Are you overloaded with Fleet Data Telematics?

Do you have the desire to stay on top of what data is reported but you don’t have the time to sit in front of a computer all day?

Fleet managers commonly indicate that they want to utilize all the fleet data while looking for a third-party aftermarket telematics, without realizing how much data their fleet will create. They are probably going to drown in it, sorting through it all seeking for the one or two items they are truly interested in.

Information overload refers to taking in more information than you can process, often known as “drinking from the fire hose.” Although being overrun with data is the opposite of being in the dark, it may still be harmful, particularly if you’re in charge of your fleet’s well-being and safety.

Scalability is paramount to Eagle-IoT for reducing intricacy. There is no excuse for not capitalizing on technology that manages every last asset a company has.

Eagle-IoT ensures small fleet owners leverage the telematics capabilities and manage technology costs paying only for services they use by offering a scalable system to filter in and filter out data, to keep things concise without losing their data and computing capabilities.

You might be affected by what you don’t comprehend. Whether a company delays telematics adoption in spite of the need for it or another company has one but isn’t utilizing it to its full potential, both are losing out on crucial insights and contributing to Cost of Ignoring along with the corresponding productivity, safety, and financial benefits.

To boost the capabilities of telematics, fleet managers should consider present priorities and a critical task to complete and set actionable parameters over the course of a set period of time, and then focus on it and take action when presented with identifiable data

Real-Time Insights: The Power of Data Analytics in Container Tracking  

Did you know that approximately 90% of the world’s trade is carried out through sea transport? With millions of containers being shipped across oceans every day, the logistics industry faces a monumental challenge in ensuring timely and efficient delivery. Real-time insights and data analytics have revolutionized container tracking like never before. By harnessing the power of big data, companies can now monitor their cargo with unprecedented accuracy and optimize supply chain operations for maximum efficiency. 

In this blog post, we will delve into the realm of real-time insights in container tracking, exploring how data analytics has transformed this crucial aspect of global trade and uncovering its immense potential to reshape the future of logistics worldwide. 

Hybrid approach to connectivity: 

Container tracking technology has become increasingly important in modern business. To ensure continuous data flow from containers, Eagle-IoT offers dual-mode (cellular-satellite) connectivity regardless of location or weather conditions. The dual-mode connectivity offers round-the-clock monitoring even in areas with limited cellular coverage. 

Secure access to prohibited areas: 

Eagle-IoT Container Monitoring Solution provides shipping lines, cargo owners, cold store managers, and other stakeholders with real-time insights into their container tracking operations. Containers can be seamlessly tracked in transit via land, sea, and at ports/terminals/depots/railyards with GPS tracking and geofencing. Virtual boundaries (geo-fence) can be created on the map to a secure perimeter around sensitive areas of the port/container. Alerts can be created to ensure the safety of containers in case of existing geo-fenced location. To reduce the risk of security breaches, Eagle-IoT also offers remote access management with RFID and app authorization. 

To ensure the integrity of temperature sensitive cargo, Eagle-IoT offers temperature and humidity monitoring to provides end-to-end traceability throughout your supply chain. With its powerful monitoring and alerting system, get notified of any deviations from desired temperature and humidity ranges, whether they are caused by power failures or human errors 

Invest in container tracking technology today to stay one step ahead to secure your assets! To learn more about Eagle-IoT contact us at +966533085658 or write us at info@dms-ksa.com 

What attributes are essential to look at when choosing a fuel monitoring solution? 

With the recent spike in fuel prices, the necessity to monitor and reduce fuel consumption expenses while maintaining corporate efficiency has therefore become one of the most important prerequisites for the existence of fleet firms. Any divergence from the regular fuel economy might indicate underlying problems such as poor driving habits, fuel theft, or the need for repair, and idling which needs to be addressed to reduce the big bite of fuel consumption in the fleet operations. 

Enter fill-ups on the go 

To save time and to avoid keeping the hassle of paper receipts, Eagle-IoT offers fuel logging where fuel receipts can be uploaded through the web platform and mobile applications. Eagle-IoT is integrated with a fuel management product called PetroApp® 

Detailed Reporting 

Eagle-IoT fuel level monitoring solution offers detailed reports about every phase of fueling such as refueling/drainage time & location, how many liters were filled, how many liters were consumed, fuel tank lid opening date and location, etc. Moreover, it offers a graphical representation to determine t cause of change in fuel volume i.e. refueling or draining of fuel in the tank. Besides this, reports can be generated to calculate the miles traveled by the fleet and the amount of fuel consumed by them, providing insight into the cost per Mile and performance levels. 

Durable Hardware 

The #fuelsensor adopts the method of ultrasonic measurement, a non-contact measurement that is different from the current widely used direct contact method such as the fuel float sensor, fuel pressure sensor, and magnetic fuel sensor, so as to avoid corrosion and pollution by the fuel and maintain excellent long-term stability of the measurement. They perform extremely well regardless of the external environment and are equipped with automatic temperature compensation capabilities that range from -20C° to 60C° with IP67 waterproof resistance. 

Eliminate misuse of fuel by getting complete control over fuel purchases 

Axle weights, distribution and their configuration

Knowing axle weights and their distribution and configuration is fundamental in the trucking industry. 

Tandem 

This is the most popular tractor trailer axle design configuration. There is usually a driving tandem and a trailer tandem. 

Weight distribution 

Weight distribution is defined as the amount of total load capacity placed on the ground at an axle, set of axles, or individual wheel. In order to adhere to the axle ratings and weight laws, the weight of a vehicle must be spread on the axles specified by the chassis manufacturer. The axle capacity or legal weight constraints, whichever is lower, limit axle capacity. Besides the axle capacity, the Gross Vehicle Mass (GVM) is referred as the maximum operational weight of the vehicle specified by the manufacturer, which incorporates the cab and chassis, engine, and every other component of the truck. 

The distribution of load weight must be carefully considered to establish how much of the total, including chassis, cab, body, and payload, will be carried on the front axle and how much will be carried on the rear axle, and the total. A few inches forward or backward movement of the components on the chassis can do the trick to adequate weight distribution for the vehicle. 

Aside from being illegal, improper weight distribution and overloading cause excessive wear, untimely malfunction of parts leading to risky operation such as vulnerable directional control and inadequate braking capacity, and increased strain that may contribute to the frame cracking or breaking.