Now That’s Seriously Cool: How telematics is Revolutionizing Road Safety

Now That’s Seriously Cool: How telematics is Revolutionizing Road Safety

Now That’s Seriously Cool: How telematics is Revolutionizing Road Safety

More than 18,000 accidents were reported in 2021, with 4.6 thousand fatalities which decreases to 6.8% in 2022, as announced by Ministerial Committee on Traffic Safety, on Monday. The committee revealed an infographic, indicating the results of the traffic safety for the preceding year which recorded around 17,000 accidents with a fatality drop of 2.1%, corresponding to 4.5 thousand in 2022.

Ministry of Transport pays great attention to safety on roads by developing the necessary plans, and implementing them in a manner that contributes to reducing traffic accidents and the safety of road users. However, there is more that can be done to make Saudia’s roads safer – skilled and responsible drivers to make the road safe for everyone. Without responsible drivers, your roads would simply not be safe. Eagle-i integrates industry leading telematics to mitigate occupational road risk and to provide insight into driver behavior and how it impacts the overall health and wealth of your fleet.

    Eagle-I dashboard and analytics is customized to give you a complete birds-eye-view of all driver behaviour from harsh braking, cornering, harsh acceleration and over speeding. With this In-depth insight driving patterns can be analyzed and driving habits like idling, ineffective routing, and other things that were previously unreachable can be identified.

      As their driving behavior becomes better, the safety score on driver scorecard increases. Driver scorecard not only highlights the hard workers but also the efficient workers by integrating the mileages and operational hours of the drivers with their behaviour on the road. Baseline measurements of driving habits can be developed through a driver scorecard. Current liability and insurance costs should be evaluated against each driver based on their driver scorecard . Coaching sessions should be implemented for high-risk drivers and their performance should be monitored through telematics. Performance of high risk drivers can be compared with their current performance after training sessions and expected driver behavior can also be exhibited.

      Another important step to reduce distracted driving is the implementation of dashcams which not only improve driver behavior that would negatively impact the vehicle’s health but also provide a more holistic view. Video telematics can be combined with dashcam footage and vehicle analytics to detect risky events with the help of AI and notifies the manager in real-time. With the help of video telematics fleet managers can be notified when the driver gets too close to the vehicle in front that they may collide. The sensor will not only beep and warn the driver but will also generate an alert to the fleet manager. Similarly, in case of drifting and switching lanes, fleet managers will get an instant alert. Fleet managers can also set the alerts in case of forward collision, lane switch, over speeding, harsh braking, signal violation, or seat belt absence. Similarly, if someone other than the assigned driver is driving the vehicle, the driver’s absence event will be triggered.

        Video telematics ensures fleet-wide insights and real-time customized alerts by providing the driver’s perspective of what’s happening in real-time, it can also serves as return on your investment by increasing driver engagement, improving operational visibility and powering insurance claims.

        The benefits of safer driving extend beyond lower insurance costs to lower fuel costs and a reduction in CO2 emissions.

        To know more about driver safety and fleet operations

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        Why Choose Eagle-IoT as Your Preventive Maintenance Management Software?

        Why Choose Eagle-IoT as Your Preventive Maintenance Management Software?

        Why do you need Eagle-I as your preventive maintenance management software?

        Fleet is the cornerstone of any business, if you’re not on top of fleet maintenance management, despite the numerous investments your business makes, none can be as significant as the one you are making in your fleet. Well-maintained fleets can not only save your drivers stranded in harsh weather conditions but it can also enhance the productivity of your fleet. An upkeep fleet requires a solid, long-term preventative maintenance strategy that not only maximizes fleet uptime but also extends vehicle lifespan, keeping your fleet well-maintained to assure the safety of your assets while they are in motion.

        Without telematics, preventative maintenance can be complicated. Eagle-I provides a full spectrum approach to the maintenance of fleets. With the integration of OBD-II, a DTC or a Diagnostic Trouble Code, is generated to notify about vehicle engine’s issues. There are typically limits for each system within your vehicle. When the vehicle detects that the issue exceeds these limits, it sends out a trouble code. OBD data obtained from IoT sensors embedded in your fleet can later be analysed to decide which components should be changed before they break down or cause an accident. Besides this, root cause of most issues can also be diagnosed remotely.

          A preventative maintenance strategy is developed by integrating engine data, fuel consumption, tyre management, and odometer readings with fleet management software. Eagle-I also offers scheduled periodic maintenance for your fleet. The scheduled maintenance is a calendar-based maintenance that occurs at repeating intervals or in response to a work request. It can include things on the “daily” or “weekly” basis. To ensure streamline operation, Eagle-i, Service and Renewal module can be used to schedule your maintenance work without disrupting your daily operations. Scheduled maintenance can be based on date or distance. Eagle-i has capability to send email notifications to authorized personnel when an asset’s periodic maintenance gets due.

            Using Eagle-I preventive maintenance solution can help automate processes and keep reports and historical data intact. Besides this preventive maintenance can prolong life expectancy of assets, reduced unplanned downtime, fewer breakdowns of fleet, improved reliability of mission-critical assets. It is crucial to pick the right solution that not only offers built-in reporting but also automates maintenance workflows with instant maintenance reminders along with analytics and insights on maintenance-related issues. Eagle-I offers all that your business needs.

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            A guide to plan a successful thermal mapping study

            A guide to plan a successful thermal mapping study

            A guide to plan a successful thermal mapping study

            As per the new guideline issued by Saudi Food and Drug Authority (SFDA), it is mandatory for temperature-controlled facility to have Data-Driven Thermal Analysis to meet the new requirement of Storage Regulatory. In a controlled temperature environment (CTE), temperature fluctuation is far from straightforward. With the implementation of thermal mapping technique, we can stabilize the temperature and humidity in a controlled environment (such as a warehouse, refrigerator, or vehicle). It ensures that your products are kept within the certain temperature range, minimizing the chances of spoilage or damage. Besides this, the study allows to identify any potential hot or cold locations which could possibly jeopardize the temperature-sensitive items.  

            _thermal mapping

             Here is Eagle-IoT guide to carry out successful thermal mapping study in cold chain facility with the most accurate data possible

            Data Logger selection for thermal validation

            In the past few years, technology in dataloggers has come a long way. Enhanced accuracy, improved response time, increased battery life, flexibility and software have played their part within the industry. Selection of data logger is crucial depending on the type of facility and operation. Wireless data sensors are now available with an accuracy of ±0.05°C along with interchangeable sensors for measuring humidity, pressure, conductivity and CO2 depending on client requirement.

            Quantity of Data Loggers

            The quantity of data loggers depends on the measurement of the area to be monitored. The area under monitoring is defined as all quadrants and possible spot location areas in which the product can be exposed. Besides this, number of data loggers also depends on the number of measurement points inside the area of monitoring in a particular equipment chamber, cleanroom, or product pallet. 

            */Typically, before the start, thermal mapping monitoring is important to prepare a specific as-built drawing representing the dimensions of the area to be measured with space to add the location number of each data logger in a particular quadrant equidistant to each other to cover the entire area./*

            Digitize your Waste Management infrastructure
            Digitize your Waste Management infrastructure

            External influence consideration

            Another important factor that needs to be considered during a thermal mapping study is the effect of external influences. Seasonal temperature variations play a crucial part in this study. Therefore, it is recommended by Eagle-IoT experts to carry out this study at the coldest and hottest time of the year to ensure the accuracy of the data.

            Identify critical mapping points

            Thermal mapping study will help you to identify the crucial data sensor placement for the storage envelop. Storage envelop is a term used to refer the designated area for storing the products in a warehouse. Factors needs to be considered for storage envelope include storage rack numbers, storage rack dimensions, storage rack and product spacing, and thermal mass distribution. This study also indicates the hottest, coldest and average temperature locations for continuous monitoring system.

            Digitize your Waste Management infrastructure
            Digitize your Waste Management infrastructure

            Data analysis 

            Equipped with years of industry-leading experience there’s no task too big or too small for our dedicated teams. Eagle-IoT data logger specialist can configure data sensors for you, and can install ready-to-use data loggers in your facility for collecting data from your thermal mapping study. Besides this, at the end of thermal mapping study, Eagle-IoT offers data extraction, evaluation and detailed statistical analysis with graphical representation of average, maximum, and minimum points.

            To ensure the mapping study benefitting, it is essential to consider all the critical points deemed important by the end user. Depending on the scope of the project, factors such as study length, the temperature range acceptable for operation, the quantity of sensors, sensor locations, and storage envelope parameters, affecting the study will be different   

            Discover the performance of your facility and get it assessed by our experts today 

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            Driver scorecard-First step to the safety of your fleet

            Driver scorecard-First step to the safety of your fleet

            Driver scorecard-First step to the safety of your fleet

            No matter what the size of fleet is, safety of the asset and driver is always of the utmost importance for any fleet manager. To address the safety concerns of asset and to monitor the driver’s performance, driver scorecard was designed.

            Driver scorecard initially emerged as an important metrics in the start of 2000 as a mean of measuring fuel economy and safety. It is a common saying you cannot manage what you cannot measure. However, with the evolvement of telematics it was developed as a tool for measuring the performance of drivers. The primarily focus of driver scorecard is to measure the aggressive driving, seat belt usage, and speeding that depicts the behavior of driving.

            waste management truck

            The most distinctive characteristic of driver scorecard is the properly managed statistical data presented in interactive charts and images that helps in understanding the performance of driver without having any prior knowledge.

            Eagle-I driver’s scorecard enables you to monitor the performance of your driver based on speeding, harsh braking, harsh acceleration, and idling. This report can be utilized to modify the driver behavior depending upon his practices. Moreover, it can also be customized according to individual preferences. Eagle-I dashboard gives you the power to review the performance of individual driver based on this six monthly history with interactive images and charts.

            Operating the fleet in a same manner will eventually help an organization in improving the fuel economy along with the less wear and tear of vehicle. Not only this, safe driving behavior may earn you discounted insurance premium as many automobile insurers are integrating telematics based information in their policy.

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            Make Your Waste Management Smart with IoT-enabled Smart Sensors

            Make Your Waste Management Smart with IoT-enabled Smart Sensors

             Make Your Waste Management Smart with IoT-enabled Smart Sensors

            The amount of trash generated varies greatly throughout urban locations, trash cans in a different place on the same street doesn’t even fill up at the same rate. Nonetheless, municipality allocate a significant number of resources to visit all of the trash cans and waste bins at the same frequency, at the same time. Handling a large number of garbage trucks throughout the city and planning their routes to pick up every dumpster is neither cost-effective nor time- or resource-efficient. The issue is not just restricted to monitory terms; it also pertains to service quality.

            waste management truck

            However, with smart waste management, the collection of waste can be revolutionized. It can optimize waste collection while offering increased visibility for all key stakeholders with a network of sensors

            Smart sensors detect bin fill levels and keep an eye on diverse range of waste (mixed waste, paper, plastic, glass, textiles, bio-waste, liquids, electronics, metal, etc.) in bins and containers. The sensors are strong, shock- and water-resistant, completely operational across a broad temperature range, and programmed to measure from 3 cm to 12 m.

            eagle-I fuel level monitoring and Eagle-I carbon emission module.

            When it comes to the collection and disposal of trash, smart waste management offers a lot of perks. The routes are optimized to assure the pick-up of the full bins and leave the empty ones. Besides the collection route to be tailored,  also makes certain to have better fuel economy and less CO2 emissions which can also be monitored with Eagle-IoT fuel level monitoring and Eagle-IoT carbon emission module. 

            Digitize your Waste Management infrastructure

            Eagle-I smart waste management solution also allows you to measure water level in a manhole with fully adjustable water level indicators (tentacles) for different depths. Sensors can detect up to 3 different thresholds up to 25 meters. With the rising water level, the tentacles recognize when they start floating and send event-driven notifications via GPRS or GSM network as an early overflow warning. Customized notifications can also be sent via SMS or email.

            Gain full control over the bins and manhole to stay update with any arising critical condition.

            Contact us today to know more about dynamic waste collection. 

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