How telematics data helps you in accident reconstruction?

How telematics data helps you in accident reconstruction?

How telematics data helps you in accident reconstruction?

Unfortunately car accidents are very common in Kingdom although most of the car crashes are because of human error. There are many ways to avoid an accident but once it happens, the question arises what to do next?
Since car accidents litigations are governed by the state laws and for investigation and proving yourself innocent one needs to provide proper witnesses and proofs to prove. It is very important to know how it happened, why it happened and what the causes were. Rebuilding as much information as possible is vital to take the necessary action. With accident reconstruction data one can decide easily weather to fight a lawsuit or settle down quickly.

What is accident reconstruction?

It is the process which defines the event happened before, during and after the collision by using telematics data. Telematics data helps you in understanding the accident in a broader perspective. It provides you the scientific pattern of events with the access to the previous history of the specific vehicle or driver.
This tool can proved to be of significant importance for fleet managers and administrators in analyzing the causes of accidents, how it happened and who was guilty.
In accident reconstruction report Eagle-I offers you two types of information
1. Information about what happened
2. Information about the driver
This report is divided into three categories i.e. journey report, violation report and driver scorecard. The journey report gives you the detailed information about that specific information. The track he choose, the time of accident, location of accident along with the distance travelled before accident and the utilization of asset. Here utilization of asset is of paramount importance as it can help in identifying the fatigue of driver. How long did he travelled without taking break before an accident? Eagle-I also provides you the last stop where he rested with his duration of stay.
The violation report shows the summary of all the violations happened in that specific journey. Whereas driver scorecard gives you the comprehensive information about driver’s behavior with accelerometer data (harsh braking, harsh acceleration, harsh corning), RPM data and speed profile during the accident.
The above mentioned all information will not only be beneficial in analyzing the situation of accident but it can also be used to prevent accidents in future by observing the pattern. Moreover, this information can also help you in claiming your insurance.

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How fleet owners can make their fleet safe?

How fleet owners can make their fleet safe?

The majority of traffic accidents are caused by unsafe driving, which are not only expensive in terms of repairing cars and other equipment, paying insurance premiums, receiving penalties, causing property damage, but most importantly, endangering the well-being and safety of both drivers and pedestrians. Over 65% of accidents occur because of vehicle’s over speeding, drivers violating traffic signals, or atrocious vehicle maintenance. According to research, 81% of the mortality rate in hospitals is due to road traffic accidents, while traffic accident victims occupy 20% of their beds. Besides this, statistics also indicate 79.2% of patients admitted to hospitals with spinal injuries have sustained injuries due to a motor vehicle accident.

The question is – what actually causes these accidents?

Many accidents can be avoided by implementing an effective Accident Management Approach based on preventative maintenance, driver training and analysing of fleet data, safety alerts, and dashcams. 

Eagle-I offers an advanced accident management solution designed to easily integrate with your fleet’s existing software allowing you to gain complete visibility across your entire fleet operations using real-time data to reduce costs and keep your vehicles and drivers safe.

Advanced telematics 

 Fleet managers should invest in a fleet management software system that can store all accident data in a single secure place. Eagle-I accident reconstruction data helps you in understanding the accident in a broader perspective. It provides you with the scientific pattern of events with access to the previous history of the specific vehicle or driver. This tool can prove to be of significant importance for fleet managers and administrators in analyzing the causes of accidents, how it happened, and who was guilty.

In accident reconstruction report Eagle-I offers you two types of information
• Information about what happened
• Information about the driver

Video telematics

With a technology to integrate cameras and analytics with fleet tracking, video telematics can be used as a tool to identify and modify risky driving behavior and serves a timely video evidence of critical incidents. The AI-camera works on ADAS and DMS algorithms which serve as a virtual coach to avoid accidents and assist drivers in gradually improving their performance on the road by providing real-time, actionable alerts.
To ensure safe driving culture and achieve your fleet safety goals, Eagle-I provides the facility to save video clips triggered by key events to the cloud for driver coaching, later review or evidentiary support. Data can be easily accessed and analysed through Eage-I dashboard.

Check the weather

Keep an eye on local weather reports and road closures to help avoid dangerous driving conditions, and make sure vehicles are always equipped with the correct aids, such as anti-freeze and ice scrapers for winter driving with Eagle-I weather layer and traffic layer.

Preventive maintenance
Eagle-I provides the right tools, techniques, and expertise to empower you to keep your fleet safe. It provides you full-spectrum approach to manage your fleet by using OBD data and inform you timely of engine faults by providing you the diagnostic data in a dashboard. Eagle-I uses the data to make accurate recommendations for maintenance, inspections and repairs that reduce operating costs and increase lifecycle performance.
From initial accident reporting right through to vehicle repair and getting it back on the road, you can instantly keep track of the entire accident management process, and revisit and analyse data providing valuable insights towards lowering the reoccurrence of future accidents.

To implement an effective accident management solution with Eagle-I to ensure safe fleet, compliant vehicles and safe drivers, contact us today!

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Expense Management: Cornerstone to Optimize your Fleet Operations

Expense Management: Cornerstone to Optimize your Fleet Operations

Expense Management is the cornerstone of a successful fleet management plan, which requires insight of statistics in black and white to optimize your operations, stick to budgets and save money, and to precisely track of where you’re spending more than you realize. It’s a multifaceted process which needs an organized methodology for processing all expense reports and approvals, which entails more than just keeping track of employee-initiated costs. Expense management is a matter which can actually impact your chances of success and deserves the full attention.

Insights into the hidden fleet costs can be identified by using the digital trails left by drivers. Eagle-I expense management solution can provides the insights which can depict the escalating costs depending on the size of the fleet and annual trips made. It allows you to add cost incurred on each asset, in terms of

1. Maintenance (Oil change, tire replacement, engine check etc.),

2. Renewals (Vehicle insurance and registration, driver’s iqama, license and other official documents)

3. Fuel


Monitor and identify under-utilized and over utilized fleet assets to save costs and reduce risk. On the dashboard graphical overview of expenditures and performance of an asset or a group of assets are visible allowing you to analyze your assets which have become liability on the company and need to be retired from the fleet.

A whole year budget can be designed by using Service/Renewal module along with Analytics Dashboard, where each branch performance can be compared with expenditures. Just like performance comparison in analytics dashboard, a comparison of expenditure is available between assets, and between branches.

An expense management process ensures that every expense claim is accounted for and reimbursed as quickly as possible while keeping tabs on all activities to prevent fraud and promote compliance

Integration of an expense management solution not only boosts visibility, but also gives you full control over every aspect of your organization’s expense management process. These preventive strategies may sound hard to deploy but deferring

preventive strategies could lead to a lot more pain and expenses down the road.

To find the right tools to make streamlined and efficient expense management possible, contact us today!

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Why do banks need an effective ATM Tracking and Monitoring Solution?

Why do banks need an effective ATM Tracking and Monitoring Solution?

Automated Teller Machines widely known as ATMs had become an integral part of Montreal transactions. Despite the global shift to mobile and internet banking and forecasts of a cashless society, ATMs are still regarded as a necessary service. The convenience of an ATM allows user to undertake rapid self-service operations such as cash deposit and withdrawal, bill payment, and account transfers.

But the question arises why do banks need an effective ATM Tracking and Monitoring Solution? We have seen multiple cases where the ATM machines are either dislocated or are smashed and grabbed. which not only results in the loss of cash within the unit with heavy damage or even complete loss of the expensive machine.

In order to reduce the frequency and severity of ATM crimes, new legislation issued by the Central Bank of Saudi Arabia now requires all banks operating within the Kingdom to install GPS tracking devices across all remotely located and/or outdoor ATM machines. It is essential to implement effective monitoring and management solutions for predictive and proactive approach to prevent these problems in the future.

Eagle-IoT has specially designed its ATM Tracking and Monitoring Solution to offer real time 24/7 insights with its sensors to use in ATM units, with long battery backup, call facility and of water proof casing in order to maximize the performance. The sensors installed in the ATM continuously push the data to the servers through a secure TCP/IP connection. The messages sent from the devices includes the location information along with other sensors’ telemetry. If the asset encounters a grey area where there is no GSM network, the device will start working as a datalogger and will keep storing the data in the internal memory. Once the network is resumed, the data will be sent to the server and the memory buffer will be cleared.




ATM Cabinet Door Monitoring

The ability to detect ATM cabinet door status (door closed, door opened) and displays it on the Platform.

Tilt and Vibration Monitoring and Alarms

To detect undesired movements a safety feature is integrated in the ATM Solution to issue Alerts, Alarms and Calls when the device is tilted or dislocated.

Temperature Monitoring

Alarm in the event of a sudden change in temperature of the ATM interior.

ATM Movement History Playback

Eagle-IoT allows its user to replay the entire history of your ATM at a single click. Historical ATM movement activity can be regenerated for a date range for the period of last six-month.


With the unique feature of geofence virtual boundaries with custom perimeters around meaningful geographic areas can be created to addresses the issue of asset deployment in undesired areas. Alerts can be issued once the assets are moved to a different location.

Temper Alert

Alarm can be issued if someone tries to tamper or blocks GPS signals (GSM Jamming).

Eagle-IoT ATM tracking and monitoring solution can be used a means of prevention, tracking and recovery to address the possible thefts.

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What is multifactor authentication and how does it work?

What is multifactor authentication and how does it work?

Two-Factor Authentication (2FA) – also referred to as Multi-factor Authentication (MFA) is a layered approach to secure data and applications, by extending a combination of two or more credentials to verify a user’s identity for login in order to prevent it from being compromised.

How does multifactor authentication work?

MFA is a fundamental element of a successful identity and access management (IAM) policy. MFA reduces the risk of a successful cyber-attack by requiring one or more extra verification criteria, rather than just a login and password. In case of one credential compromise, unauthorized users are unable to manage the second authentication criterion and hence cannot access your computing device, network, or database.

Multifactor authentication involves combination of different kind of factors to authenticate your identity, when you try to sign in first time into an app or device. It can be done by

Inherence based MFA

  • Fingerprint, or facial recognition or voice

Possession based MFA

  • OTPs generated by smartphone apps
  • OTPs sent via text or email

Knowledge based MFA

  • Answers to personal security questions
  • Password
  • Memorized PIN.

However, the second step authentication will not be required quite often.

Multifactor authentication is not as cumbersome as some people think; it is often used just the first time you enter into an app or device, or the first time you sign in after resetting your password. Once done you can use your primary factor to sign in, (which is often a password), like you do normally.The added security comes from the fact that anyone attempting to hack into your account is unlikely to be using your device, so they’ll need that second factor to gain access.

Eagle-IoT supports Two-Factor Authentication for your account security, and Telematics services to enhance the stability and security of our partner organizations.

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Smart Waste Management Solution: Modernizing Approach to Manage Waste

Smart Waste Management Solution: Modernizing Approach to Manage Waste

With the advancement of technology, the waste management industry has also revolutionized. For decades, waste collection was relied heavily on estimated quantities and capacities, and the data that was supplied was sometimes inaccurate and even irrelevant. To keep with the pace of technology waste management industry needs significant aspects to be considered.

The important benchmark for success in today’s world is a reliable data and how we utilize it; this not only provides the opportunity for change and disruption but also revolutionize an entire approach to operate and manage waste collection cycle.

Eagle-IoT has introduced its smart waste management solution with the goal to modernizing the way to manage waste. With the implementation of ultrasonic sensors, waste management companies can now track real time data with accuracy, improve transparency, an evidence-based approach to operate and manage waste and recycling programs Eagle-IoT waste management solution allows you to track container fullness, ensure the most efficient pick-up schedule, track waste hauler performance and optimize the customer experience.

With the installation of ultrasonic sensors in dumpsters or waste bin, these sensors are capable of monitoring the remaining capacity of a container. Ultrasonic sensors work well in front-end load bins or dumpsters. They are designed on machine learning and artificial intelligence algorithms to determine when waste needs to be collected considering the fullness’ level of container. Ultrasonic rays are emitted from the sensor to monitor the real fill levels of the bin, providing an insight to capacity demands of the waste program.

The aim of our smart waste management solution is to reduce carbon footprint, improve fuel economy, by offering dynamic servicing schedule Through which unnecessary lifts when a bin is not at full capacity will be eliminated. Besides this, the sensor technology also addresses the potential risk of overflow of the bin and the data can be used in future to identify if this is an ongoing capacity issue where scheduling should be adjusted, or if it was a one-time occurrence.

To ensure the containers are being emptied efficiently, our ultrasonic waste management solution is the answer you are looking for. Eagle-IoT smart waste management solution can transform any container into a smart device, revolutionizing the way to manage waste.

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Top 5 ways to achieve net zero for your fleet

Top 5 ways to achieve net zero for your fleet

While you are running a fleet, you can’t get away with its impact on the environment. The carbon emission of your fleet is a serious business when you have dozens of automobiles on the road all day and night. However, you also have an enormous opportunity to play your part in “achieving net zero”

Eagle-IoT understands the importance of achieving net zero and is in line with the Saudi Green Initiative. We have introduced a range of solutions to help you in cutting carbon emissions of your fleet.

Eagle-IoT carbon emission module

As the saying goes, you can’t manage what you can’t measure. But Eagle-IoT has good news for you! Now you can know what your fleet’s carbon footprint is? With Eagle-IoT carbon emission module, you can measure your fleet’s CO2 emissions and contribute to net zero emission by reducing it.

Driver behaviour

Get full insight into driver behavior behind the wheel. Driver behavior can affect fuel efficiency by 5% to 30% regardless of vehicle size or engine displacement. Besides this, harsh acceleration, harsh braking and over-speeding can reduce the fuel economy by 33% on highways and 5% in urban areas. Eagle-I driver behaviour helps you identify which drivers need to improve and celebrate those who are Drivers with good scorecards are less likely to cause an accident They can also help in negotiating reduced insurance premiums.

Fleet Optimisation

To ensure the best out of your assets, Eagle-I provides you in-depth analysis of utilization of your asset. With proper utilization analysis of assets, you can reduce carbon emissions, get large dividends along w ith a more productive and efficient fleet capable of responding to any challenge the company might face.

Route Planning

It’s crucial to note that the most carbon emissions happen when you start a cold engine. To reduce the emission, the catalytic converter must be heated to a certain temperature to operate. This issue can be eliminated with proper route optimization. Eagle-I’s route optimization provides an opportunity for dispatchers and route planners to plan routes, create a series of stops, add multiple zones to save your time and help you in creating more opportunities to perform extra jobs and take on more clients by tightening the service windows.

Comprehensive Fuel Management

Log your fuel consumption with Eagle-IoT to gain powerful fuel insight and know how it contributes to carbon footprint of your fleet. With a single click, Eagle-I fuel management solution helps you can identify high consumption vehicles and allocate them based on their usage. Manage your fleet fuel needs with our advanced ultrasonic fuel level sensors.

Fleets who monitor driver behavior have lower maintenance costs, better fuel economy, reduced idling and less vehicle downtime their every gallon of fuel saved will not only reduce their operating cost but it will also reduce their carbon footprint. That’ a gallon of fuel that won’t need any fossil fuels to be manufactured. The fuel they saved won’t be releasing extra carbon while it’s being produced, besides it won’t be producing any extra emissions whilst their fleet consumes it.

To enhance your fuel economy and to measure and monitor your carbon emissions.

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Insightful fusion of AI, 5G and IoT creating perfect storm

Insightful fusion of AI, 5G and IoT creating perfect storm

We are in second half of 2022, where IoT, 5G and AI is driving monumental data revolution with the smartest of solutions to ensure transforming industries with broader connectivity, creating untold opportunities for business growth.  

IoT provides window to produce gigantic datasets which when fed to machine learning and AI algorithms, will transform data into insights. The fusion of AI with IoT data unleashes new avenues for revenue. The implementation of datasets is limitless.  

5G is way more than just fast internet. It has ushered significant data flows and quicker data collection, allowing AI to generate more accurate models and predictions.5G will not only transform us digitally but with the convergence of AI and IoT it will lead the way to more opportunities for innovation and automation. 

5G, IoT and AI will drive use cases 

The Internet of Things (IoT) will underpin the convergence between 5G and AI. 

According to Adam Bujak, CEO and Co-founder of the process intelligence company,, said that “5G will power the growth of the IoT. It will allow organizations to use more connected devices and intelligent sensors. 

“We will be able to conduct our processes more digitally in the physical world and online by using connected devices and services. Therefore, we’ll see the growth of phygital [physical + digital] products and services, including virtual reality modes of operations and customer interactions.” 

A large amount of data is generated from IoT devices which will only increase in the future. However, the massive processing of raw data with AI, reduces the data size. But in most of cases, cost and power constraints play their part at endpoints and IoT devices are connected with 5G edge devices such as IoT gateways and CPEs enabled with mMTC. The 5G edge devices not only collect endpoint data, but it also filters and process it, providing secure upstream and downstream channels. 

It is expected that by 2023, IoT monetization is expected to reach USD $542.92 billion globally, which is at a CAGR of 52.95%. With the advent of 5G, data volume will boom manifold which generates an opportunity for insightful analytics out of data for future collaboration and monetization. 

IoT based Strategies deployed Globally in Asset Tracking and Monitoring Market

IoT based Strategies deployed Globally in Asset Tracking and Monitoring Market

As per the market reports, different strategies have been deployed in IoT based Asset Tracking and Monitoring Market. For the period of April 2021 to June 2022 strategies have been summarized in “Global IoT based Asset Tracking and Monitoring Market Size, Share & Industry Trends Analysis Report By Connectivity Type, By Application, By Regional Outlook and Forecast, 2022 – 2028″ report.

In June 2022, the world’s smallest GPS module MIA-M10, was launched by U-blox with the exceptional sensitivity and short acquisition times of the ultra-low-power u-Blox M10 GNSS platform. This resource can be promising long lasting solution for asset tracking considering its power- and size-constrained end devices, particularly with the growth of wearable tracking device market.

In April 2022, Semtech Corporation announced the progress to its to its LoRa Edge device-to-Cloud geolocation platform. As per the organization, LoRa Edge LR1120 would be responsible for profoundly integrated, enhanced connectivity for a streamlined operation, ultra-low power trackers with better interoperability.

In March 2022, Sierra Wireless signed an agreement with the 5G pioneer of the United States, T-Mobile, to strengthen its Wireless IoT connectivity. Through this agreement, T-Mobile’s strong mobile network (LPWA, 4G LTE, and 5G coverage) will be integrated with Sierra Wireless IoT network and management tools. This expansion will enhance the Low Power Wide Area (LPWA) connectivity globally through its Smart Connectivity service.

In February 2022, Thales delivered the ELS62 series to adjunct Thales’ 360° approach1. It is claimed that the cost effective ELS62 series will do the trick to streamline design, simplify development and boost time-to-market for IoT solutions.

In October 2021, Sony Semiconductor Solutions Corporation spilled the beans in Japan, the U.S., and Europe by unveiled its AITRIOS edge AI sensing platform. This product launch would be beneficial for Sony to facilitate the development of optimal systems, wherein the edge and the cloud function in synergy, to help its partners to expand and popularize environmentally conscious sensing solutions utilizing edge AI, offer new value, and assist in solving challenges faced by numerous industries.

In December 2021, Quectel Wireless Solutions, alongside Point One Navigation released the LG69T-AM, another expansion to the LG69T GNSS Module Series. LG69T-AM will be empowered by Point One’s positioning engine, providing an accuracy of centimetre-level globally. The accuracy will be achieved by combining augmented GNSS in an affordable yet simple to utilize module with open-source API.

In October 2021, Sierra Wireless signed an agreement with STMicroelectronics, a global semiconductor leader serving customers across the spectrum of electronics applications. This purpose of this contract is to enable the STM32 microcontroller (MCU) user community to use flexible cellular IoT connectivity along with edge-to-cloud solutions from Sierra Wireless.

In April 2021, a new IoT solution, Acculink Cargo, managed by Sierra Wireless was introduced. Acculink cargo can not only pinpoint the location of your valuable assets but it is also capable of tracking the condition of high-value and sensitive assets.

GNSS spoofing attack possess the threat to safety and security of Tesla Model 3 and Model S.

GNSS spoofing attack possess the threat to safety and security of Tesla Model 3 and Model S.

Regulus Cyber recently revealed in their research that Tesla Model S and Model 3 electric cars which are known for their speed and safety are prone to cyberattacks aimed at their navigation systems.
Regulus Cyber is the first company dealing with smart-sensor security across a wide range of applications including automotive, mobile, and critical infrastructure. The vulnerability of Tesla was revealed during a test drive using Tesla’s Navigate on Autopilot feature when a staged attack not only caused the car to slow down but the car also veered off the main road. Moreover, the concerned cyber firm also discovered the spoofing attacks on the Tesla GNSS receiver can easily be carried out wirelessly and remotely, exploiting security vulnerabilities in mission-critical telematics, sensor fusion, and navigation capabilities.
The Navigate on Autopilot feature was initially intended for making the route to a destination easier by suggesting and making lane changes and taking interchange exits under the driver supervision. According to Tesla, both the models initially requires the drivers to confirm the lane changes using the turn signals before the car moved into an adjacent lane, however, the current versions of Navigate on Autopilot allow drivers to waive the confirmation requirement if they choose, which means the car can activate the turn signal and start turning on its own. Tesla emphasized that “in both of these scenarios until truly driverless cars are validated and approved by regulators, drivers are responsible for and must remain ready to take manual control of their car at all times.”
However, the attack staged by Regulus Cyber to reveal the reaction of Model S and Model 3 began by testing the car driving normally and activating the autopilot navigation feature, maintaining a constant speed and position in the middle of the lane. When the spoofing attack happened, the car was three miles away from the planned exit.
The car suddenly slowed down from 500 meters away from the exit and activated the right turn signal and made the sharp turn off the main road. The driver instantly took the charge yet he was not able to stop the car from leaving the road.