking device, it is very important to understand what additional services and tools you will get with it. CHALLENGE A key factor in choosing a GPS tracker is the added value that the integrator being compared can offer to the end user. For this reason, it is not only the hardware specifications of a product that are important, but also the firmware features, associated tools and applications. The time how quickly a customer can bring a product to market is also very important. That is why, in addition to GPS trackers, our customers receive a range of useful tools to help them get up and running quickly and keep them operating successfully and reliably. SOLUTION Teltonika GPS trackers are developed on a common firmware platform, which is constantly being developed and extended with new features. A common platform means that the main core of functionality is the same on all types of our trackers - be it PROFESSIONAL, ADVANCED, or BASIC category models. The intelligent use of functions gives the user a wide range of options and a valuable advantage over other GPS trackers in a similar price range on the market, making them suitable for different telematics solutions. Speaking of hardware specifications, all Teltonika trackers are equipped with a high-gain GNSS antenna for accurate GPS tracking. 128 MB of internal memory allows for collecting data in areas where there is no GSM network connection. Internal memory makes it possible to update the firmware - a feature that not every simple GPS tracker has. All our trackers have an internal backup battery that allows a notification to be sent if an unauthorised disconnection is detected. Now let's look at software solutions. For quick and easy implementation of 'Teltonika data protocols', a packet parser tool and communication server source code examples are provided. For easy control of the entire fleet, our customers receive free access to FOTA WEB platform. This is a powerful software service for remote configuration and firmware updates. Even more, all Teltonika GPS trackers on the FMB platform support Teltonika Configurator - the handy tool for device configuration, firmware updates, and testing. As for documentation related to all features and configuration instructions, our customers can find this information on Teltonika Wiki page . FMB920 model is one of our most popular trackers. In fact, its competitive price, smart functionality and high quality have quickly made it our bestseller. We ship this GPS device from the factory with a default configuration that is ready for a track-and-trace usage scenario. The customer only needs to insert the SIM card and configure the server settings. With a wide range of firmware functionality and configuration options, FMB920 is suitable for customers with a variety of needs. The basic firmware functionality supports such generic features as sleep modes, trip detection and different data acquisition modes depending on the ignition/movement source or even the connected GSM operator. The device supports different ignition detection modes depending on the installation scenario. It also supports advanced features, such as auto geofence, towing detection, green driving, crash event detection, virtual odometer, unplug detection, GPRS/SMS notifications and many more. The user can easily enable the required function using the configurator or FOTA WEB and change the configuration according to the changing needs of the customer. Teltonika trackers also support Bluetooth® LE technology, which greatly enhances their functionality. For example, if a customer wants to get more telemetric vehicle data, it is possible to connect via Bluetooth® OBD-II dongle and read such data as mileage, engine hours, engine faults, fuel level, etc. Advanced mode allows EYE Beacons and various EYE Sensors (temperature, humidity, movement, etc.) to be configured. Bluetooth® beacons can be used as immobilizers or for driver and passenger authentication. They can also be used to monitor assets during transport, including indoor tracking. It is also possible to configure a device via Bluetooth®. We provide Bluetooth® communication protocols so that users can develop their own mobile applications to read notifications in real-time and perform many other useful functions with their GPS trackers. TOPOLOGY BENEFITS Easy and fast integration - professional tools, such as Teltonika Configurator and FOTA WEB, save time and make it easy to control your fleet. Improved operational efficiency - Teltonika GPS trackers enable fleet managers to streamline routes, reduce fuel costs and optimise vehicle utilisation, resulting in tangible savings and improved productivity. Enhanced security measures - real-time tracking ensures swift detection and response to unauthorised vehicle movements, significantly reducing the risk of theft and ensuring fleet safety. Insightful data analysis - access to granular data, from driving patterns to idle times, provides managers with actionable insights for informed decision-making and performance improvement. Accurate time management - predict accurate vehicle arrival and departure times, increasing customer confidence and satisfaction through reliable service delivery. Minimise maintenance costs - by tracking vehicle health metrics, you can anticipate maintenance needs, reducing unplanned downtime and associated costs. Environmentally conscious - by enabling efficient route planning and monitoring, Teltonika trackers help to reduce a fleet's carbon footprint, demonstrating a commitment to sustainability. WHY TELTONIKA? Integrating our trackers into any system is quick and easy, thanks to professional tools and qualified technical support that is always ready to help any customer. Teltonika technical support is available not only at the head office but also in remote offices around the world. Our clients can always use the online services Teltonika Wiki and Community Forum to check information about our products. Customers who purchase GPS trackers from us also get free access to FOTA WEB service, where they can update configurations and firmware versions as new features are released. High-quality European manufacturing and an experienced team ensure the long-term success of our products. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Fleet telematics Add a Title Fleet telematics Add a Title Fleet telematics FEATURED PRODUCT FMB920 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Autonomous asset tracker Teltonika TAT100 opens up new opportunities for equipment tracking and managing construction sites SOLUTION FOR TRACKING AND PROTECTING CONSTRUCTION EQUIPMENT INTRO Construction is a multi-billion dollar industry that not only adds significant value to the economy but is one of the fastest-growing sectors in most countries. Equipment is a vital part of the construction sector and needs to be managed effectively, not only to prevent theft but also to keep businesses profitable. Wireless technology, combined with autonomous Teltonika trackers, opens up new opportunities for managing construction sites. CHALLENGE Growing investment in infrastructure projects and demand for construction equipment are driving this market forward. According to marketsandmarkets.com report , it is expected to reach USD 250.4 billion by 2026, growing at a CAGR of 3.8% during the forecast period. Nevertheless, the challenges faced by business owners persist. Sadly, thefts of construction equipment are evident in many countries around the world, accounting for more than USD 1 billion annually. Losses of equipment are estimated at EUR 1.5 billion in European countries and around USD 650 million in Australia. As expensive tools and equipment on construction sites can be left outdoors and unattended, it is, pretty much, a risk-free and lucrative job for thieves. Given that less than 25% of stolen equipment is recovered each year and some types of equipment cost up to EUR 150,000, the issue of theft needs to be addressed with seriousness. Even more, the direct cost of replacing stolen equipment is just one of the few problems faced by construction companies. Project delays, wasted working hours, increased costs for equipment rental and insurance are among the main indirect costs that follow theft. Fortunately, these losses can be avoided with Teltonika Telematics tracking devices. SOLUTION To address the challenge, we choose the autonomous Teltonika asset tracker TAT100 with a few distinctive features - certified IP68 rating robust casing, high-gain GNSS antenna, universal mounting, and long-life swappable internal battery. Its lifespan is up to 1,000 records, or 3 years while sending a record once per 24 hours. This model is ideal for tracking all sorts of valuable goods (including non-powered ones), pricey tools, a wide range of construction equipment, waste and debris skips, and large containers or small crates with consumables and building materials. How it works - whether it’s electrical or non-powered assets, TAT100 should be mounted on any tool or machinery to be tracked and monitored - skid loaders, wheel loaders, bulldozers, cranes, excavators, pile drivers, telehandlers, scissor lifts, forklifts, generators, laser levels, ladders, wheelbarrows, cable reels, tool boxes, etc. Conveniently, Teltonika asset tracker has 4 mounting options to choose from: straps, double-sided tape, magnetic (extra TAT Holder is required) or screws. Regardless of the shape of the object or the material it is made of, site managers can choose the most suitable mounting method for each project. TAT100 is equipped with an internal high-gain GNSS antenna to ensure the accuracy of location tracking and sends periodic information to a dedicated server for analysis of the construction equipment depending on the selected settings in its Configurator tool . So, if a piece of equipment or tool leaves a specified location or area (for instance, a construction site or a defined zone within it), an alarm notification could be initiated by an online tracking platform, allowing appropriate actions to be taken to prevent theft and financial loss. Yet more, if for some reason the communication with GNSS is lost or interrupted (e.g., satellite radio signal blockage due to concrete buildings, bridges, large trees, etc.), TAT100 model has a Location-Based Service (aka LBS) scenario. This function is based on the location of an autonomous device, which is determined by its geographical location using the GSM mobile phone network. This means that the location of every object of interest on the site will be known. Stillmore, rigorously tested robust and water-resistant casing makes certain the solution will work even in demanding climatic environments and challenging weather, e.g., sandstorms and/or dusty winds in regions such as the Middle East, Northern Africa, Central Asia and the like, monsoon seasons, the humid subtropical or oceanic climate in Western Amazon basin countries, South Asia, Africa, Australia, and the Pacific coast of Central America, etc. Finally, the autonomous Teltonika TAT100 firmware updates and configuration changes can be made remotely using FOTA WEB tool - a powerful software solution helping to manage these devices with maximum efficiency while saving precious time and company resources. TOPOLOGY BENEFITS Reliable tracking in challenging weather conditions - thanks to its certified IP68-rated casing, TAT100 model can be used in a wide range of harsh environments, including construction sites, as it is robust, 100% dustproof and protected against temporary submersion in water. Tracking any construction assets of interest - the autonomous device is ideal for tracking all sorts of valuable equipment, electrical or non-powered, and objects of any shape thanks to its various mounting options. Avoiding theft on construction sites - the thefts of pricey tools, equipment, materials, and machinery can be prevented, significantly reduced or detected during the process, allowing time to take appropriate action. Ensures periodic location tracking of items thanks to internal high-gain GNSS antenna, handy LBS scenario, and easy-to-swap internal batteries. It promotes labourers’ discipline and proper tool usage habits - continuous monitoring and control of employee routines, combined with the right motivation system, will improve the company’s reputation, optimise workflow and operational costs. More projects and business opportunities - the versatility and durability of the autonomous Teltonika TAT100 tracker allows it to be deployed in a wider range of markets and regions, even in adverse weather and driving conditions, leading to more projects, more revenue and a considerable competitive advantage. WHY TELTONIKA? To successfully address and resolve construction equipment tracking and monitoring challenges in any climatic conditions, we offer a popular choice from Teltonika – the autonomous asset tracker TAT100 with robust and certified IP68 rating casing, a few mounting options, and a swappable high-capacity internal battery helping effectively manage construction sites and their assets. With a strong foundation in IoT and telematics innovation, Teltonika offers reliable, scalable, and customisable solutions tailored to the unique challenges of the construction industry. Our GPS devices integrate with fleet management platforms to provide actionable insights into equipment performance, fuel consumption, and maintenance needs. Whether securing high-value machinery or rationalising resource allocation, Teltonika's products provide companies with the means to increase efficiency and profitability. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Agriculture construction & mining Add a Title Agriculture construction & mining Add a Title Agriculture construction & mining FEATURED PRODUCT TAT100 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. 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Streamline medical equipment management and improve patient care with Teltonika EYE Beacons MEDICAL EQUIPMENT TRACKING WITH EYE BEACONS INTRO The medical device market was worth a staggering $512 billion in 2022 and is expected to grow to $800 billion by 2030. However, managing such high-value medical equipment comes with its own set of challenges. Teltonika EYE Beacons combined with a gateway can help to address these concerns. CHALLENGE The time spent searching for medical equipment is distressing, with nurses wasting up to an hour per shift searching for equipment ranging from infusion pumps and medical trolleys to wheelchairs and hospital beds. Other studies suggest that hospital staff waste up to 34% of their time searching for equipment. And it's clear that time is of the essence in hospitals, where every wasted minute can cost lives. Another significant worry is the theft and loss of medical equipment. Typical targets for theft and loss include medical computers, wheelchairs, defibrillators, portable diagnostic equipment, ventilators, and infusion pumps. It is very concerning that 10% to 20% of mobile equipment in hospitals is stolen or otherwise lost , costing an average of $3,000 each. For example, despite the significant cost of medical devices, approximately 30% of healthcare spending in the United States is wasted. A number of factors contribute to this wasteful spending, including inefficiencies such as over-purchasing equipment, ineffective use of medical devices and lack of workflow data. Today's modern hospitals need an effective and automated approach that can help solve these challenges, and Teltonika Telematics has a practical solution to offer. SOLUTION To solve these challenges, boost hospital efficiency, and prevent medical equipment theft, we use Teltonika EYE Beacons and a gateway, such as GH5200 autonomous GPS tracker, a smartphone with a third-party app or a compatible Teltonika Networks router . EYE Beacons should be attached to all portable medical equipment, and gateways should be placed throughout the hospital or, in the case of GH5200, carried by staff. How it works – each EYE Beacon is assigned to a specific medical device to which it is attached – a computer, ventilator, diagnostic device, etc. When it is near the gateway, for example when the nurse visits the room GH5200 tracker, it scans the nearby beacons and the staff in charge can see the RSSI -based location of the medical device via a third-party platform or mobile application. Moreover, each room has one stationary EYE Beacon installed, so that GH5200 can recognise indoor location. Teltonika EYE Beacon is equipped with an omni-directional antenna , so the signal travels around the beacon, unlike competing one-directional solutions. In this way, our beacons provide reliable coverage in hospital rooms. Such solution helps to significantly reduce the time it takes to locate medical equipment. Hospital staff can easily see which room the equipment is in and when it leaves the room. For example, the nurse can quickly find out if the bed is in the patient’s room before a person arrives. It can be adapted throughout the hospital to track thousands of different medical devices. Hospital personnel can then ensure that equipment is returned to where it’s supposed to be after use, ready for the next emergency. Hospitals cannot afford to be unprepared for emergencies, and this solution helps to ensure that they are, by locating equipment throughout the hospital without delay or hassle. With EYE Beacons attached to devices of interest and connected to gateways throughout the hospital, managers are always aware of the location of their medical equipment, acting as a perfect theft prevention measure and helping to locate items lost in different rooms throughout the hospital. Operational management can also swiftly and accurately find out how many beds are available in each unit and how many patients can be admitted. Moreover, digitised medical equipment usage data can help optimise workflows and equipment purchases, saving valuable time and resources. Finally, by equipping hospital staff with Teltonika GH5200 personal trackers, an organisation ensures their safety by confirming their approximate location and providing them with an alarm button to call for a doctor or report an emergency. It also supports two-way voice calls for easier communication among medical colleagues. Time management opportunities enable checking the timing of when the personnel visits specific patients and how long they stay there. Another great part of this solution is that this GPS tracking device regularly scans the surrounding EYE Beacons, eliminating the need for other gateways and making a project more affordable. TOPOLOGY WITH TRACKER TOPOLOGY WITH APP BENEFITS Reduced time wasted in locating equipment - Teltonika EYE Beacons help spot the location of required hospital equipment with room accuracy. Prevent theft and loss - the location of medical equipment is always available throughout the hospital, ensuring that equipment is not lost or stolen. Improved emergency readiness - hospital managers can ensure the right equipment is available for patients at all times. Increased hospital efficiency - with data on equipment usage and availability, hospitals could buy only what they need and avoid overspending. Safer and more efficient hospital staff - with GH5200 tracker, it's possible to know the location of staff in the hospital, provide them with a panic button for emergencies and communicate easily with two-way voice calls. WHY TELTONIKA? Thanks to its extensive experience in the telematics sector and IoT industry, Teltonika Telematics has developed a reliable Bluetooth® beacon that, combined with the personal tracker, is the perfect choice for tracking medical equipment. Robust design with easy mounting options, up to 10 years of battery life, an IP67 water-resistant rating and an omni-directional antenna are just a few examples of what makes EYE Beacon stand out for medical equipment tracking. Furthermore, we use sustainable manufacturing processes, environmentally friendly product packaging and other measures to set ourselves apart from the competition. These efforts have also been recognised by the Ecovadis sustainability ratings, which awarded Teltonika Telematics a silver medal. This adds up to the trust of business partners and customers in over 160 countries around the globe. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Assets & workforce Add a Title Assets & workforce Add a Title Assets & workforce FEATURED PRODUCT EYE Beacon Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Assets & workforce Add a Title Assets & workforce Add a Title Assets & workforce Related products View more View less Related accessories View more View less

Compact, robust, easy-to-install Teltonika FMx880 series GPS trackers for insurance companies and corporate fleets TRACKERS FOR THE INSURANCE TELEMATICS INDUSTRY INTRO Most car crashes worldwide are caused by driver errors and undesirable behaviour, leading to significant issues for businesses, road users, law enforcement, and society, costing billions annually. To address this issue, Teltonika's telematics division has developed and manufactured sophisticated GPS trackers with a unique feature set, dedicated to insurers and corporate fleets. CHALLENGE According to Statista , the global Motor Insurance market is expected to continue to grow significantly over the coming years. Many fleet owners, insurers, and traffic police are familiar with unwanted driver behaviour. Nearly all car crashes result from driver error. According to the National Highway Traffic Safety Administration , “94 per cent of serious crashes are due to dangerous choices or errors behind the wheel.” To understand the problem, the World Health Organization reports that around 1.19 million people are killed on roads globally each year, with more than half of those fatalities being pedestrians, motorcyclists, and cyclists. Fraudulent insurance telematics claims are also a major global issue. In 2023, Japan uncovered 65,000 fraudulent claims submitted by Bigmotor, while the United Kingdom detected 45,800 fraudulent motor claims, worth £501 million. There is a clear demand for solutions to reduce insured losses, presenting a significant business opportunity. As one of the industry leaders, Teltonika's telematics division is committed to preventing injuries, deaths, and financial losses through IoT technology. Here’s how we make a difference. SOLUTION By utilising telematics-based products, insurers can reduce common risks associated with insuring drivers, leading to fewer claims and higher profits. When a vehicle is equipped with a GPS tracker, it transmits the vehicle's geographical location, average trip speed, driving style details (e.g., aggressive acceleration, braking, cornering), traffic violations, accident data, and more. This approach provides actionable feedback, enabling both insurers and drivers to adopt safer driving practices. It benefits both parties, creating a win-win situation for businesses, road users, law enforcement, and society. Teltonika's telematics team has designed and developed the FAST & EASY category insurance telematics trackers. FMC880 and FMM880 models have been rigorously tested to meet industry standards. These vehicle GPS trackers are ideally suited for usage-based insurance (UBI), including services such as pay-as-you-drive (PAYD), pay-how-you-drive (PHYD), manage-how-you-drive (MHYD), first notice of loss (FNOL), claims processing, accident reconstruction, and more. FMx880 series GPS devices feature advanced crash detection capabilities. Modifications of these models with gyroscope data provide detailed 6-axis motion analysis specifically tailored to the needs of the insurance industry. The models are specifically dedicated to the insurance industry, keeping its unique requirements, extensive market research, and best practices in mind. Let's explore some key features and benefits that make it unique. Crash Detection and Crash Trace : Thanks to the accelerometer and gyroscope features of Teltonika FMC880 and FMM880, insurers can obtain highly detailed crash event data. With linear acceleration (from accelerometers) and angular motion (from gyroscopes), a more complete picture of the vehicle's dynamics is captured using six axes during a crash. The 400 Hz output data rate provides frequent samples for accident reconstruction, which can be used to create tables with coordinates, force or speed changes, various graphs showing changes along the X, Y, and Z axes, and angular speed measures around these axes. Impact points can also be calculated, marking the side and direction of impacts. These data protocols can be provided by the insurer's own software or by Telematic Service Provider platforms . Instant tracker Unplug Detection : This feature, combined with an internal battery, prevents attempts to compromise data transmission. Additionally, thanks to its compact size, slim shape, and powerful antenna, this GPS device can be used as a secondary hidden 'backup tracker' to ensure effective stolen vehicle recovery, even if the primary tracker is disconnected or tampered with. Improved GNSS tracking and robust protection : Equipped with the largest-in-class internal GNSS receiver featuring L1 and L5 dual-band, these trackers provide high accuracy in tracking. They allow direct mounting on a car battery under the bonnet, with installation taking under five minutes, without requiring dedicated professionals. The robust IP65 casing ensures the devices withstand harsh weather and freezing winter conditions. TOPOLOGY #1 Driver scoring (aka driver behaviour analysis): Based on data provided by FMx880 series trackers, insurance agents can calculate policyholders' scores (e.g., dangerous manoeuvres, vehicle usage patterns, environmental impact) and adjust tariffs accordingly. This way, responsible drivers pay less, and reckless drivers are charged more, helping to improve the company's loss ratio, financial performance, and individual driving habits. The driver scoring method is also ideal for corporate fleets. When implemented correctly, this method will improve fleet personnel's driving style and safety, reducing risky behaviours, accidents, repairs, maintenance, and operational costs. TOPOLOGY #2 BENEFITS Reduction of insurance telematics fraud claims - accelerometers and gyroscopes capture detailed 6-axis motion data during a collision, providing precise information to reconstruct accidents and limit fraud. All-in-one insurance industry feature set - FMC880 and FMM880 trackers are specifically designed and rigorously tested for the insurance industry, including all necessary features without unnecessary extras. Comprehensive and accurate data - these tracking devices provide a detailed set of data to monitor, analyse, and generate relevant reports, including geographical location, trip speed, driving style, traffic violations, and accident data. Compact, robust, and easy to install - Teltonika GPS devices are slim, durable, and easy to install in under five minutes, without requiring technical skills or experience. Improved loss ratio and profitability - FMx880 series feature set helps improve driving habits, reduce risky behaviour, and lower operational costs, resulting in better ROI, cash flow, and profits. WHY TELTONIKA? Teltonika's telematics division is reshaping the insurance telematics industry with advanced vehicle tracking solutions that enable insurers to implement data-driven risk assessment strategies. Our innovative GPS trackers provide real-time vehicle data, including driving behaviour analysis, speed monitoring, and accident detection, to help insurance companies mitigate risk, reduce fraudulent claims and offer usage-based pricing models. With this technology, insurers can encourage safer driving habits while improving customer satisfaction through fair and personalised premiums. Backed by decades of experience in IoT and telematics, Teltonika delivers highly scalable, secure, and customisable solutions for insurers worldwide. Our GPS devices integrate with existing insurance platforms, ensuring easy deployment and reliable performance. Whether you are looking to improve claims handling, enhance fraud prevention, or introduce innovative insurance models, Teltonika's telematics solutions give your business the precision and efficiency it needs to stay ahead in a competitive market. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? 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Ensuring compliance and safety: ATEX-certified Teltonika EYE devices facilitate equipment tracking in hazardous areas EQUIPMENT TRACKING IN HAZARDOUS AREAS WITH ATEX-CERTIFIED EYE DEVICES INTRO In industries where hazardous environments are common, such as oil and gas, chemical or pharmaceutical manufacturing, equipment often needs to be transported. Tracking the location, usage, and maintenance status of this equipment is essential not only for operational efficiency but also for safety. This requires a tracking device which is certified to work in such environments. CHALLENGE Industries posing hazardous environments are enormous: for example, the global oil and gas industry is worth an astonishing $7,331 billion , while the revenue of the global chemical industry is over $4,7 trillion . What is special about these industries is that their environments tend to have a higher risk of explosions and flammable materials , so equipment must be certified to ensure that it meets strict safety criteria and does not compromise the environment in which it is used. Moreover, many processes in these industries are time-sensitive. Delays in locating or accessing equipment can cause significant disruption to operations. In addition, in large chemical, oil and gas facilities, equipment is frequently moved or can be easily misplaced, requiring time and resources to search for it. Stringent safety regulations in hazardous environments require close monitoring of equipment, especially that which could pose a risk if it malfunctions. High-value equipment in remote or less secure areas is vulnerable to theft or misplacement. Finally, inefficient use and maintenance of equipment can lead to increased costs and downtime. There is a need for reliable predictive maintenance based on usage time and the amount of time equipment or tools spend in specific locations. Fortunately, Teltonika Telematics offers a practical solution to these challenges. SOLUTION To solve these challenges, EYE Beacons ATEX and EYE Sensors ATEX are used, so that industries operating in hazardous environments can ensure that they are getting the operational benefits of equipment tracking without compromising safety. Both devices are designed to operate safely in specific explosive atmospheres, which is confirmed by ATEX Zone 1 certification. It offers reliable tracking of personnel and assets without posing a risk of ignition. How it works – Teltonika EYE devices are attached to any items, such as tools, machines, containers, pumps, centrifuges and the like. These models are then scanned by selected gateways placed around the site or by smartphones running a third-party app. These gateways or smartphones can determine the location of each item with the EYE device with room accuracy using a technology called RSSI (Received Signal Strength Indicator). The solution helps to quickly locate assets throughout the facility, saving time and effort that would otherwise be spent searching for them, especially when they are moved. Data from EYE devices can also be used by the platform to automatically alert if someone enters a dangerous area or if an item is taken where it shouldn't be. This can help prevent theft or misuse of equipment. Finally, it helps to schedule equipment maintenance based on its usage. If EYE Beacon is used, asset usage can be determined by its presence in a particular location within a facility. If EYE Sensor is chosen, additional asset movement data could be used to learn about its usage. For example, if a tool is stationary for an extended period, it could be considered 'idle'. In summary, when a piece of equipment is due for maintenance based on its hours of use, the chosen platform can send instant alerts. This is particularly important in hazardous areas where equipment failure can lead to serious safety concerns. The data collected from these beacons can be analysed to identify patterns that may pose safety risks, allowing proactive measures to be taken to improve safety. This improves safety in hazardous environments and significantly reduces the risk of accidents. TOPOLOGY BENEFITS Safe and compliant operations – ATEX Zone 1 certification ensures that EYE Beacons ATEX and EYE Sensors ATEX can be used safely in hazardous environments. Reduced time spent searching for equipment – room-accuracy location enables assets to be found quickly, increasing operational efficiency. It also helps to ensure that equipment is used appropriately and not left in the wrong place. Prevented theft and misplacement – based on asset location, the operators can ensure that equipment is not left in the wrong places or moved out and stolen. On-time maintenance – Teltonika EYE devices help to ensure that equipment is regularly maintained and is not used outside of its designated area, improving safety. Data-driven decision-making – learning the details of equipment usage allows managers in charge to take the necessary action to prevent failure, breakdowns, and make strategic purchases. WHY TELTONIKA? Teltonika Telematics leverages its deep expertise in telematics and IoT to offer highly efficient Bluetooth® LE devices, ideal for tracking equipment in hazardous areas. The EYE devices are designed for convenience, with a compact size, easy mounting and exceptional battery life of up to 10 years. They are also robust, with an IP67 water-resistant rating and an omni-directional antenna to ensure reliable performance in a variety of conditions. Rest assured, we are committed to sustainability, as evidenced by our environmentally friendly manufacturing processes and product packaging. This approach to environmental responsibility is recognised by our silver medal in the Ecovadis sustainability ratings. With subsidiaries in numerous countries , we have a strong global presence, fostering trust with business partners and customers in over 160 countries. This combination of advanced technology, ease of use and global reach makes Teltonika Telematics an outstanding choice in the industry. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Assets & workforce Add a Title Assets & workforce Add a Title Assets & workforce FEATURED PRODUCT EYE Beacon Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. 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Improve the efficiency of the delivery service fleets with Teltonika FTC305, the smart e-scooter and e-bike tracking solution E-SCOOTER AND E-BIKE TRACKING SOLUTION FOR DELIVERY SERVICES INTRO Delivery companies are switching to electric scooters and bikes because of their many benefits, including lower operating costs, reduced emissions, and greater flexibility. According to McKinsey , the global micromobility market is expected to grow up to $360 billion by 2030, from about $175 billion in 2022 mainly thanks to e-bike sales. Yet, certain challenges need to be addressed, and Teltonika is ready to offer a practical solution. CHALLENGE Electric bikes and scooters are gaining popularity as a means of transportation in delivery service fleets due to their environmental benefits, low operating costs, and flexibility. For instance, the Zero Emissions Urban Fleets (ZEUF) network, an urban fleet electrification initiative, aims to put European urban stakeholders on the path to achieving 50% and 100% electrification of urban fleets by 2025 and 2030, respectively. Other regions follow suit, for instance Asia Pacific experiences a significant growth of the e-mobility usage thanks to the evolution of the urban infrastructure and battery technology. In order to maintain the pace and reduce emission, Indonesian government introduced the subsidies for motorcycle conversion from internal combustion engine to electric. However, the transition of the delivery fleets to the electric transport comes with unique challenges like a shorter range of the e-bikes and e-scooters and its reliance on the charging infrastructure that might be lacking in certain areas. As a consequence, e-fleet may not be suitable for longer deliveries or the deliveries to remote locations. What Is more, battery fires and even explosions are a significant challenge for delivery fleets of electric bikes and scooters. This makes battery health monitoring a priority for delivery companies. Further, according to the research, thieves are more likely to target electric bikes due to their higher value. Studies have shown that e-bikes are three times more likely to be stolen. So, it is fair to say that the environment for smart delivery solutions is moving forward, but the industry needs a quality tracking solution with all the benefits it can bring to keep the business in good order with minimum cost. Fortunately, Teltonika has come up with one that can be integrated into a wide range of e-scooters or e-bikes, offering a variety of significant advantages SOLUTION To demonstrate the solution, we choose Teltonika FTC305 tracker with high voltage support and designed for the e-mobility market. It is a compact, dust and water-resistant IP67-rated GPS tracker with internal high gain GNSS and GSM antennas, high-capacity 380 mAh internal battery, 10-97 V power supply range and CAN reading capability. FTC305 model is highly versatile and can be used with a range of electric vehicles. For example, the tracking device can be conveniently mounted on e-bikes, e-cargo bikes, and e-scooters to collect information on distance travelled, speed, exact location, and time spent on the vehicle. All data can be displayed in real-time on a dedicated software application to monitor a delivery fleet. How it works – FTC305 must be installed and configured on each electric two-wheeler to be tracked and monitored. Using FT platform innovation, it is able to connect up to 41 satellites simultaneously, reaching unprecedented GNSS accuracy and a precise track even in a dense urban landscape. The tracking device can detect the movement, location and other relevant data of the e-bike or e-scooter, depending on the tracker configuration and project requirements. The information is then transmitted via the GPRS network to a dedicated server, allowing the fleet owner, manager, or operator to monitor the movements and parameters of each fleet asset in real time. To ensure the best electric fleet performance, full accountability, and safety, FTC305 has an impressive number of practical scenarios built into its firmware - eco/green driving, detection of overspeeding, jamming, excessive idling, fall down, towing and crash, geofence, trip/odometer, immobilizer, last known position, timestamp backup, etc. Daily and weekly reports also provide valuable information on the performance of the e-bike or e-scooter, such as battery levels, charging needs or maintenance issues. With detailed information on these aspects, it would be possible to identify gaps and challenges that need to be addressed in the delivery process and business operations, e.g., inappropriate driver behaviour, missed deliveries, e-vehicle breakdowns, excessive downtime, etc. Finally, Teltonika FTC305 tracker offers the convenience of remote firmware updates and configuration changes through FOTA WEB tool. Integrated with the web version of TCT , user-friendly configuration solution designed specifically for FT platform, FOTA WEB platform helps manage these tracking devices with maximum efficiency while saving valuable time and resources for delivery businesses. TOPOLOGY BENEFITS Real-time monitoring - by tracking their electric vehicles in real-time, companies can respond quickly to issues that arise during deliveries. For example, if a driver gets lost or stuck in traffic, dispatchers can redirect them to a better route. Improved route planning - with GPS tracker Teltonika FTC305, delivery companies can optimise their routes for maximum efficiency. This means less time on the road and more deliveries in less time. Increased accountability – such fleet tracking provides an accurate record of where each delivery vehicle has been and how long it took to get there. This helps prevent theft or misuse of company assets. Improved customer service - GPS tracking enables delivery companies to provide customers with up-to-date information about their orders, including estimated arrival times and location updates. Reduced costs - by optimising routes and reducing idle time, continuous tracking can help reduce costs and improve overall fleet efficiency. Improved road safety - knowing the exact location of each e-vehicle at all times helps ensure the safety of both drivers and pedestrians on busy city streets. Increased fleet security – electric two-wheeler tracking provides an added layer of security by allowing companies to track the movement of their vehicles, helping to prevent theft and unauthorised use. SUCCESS STORY Online shopping is popular these days, and so is the demand for freight delivery services. A start-up company from the Northern Europe region developed and produced electric bikes for convenient and environmentally friendly cargo delivery. They supplied cargo e-bikes to delivery companies, such as DHL, FedEx, etc., but these vehicles required effective warranty service and predictive maintenance. Here's where Teltonika Telematics comes in. Our customer chose TFT100 – a predecessor for FTC305 – for its support of the high voltage range and the Manual CAN functionality. It developed its own CAN ID database to have full control of the CAN ID library, making predictive maintenance easier and allowing service repairs to be planned well in advance. As a result, the end customer knows how the e-bikes are being used by the delivery companies: if the mileage was high and it was time to check and replace some parts; if the e-bike was being misused (overheating or overcharging) and it was necessary to warn of the consequences; if the rider performance was poor (crash detection, eco and green riding scenarios) and needed to be improved by the fleet owner. In addition, driver identification (1-wire) and cargo box lock/unlock (DOUT) functionality provided additional safety and peace of mind. Thus, the customer not only saved effort, time, and money on unnecessary service checks and preventive maintenance but also increased brand reliability and gained confidence. Following the success of this project, the company planned to equip around 1,000 e-bikes with GPS tracking devices in 2024. WHY TELTONIKA? To successfully address and solve the challenges of tracking and monitoring e-scooters and e-bikes, we offer a beneficial choice from Teltonika - FTC305 tracker with robust IP67-rated casing easily adapted to different means of transport model with extended usage scenarios to help effectively manage electric two-wheeler fleets in the urban delivery service industry. Predictive maintenance reduces unplanned downtime by identifying potential mechanical faults before they become costly breakdowns, allowing operators to schedule timely repairs and extend the life of their fleet. This proactive approach minimises costs, optimises battery performance, and improves overall operational efficiency. With decades of experience in telematics, Teltonika's solutions integrate with fleet management platforms, providing companies with actionable data to improve efficiency. Our durable, high-performance tracking devices enable operators to reduce downtime, extend battery life, and optimise delivery routes. Using Teltonika's products, e-mobility providers can run smarter, more profitable operations. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title E-mobility management Add a Title E-mobility management Add a Title E-mobility management FEATURED PRODUCT FTC305 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Airport ground vehicles, equipment, asset tracking utilising Teltonika GPS trackers, Bluetooth® ID beacons, 1-Wire technology AIRPORT GROUND VEHICLE AND ASSET TRACKING INTRO Today's major airports and air travel play an important role in modern society. They facilitate trade and tourism, provide jobs and useful services, generate economic growth and contribute to national budgets. At the same time, air transport is one of the riskiest and most complex businesses. This makes comprehensive tracking and monitoring of airport ground vehicles and assets not just an attractive option, but a necessity. CHALLENGE The largest airports are the pacemakers of today’s life, filled with thousands of passengers, staff members, contractors, security personnel, special ground vehicles, shuttles, ground support equipment (GSE), and plenty of valuable assets. According to Airports Council International’s (ACI) annual reports , the number of passengers served at the top 50 busiest airports worldwide is 44 to 110 million in the year 2019, and 15 to 44 million in 2020. To some extent, these airports are cities of their own, reaching a market value of billions of US dollars. As a business, airports need to consider and think through their vehicles to drive sustainability and equipment maintenance, capacity management, competition from other hubs, improving their safety and security, dealing with revenue challenges, reputation and environmental impact. Speaking of the environment, the use of electric GSE in airport fleets is gaining popularity today, as lithium-ion-based machine types help combat rising fuel and maintenance costs while intelligently saving energy for the equipment daily. In addition, the use of electric tow tractors, cargo loaders, cargo transporters and passenger boarding bridges can reduce emissions of particulate matter and greenhouse gases. Even more, within sizable buildings such as airports, managers and team leaders may spend a considerable amount of time managing and finding in real-time what they are looking for and accountable for - vehicle fleets, equipment, people, goods, and assets. So to say, even the best staff training, drills, cameras and walkie-talkies will not solve these challenges. Neither the old-fashioned ‘pen and paper’ methods causing errors, havoc, frequent misunderstandings or even dishonesty and time-consuming disputes. Even more, the COVID-19 pandemic is having significant implications on the aviation industry today, and they have to be considered for sure. Hence, is there any way to overcome these obstacles and reap the benefits of vehicle telematics, GPS location and other relevant data tracking, Bluetooth® technology, and positioning indoors to optimise business operations in airports? Yes, it is, and that is where Teltonika's wide range of product portfolio and expertise come in very handy. SOLUTION To make it easier to grasp the concept, we structured the solution in three parts - ground vehicle and equipment tracking, indoor tracking solutions, and driver and operator tracking. Let's go through them in more detail... Airport ground vehicles and ground support equipment tracking. Large contemporary airports may utilise an impressive variety of them - pushback tugs, catering trucks, de-icing vehicles, snow-ploughing, -sweeping and -blowing vehicles, passenger boarding stairs, electric container loaders and transporters, water and refuelling trucks, fire brigade trucks, ‘follow me’ and other airport-service cars, indoor passenger e-carts, apron and shuttle buses, dollies with cargo pallets and unit load devices, catering vehicles, etc. All of them have to be simultaneously tracked, monitored, maintained, and managed properly, timely, and safely. To achieve that with minimum effort and maximum results, we use here the PROFESSIONAL category Teltonika vehicle tracker FMM650 . This is a comprehensive terminal for professional applications designed and manufactured for complex and the most demanding vehicle tracking solutions, where one GPS device can effectively perform multiple tasks, and support various 3rd party devices to maximise fleet efficiency. Thanks to integrated FMS CAN bus data (SAE J1939 protocol) and CAN bus data ( J1708 protocol) readings, abundant features including Bluetooth® connectivity and usage scenarios set, FMM650 model allows tracking sensible parameters of interest of all diesel and electric types of vehicles and equipment mentioned above. Afterwards, Teltonika GPS device sends the gathered data, combined with its GNSS location details, to a dedicated server for timely analysis, monitoring, and unbiased decision-making based on actual data. To mention a few parameters, it might be a truck or shuttle bus location coordinates, fuel consumption, fuel level, vehicle mileage and speed, engine faults notifications, seat belt status, headlight status, overspeeding detection, excessive idling and/or crash detection, trip scenario, auto geofencing, etc. The result? The main benefits are maximised airport ground fleet productivity, greatly improved worker safety and discipline, optimised workflow, vehicle utilisation and preventive maintenance procedures, reduced downtime, wasted time and valuable company resources, etc. It helps to optimise key routines associated with the airport ground fleet and can significantly improve operating costs, business efficiency and return on investment. Indoor tracking. Here we discuss further indoor positioning, tracking and navigation in airports specifically for Teltonika GPS trackers in combination with Bluetooth® Low Energy beacons, small ID radio transmitters. They repeatedly transmit signals unique to each of them and GPS devices read and identify every one of them. Bluetooth® connectivity is used here because GPS signals often are not accurate enough to be practical indoors or in narrow streets and gaps as they diminish and scatter. For the sake of the example here, we choose the ADVANCED category Teltonika FMM130 model. In this case, these GPS devices are permanently mounted on a ceiling or upper part of a wall in airport premises and terminals, baggage handling areas, building hallways, stairways, parking facilities, etc. and used as signal gateways, whether Bluetooth® LE ID beacons are attached to assets and people of interest. Teltonika GPS trackers support up to 100 beacons at a time and each of them will continuously work, depending on the model, around 2 to 10 years on a single battery. Possibilities and benefits are remarkable - airport hand trolleys and wheelchairs tracking, various items tracking on container loaders and luggage transporters, staff personal transporters , tracking of expensive tools in the hangars and workshops, coordination of security, contractors or any other workforces, etc. Learn more about how it works here . The key benefits - far better organisation of operations, administration, and space utilisation, reduced search times, theft protection and management of the airport, staff and passenger assets, increased security and timing accuracy, significant cost savings, improved customer service and reputation. Automated drivers’ and operators’ identification and time tracking. To address this significant challenge and help airport management run a smooth and efficient business, we propose a practical, present-day solution - an automated driver identification and timekeeping system using GPS trackers mounted on ground vehicles and related accessories. The approach is based on the 1-Wire communication bus system combining a contactless Radio-frequency identification (RFID) card, 1-Wire RFID reader , and Teltonika GPS tracker model compatible with 1-Wire communication (in this case - FMM650). Each and single RFID card has a unique factory-programmed 64-bit identification number which is used for a driver’s (or operator’s and maintenance personnel's) authentication and the exact electronic date and time stamp. 1-Wire RFID reader has to be mounted in a vehicle dashboard and connected to a GPS tracking device. Learn more about how it works here . Alternatively, Teltonika EYE Beacons can also be used for driver identification. Here to add, based on comprehensive data gathering and dedicated 3rd party software, the method allows not only unquestionable identification but to calculate automatically and precisely lunch break deductions, holidays, sickness absence, overtime, downtime, travel times to a project site, relevant expenses, allowances, evaluate workforce discipline, etc. TOPOLOGY #1 TOPOLOGY #2 BENEFITS Smooth airport operations and outstanding efficiency – 100% accountability of everything important to the business - ground vehicles, equipment, goods, valuable assets, processes, patterns, and personnel actions are being tracked, monitored, and optimised. Remarkable Teltonika GPS tracker FMx650 series functionality to serve airport fleet needs - built-in CAN bus data reading feature, flexible configuration, thorough I/O set, multiple usage scenarios, and plentiful benefits to optimise ground vehicles management, lower its running cost, and improve ROI. Automated hassle-free drivers’ and operators' time tracking, monitoring, and management - accurate and easy-to-use personnel including drivers clocking method utilising 1-Wire technology, relevant vehicle GPS trackers, and accessories. Data are accessible anytime and anywhere via PC, tablet, and smartphone. Boosted workforce discipline, desired vehicle and equipment usage habits, and work ethics - constant airport fleet drivers’ routine events tracking and monitoring in combination with an appropriate motivation system in place will improve company reputation, optimise a workflow and its running cost. Customisable solutions for every project and premise to get the maximum value out of it. For instance, Bluetooth® LE ID beacon signal strength and data transmitting intervals can be configured to exact project application needs and used in, practically, any form and size buildings. Positive environmental impact – utilise electric vehicles and machinery to help minimise the environmental footprint and contribute to sustainability efforts. WHY TELTONIKA? For airport ground fleet, staff time management, indoor asset tracking and monitoring solutions, we offer a proven, easy-to-install hardware and firmware combination - Bluetooth® LE technology-based ID beacons, convenient accessories, and reliable Teltonika vehicle GPS trackers. Extensive feature sets and multiple deployment scenarios deliver a wealth of benefits, helping to improve business operations, reduce operational costs, increase airport competitiveness, and ROI. Teltonika's innovative telematics devices integrate easily with airport management platforms to provide greater visibility and control of assets. Our solutions reduce downtime, optimise fuel consumption, and improve regulatory compliance by providing accurate, data-driven insights. Whether managing pushback tugs, shuttle buses, or baggage handling fleets, our comprehensive portfolio of GPS products helps airports to operate at peak efficiency with precision and reliability. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Fleet telematics Add a Title Fleet telematics Add a Title Fleet telematics FEATURED PRODUCT FMM650 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Fleet telematics Add a Title Fleet telematics Add a Title Fleet telematics Related products View more View less Related accessories View more View less

Read diagnostic messages (DM1/DM2) remotely with FMC650 to detect component failures early, assess severity, and prevent costly machinery downtime. REMOTE DTC READING FOR PROACTIVE HEAVY FLEET MAINTENANCE INTRO Diagnostic trouble codes (DTCs) are standardised alerts generated by the vehicle’s electronic control unit when issues are detected. Each code contains information about the type and location of a fault, helping technicians identify issues more quickly. With Teltonika PROFESSIONAL category trackers, reading fault codes from heavy vehicles can be automated, enabling remote diagnostics and proactive fleet management. CHALLENGE Most fleet operators only become aware of component failures when the check engine light appears on the dashboard, which is often too late for preventive action. Take, for example, a long-haul truck showing early signs of trouble: a slight drop in power, rough idling, and inconsistent fuel consumption. The driver hears a faint knocking sound but sees no warning indicators. With limited information, they contact the dispatcher to assess whether the journey should continue. This moment of uncertainty reflects a broader issue; without access to live diagnostic data, operators are left to interpret symptoms without context. In this case, the underlying fault is a deteriorating injector, which gradually affects combustion quality. Over time, the problem escalates, leading to incomplete fuel burn and increased cylinder wear. If unnoticed, the vehicle continues operating inefficiently, consuming more fuel and placing additional strain on engine components. Eventually, the fault triggers a warning light, forcing the truck off the road for repairs. The vehicle may require towing to the nearest service centre, which often leads to unexpected expenses. In such cases, service rates may be higher in some regions due to local pricing, lack of prior relationship with the workshop, or urgency of the repair. There is also no guarantee that the mechanics are reliable or familiar with the vehicle’s specifications. Non-operational time is costly as well. Long-haul trucks typically cover between 273 and 411 kilometres per day, with freight rates ranging from €1.10 to €2.30 per kilometre depending on the route and country. Even a single day of downtime can result in lost revenue of up to €945, not to mention disruption to delivery schedules and customer commitments. The real challenge lies not in the fault itself, but in the absence of early visibility. Without real-time diagnostic data, operators cannot distinguish between minor irregularities and emerging failures. This lack of clarity often leads to reactive decisions, which are more costly and less predictable than planned interventions. SOLUTION To address this, Teltonika’s PROFESSIONAL FMx6 series trackers can read DTCs directly from heavy-duty vehicles, helping fleet managers identify issues before they escalate. FMC650 tracker uses the SAE J1939 protocol, which standardises communication between electronic control units in heavy vehicles. This enables easier diagnostics, data logging, and interoperability across systems. The standard also defines diagnostic messages for reporting and repair. The most important of these is DM1, which provides real-time insight into current vehicle faults; thus, it is often referred to as active diagnostic trouble code. DM1 contains two key components that help evaluate the vehicle’s condition: Signal lamp status – indicates whether dashboard warning lights are triggered. These help fleet owners assess whether a fault is severe enough to stop the vehicle or if it is a minor issue that can be addressed later. Diagnostic trouble codes, which describe each fault using: o Suspect Parameter Number (SPN) – identifies the affected system or component o Failure Mode Identifier (FMI) – describes the type and severity of the fault o Occurrence Count (OC) – shows how frequently the issue has occurred o Conversion method – indicates whether the SPN follows a standard or proprietary format Think of active diagnostic messages as a continuous broadcast of vehicle issues, and telematics as the tool that allows you to tune in. This broadcast reports everything in real time, from minor irregularities to serious faults. Without listening to it, operators rely solely on dashboard warnings like the check engine light, which provides information about neither the location nor the severity of the malfunction. In addition to DM1, FMx650 devices also capture DM2 messages, which contain previously active faults. These help identify recurring issues and long-term fault patterns. To ensure maximum flexibility, FMx650 trackers transmit diagnostic messages as raw hexadecimal strings without applying any pre-interpretation. These messages are identical to what a service tool would read at a workshop, giving integrators the choice to build their own decoding logic or simply forward the codes to fleet owners who often already know their meaning. Predictive maintenance with FMx650 doesn’t stop with diagnostic message insights. The tracker can connect two CAN lines, which unlocks vehicle data from different sources. Whether it is managing the best route to the workshop based on the driver hours left on the tachograph or monitoring tyre pressure from the trailer EBS modulator, the tracker can handle it all. By combining active fault codes with other CAN data, operators gain a comprehensive view of vehicle health. This makes it possible to schedule maintenance proactively, reduce unplanned downtime, and extend the lifespan of a truck. TOPOLOGY BENEFITS Remote diagnostics – Eliminate manual diagnostics and enable faster, more scalable maintenance workflows, giving businesses a competitive edge through smarter fleet management. Reduce fleet downtime - By detecting faults early, fleets can plan service before breakdowns occur. This minimises repair delays and keeps vehicles on the road longer. Optimise maintenance processes - Remote DTC reading allows technicians to prepare parts and service in advance. As a result, workshop time is shortened, and maintenance becomes more efficient. Lower operational costs - Vehicles running outside optimal conditions consume more fuel and wear out components faster. Accurate fault data helps operators avoid costly inefficiencies and extend vehicle lifespan. Enable data-driven decisions - DTC insights give managers a clear view of vehicle performance under different conditions. This makes it easier to plan budgets, schedule service, and decide on upgrades or parts replacement. Scale telematics with fewer devices - Instead of installing separate hardware for diagnostics, tachograph, and FMS data, the FMx650 integrates everything into one solution. This reduces complexity, installation time, and overall costs for fleets and integrators. SUCCESS STORY Did you know that remote diagnostic data is valuable not only for trucks? Utility companies often operate in hard-to-reach areas and face similar challenges, such as vegetation blocking a flail head or rising hydraulic temperatures, which can cause damage over time and wear out equipment. To address this, telematics integrators from Italy worked with a manufacturer of motorised vegetation cutters to develop a fleet management platform with remote monitoring and predictive maintenance features using FMC650 trackers supporting DTC reading functionality. Robotic lawnmowers were deployed to prevent overgrowth along highways. With precise tracking, the machines operated independently within defined geozones, while operators remotely monitored their performance, including speed, pneumatic temperature, engine hours, and other essential parameters. When a fault occurred, the responsible teams received notifications directly on their computer or smartphone, specifying which component malfunctioned and how urgent the issue was. This project helped prevent breakdowns of vegetation cutters, increasing safety for both operators and equipment. By using trackers capable of reading fault codes, fleet managers gained a complete view of machine performance, even in difficult terrain. WHY TELTONIKA? Teltonika has years of experience in developing reliable and innovative solutions for vehicle data management. PROFESSIONAL category trackers are a reflection of this expertise, offering advanced data collection features and regular firmware updates. By choosing Teltonika, users benefit from robust hardware built for demanding fleet operations and a wide range of features including DTC reading, remote tachograph files download, driver behaviour analysis, and trailer EBS data reading. Dedicated implementation support ensures smooth integration across markets. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Logistics & delivery services Add a Title Logistics & delivery services Add a Title Logistics & delivery services FEATURED PRODUCT FMC650 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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