Enhance Fleet Efficiency: Fuel Card Integration for Smarter Purchase Tracking

In a smart move, leading Fleet Management Service providers have introduced an innovative feature to their web hosted and mobile app-integrated software — Fuel Card Integration. This cutting-edge feature is changing the way operators and organizations manage their fleets, offering unparalleled advantages and insights for fleet owners and transport managers.

With Fuel Card integration, users can now track purchases and make smarter fuel choices seamlessly. The software’s dashboard provides a comprehensive view of all essential Key Performance Indicators (KPIs) related to fuel management, empowering fleet managers to make informed decisions. The intuitive interface allows users to visualize transactions on an interactive map, providing a real-time overview of their fleet’s fuel-related activities.

One of the standout features of this feature is its flexibility in supporting multiple fuel card providers and accounts on a single customer account. This means that organizations using different fuel card services can streamline their data and analytics in one unified platform, eliminating the need for toggling between various systems.

The advantages of Fleet Fuel Card Integration

Fleet managers can now monitor fuel consumption patterns, identify potential discrepancies, and optimize fuel efficiency besides budgets. This not only leads to substantial cost savings but also reduces the environmental impact by promoting fuel-efficient driving practices.

Moreover, the integration simplifies expense tracking and reporting. The centralized system eliminates the hassle of managing multiple accounts provides a clear and concise overview of all fuel-related expenses and prevents fuel fraud. This enhanced visibility enables businesses to allocate resources more efficiently and make data-driven decisions to enhance overall fleet performance.

In an age where efficiency and sustainability are vital for any business, in fleet management Fuel Card Integration stands as proof of a company’s commitment to providing state-of-the-art solutions. The software application not only streamlines operations but also empowers organizations to make strategic decisions that positively impact their bottom line. As the industry evolves, providers like Trinetra continue to lead the way in shaping the future of fleet management with cutting-edge technology.

An all-in-one fleet management software is the answer to streamlining fleet business, right from fuel management, maintenance management, route planning and pick-up schedules, our state-of-the-art software, offers unparalleled efficiency and overall cost savings.

We live in an environment that is increasingly getting polluted but consciousness is increasing and solutions are being sought to resolve it. Responsible waste management is helpful in mitigating this issue. We present to you our cutting-edge software for Waste Management System, a comprehensive solution designed to revolutionize the way you handle waste. Tailored to meet the unique needs of both large corporations and small businesses dealing with waste management. our software is an important player in the waste management industry. Let’s see here how its features benefit you as a user.

Improve Your Processes with Our Integrated & Automated Waste Management Software

Our software offers a range of key features that set it apart from the rest. Online booking facilitates seamless scheduling, while multi-user access ensures that your workforce is interconnected, whether they are inside or working outside the waste collection vehicle. This allows for real-time updates and better collaboration, ultimately enhancing the overall efficiency of waste management processes.

Scheduling, Dynamic Pricing & Auto Routing for Optimal Operations

Scheduling and dynamic pricing are made effortless, responding to changing workloads automatically and quickly. The software’s auto-routing feature ensures efficient routes based on vehicle types and starting points or locations. This not only saves time but also optimizes fuel consumption, contributing to cost savings in the long run.

Cost-Saving Reports and Waste Minimization

One of the standout features of our software is its ability to generate reports on hazardous waste generation, providing insights into lower-cost disposal options. This cost-saving aspect, combined with the software’s waste minimization capabilities, allows businesses to determine the amount of waste generated at individual sites, paving the way for environmentally conscious practices.

Configurable to Your Needs

Flexibility is a key factor and our Waste Management System software can be configured to address them and meet your specific requirements at each collection point. This customization ensures that the software aligns seamlessly with your existing processes, making the transition smooth and hassle-free.

On an end note, obviously, an all-in-one waste management software solution is the answer to streamlining waste management operations, from customer management to inventory management, route planning and pick-up scheduling. Embrace effective waste management with our state-of-the-art software, to experience unparalleled efficiency and overall cost savings.

The field of fleet management is transforming rapidly in a technology driven world. In fact, 2023 is emerging as a crucial year where innovation meets sustainability. The industry is abuzz with the convergence of Artificial Intelligence (AI), Automation and Sustainability as the dominant trends shaping the future of fleet operations.

AI Revolutionizing Fleet Management

AI is transforming fleet management in 2023, enabling smarter decisions through real-time data analysis. It predicts maintenance needs, enhancing vehicle health and safety. Driver behavior analysis aids in safety improvement, reducing accidents and insurance costs.

Automation for Streamlined Operations

Automation isn’t just about self-driving vehicles; it streamlines operations. Algorithms optimize routes based on live data, reducing fuel consumption and travel time. Dispatching and tracking tasks are automated, ensuring smooth operations and boosting customer satisfaction.

Sustainability as A Key Priority

In 2023, sustainability is a priority. Fleet electrification and AI-driven route optimization reduce the carbon footprint. Automation minimizes idling, optimizes maintenance, and ensures efficient vehicle use, contributing to environmental preservation.

In conclusion, 2023 marks a transformative year in fleet management. The integration of AI, automation and sustainability drives efficiency, safety, cost reduction and environmental impact, paving the way for a greener and more efficient future in transportation.

In the competitive world of construction, where efficiency and costs are paramount, technology is playing a pivotal role in reshaping the way the industry works. The demand for robust fleet management solutions is soaring, and the construction industry is also adopting this technology. Trinetra Wireless, a leading provider of GPS-based Fleet Management Systems, is at the forefront of transforming how construction companies manage their heavy equipment at sites.

The construction industry, known for its reliance on a wide array of heavy machinery and equipment has long grappled with the challenge of monitoring and managing these assets efficiently. Traditional manual tracking methods often led to operational inefficiencies, delays and increased costs. However, the adoption of Internet of Things (IoT) technology has brought about a revolutionary change in how the construction sector tracks its equipment.

Adopting the IoT-based Fleet Management for Heavy Equipment Tracking:

A comprehensive Fleet Management System powered by GPS technology that is tailor-made for the construction industry provides an answer. This system is what Trinetra Wireless offers, and it empowers construction companies and contractors to monitor, manage, and optimize their heavy equipment with precision and ease at various locations.

Types of Heavy Construction Equipment that can be monitored:

Different types of heavy equipment commonly used in the construction are as follows:

• Excavators
• Backhoe
• Dragline Excavator
• Bulldozers
• Graders
• Wheel Tractor Scraper
• Trenchers
• Loaders
• Tower Cranes
• Pavers
• Compactors
• Telehandlers
• Feller Bunchers
• Dump Trucks
• Pile Boring Machine
• Pile Driving Machine

Key benefits of Trinetra’s Fleet Management System for the construction sector include real-time location tracking, remote diagnostics, maintenance scheduling and asset utilization analytics. This not only enhances equipment security but also boosts operational efficiency and reduces downtime significantly.

Construction companies, big contractors and project managers are now turning to IoT-based construction fleet management software solution provider like Trinetra’s to streamline their operations, enhance productivity, and improve their bottom line. By leveraging the power of IoT technology, the construction industry is ushering in a new era of efficiency and competitiveness.

In a rapidly evolving industry, Trinetra Wireless is seen as a trusted partner, providing innovative solutions that empower construction companies to stay ahead of the curve in the age of IoT. As the construction sector continues to embrace technology-driven solutions, the future looks promising for those who choose to harness the power of IoT-based fleet management systems.

Contact the Trinetra team to find out more on IoT based Heavy Equipment Tracking System.

Fleet Management solutions

GPS Fleet Management software has proved to be a great application to improve the productivity of any business or company deploying a fleet of vehicles for their operations. It can be a boon for your HVAC business too, revolutionizing your operations and boosting efficiency. By providing real-time tracking and monitoring of your HVAC vehicles, the software enables your company to optimize routes, reduce fuel costs, and improve response times. Dispatchers can assign jobs more effectively, ensuring the nearest available technician is sent to a client’s location promptly. Additionally, maintenance schedules can be streamlined, minimizing vehicle downtime and increasing overall productivity. With better fleet visibility, an HVAC company can enhance customer service, reduce operational expenses, and ultimately achieve a competitive edge in the marketplace.

Better Vehicle & Driver Management

HVAC business owners can greatly benefit from GPS vehicle tracking and Fleet Management Software (FMS). Whether your goal is to ensure employee accountability, enhance dispatching efficiency, or maintain comprehensive service records, this solution addresses your needs. Moreover, it enables remote management of maintenance notifications and facilitates fuel cost reduction. Regardless of your specific reasons for seeking GPS vehicle tracking, implementing FMS becomes an essential tool for optimizing operations and achieving success in the HVAC industry.

Track all your Vehicles in Real-time

In HVAC businesses, the efficient operation of vehicles is crucial for serving customers and completing tasks successfully. Having real-time knowledge of the whereabouts of your trucks and crews is essential, regardless of whether you are at your desk or out in the field. This constant visibility using GPS tech allows you to manage your operations effectively, ensuring timely services and smooth coordination. Track your vehicles live on a map on your computer, tablet or smartphone.

Driver & Vehicle Safety

Managing a fleet can be financially demanding. With FMS, you can steer clear of unwarranted expenses arising from accidents, speeding fines, and excessive fuel consumption due to aggressive driving.

Collect comprehensive driver safety scores for each trip and identify any hazardous driving incidents. Access driver safety reports and data to incentivize your safest drivers and provide guidance to those needing improvement. Receive immediate smartphone alerts in case of incidents like vehicle collisions, breakdown, or theft.

Don’t miss any HVAC job

For HVAC companies, vehicle downtime costs money. Problems with your trucks mean having to reschedule jobs, and that means lost revenue. FMS helps you manage your fleet’s maintenance, keeping your vehicles on the go with fewer breakdowns.

Monitor the mechanical condition of all your vehicles, including engine codes, fuel levels, battery levels, manufacturer’s recalls, and more. Organize all your vehicle maintenance in one easy place. Get predictive maintenance alerts when certain parts need replacement.

Using GPS fleet tracking can bring many benefits to HVAC businesses, improving their performance and effectiveness. GPS location in real-time allows for better scheduling of urgent jobs, ensuring faster arrival times. Monitoring vehicle idling and driving habits helps to save fuel costs, also encouraging more eco-friendly driving practices. Live tracking enables customers to track the HVAC technician’s journey and expected time of arrival, creating trust and enhanced service experience plus customer satisfaction. GPS fleet management software boosts driver responsibility and promotes safe driving practices, leading to better road safety and fewer accidents. Early alerts about minor vehicle health issues help owners fix problems quickly, reducing downtime and optimizing fleet productivity.

Thus, fleet management software that is future-ready, a versatile and customizable system for various client needs. This fleet monitoring system like the one Trinetra Wireless provides comes with mobile app integration and video telematics, along with GPS and Geofencing technologies to the benefit of fleet managers and operators.

Numerous incidents behind the wheel pose threats to the safety of drivers, other road users and vehicles. While drunk, distracted, and fatigued, driving must receive significant attention as safety is a key concern. However, there are other activities that are not given equal consideration in terms of driving safety. One such factor is harsh driving, which has an immediate impact on both safety and expenses. Although these actions are more prevalent than what most safety managers realize, they jeopardize the well-being of other vehicles on the road, increasing the chances of accidents that can lead to injuries or fatalities. Here we aim to delve into harsh driving events, and different events encompassed by it, plus how such events affect the financial or cost aspect of your fleet operations.

Various harsh driving events that impact fleet management and coats include:

Harsh Acceleration: Drivers may exceed necessary power to rush away from a stop, often due to distractions or the need to avoid collisions or other reasons.

Harsh Braking: Drivers forcefully stop their vehicles, indicating distracted or aggressive driving and potentially causing maintenance issues and insurance claims.

Harsh Cornering: Accelerating through turns increases the risk of flipping or crashes especially for top-heavy vehicles.

Distracted Driving: Engaging in other activities while driving, diverts attention and endangers everyone on the road.

Drowsy Driving: Fatigue impairs awareness, increasing the chances of a collision.

Posted Speed Violation: Exceeding speed limits puts both the driver and the vehicle at risk and counts as a harsh driving event.

Sign Violation: Failing to properly stop at stop signs or similar signals while driving.

Lane Drifting: Unexpectedly changing lanes without proper indication and clearance, leading to potential accidents.

Tailgating: Driving too closely behind another vehicle without sufficient stopping distance.

To detect harsh driving, three types of data can be utilized:

Vehicle acceleration data: An accelerometer records data in three dimensions: forward/backward, up/down, and left/right.

Data on Vehicle speed: This can be obtained from two sources – GPS module information and the Diagnostic data source of the vehicle (if available).

Engine speed: This is obtainable via the vehicle’s diagnostic data (if accessible). This information helps determine if the vehicle is Over-speeding, Experiencing harsh acceleration, Engaging in harsh braking, Engaging in harsh cornering or Over-revving.

Here are the effects of Harsh Driving on Fleets:

Higher Fuel Consumption: Harsh braking increases fuel consumption as vehicles require downshifting to lower gears, leading to higher engine revolutions and more fuel usage. Speeding to gain momentum also consumes more fuel.

Low Tyre Life: Acceleration, braking, and cornering cause uneven resistance, accelerating tyre wear and reducing performance.

High Vehicle Maintenance: Harsh driving reduces the vehicle’s lifespan, also leading to higher maintenance and fuel costs. It also damages tyres, brakes, and suspension, increasing the risk of collisions and breakdowns.

A fleet management and telematics solution has various features to monitor and prevent harsh driving events.

Driver Behaviour & Training: Driver behaviour monitoring can be done by a fleet management system with mobile integration. A driver scorecard can identify problems and the drivers who contribute to them based on defined parameters. The scorecard reports help in driver self-assessment. It will also help in upgrading skills and in training of high-risk drivers.

Vehicle tracking: every vehicle is assessed for its performance with help of the vehicle monitoring system in the fleet management software. Using the performance reports managers can evaluate vehicle health and engine diagnosis. The system can identify harsh driving events and help prevent them from recurring.

Video Telematics: Video telematics with the help of dashcams can give detailed insights into hazardous and harsh driving events. The fleet management system will help evaluate driving behaviour and in training drivers.

Fuel Consumption Reports: harsh driving events have a direct impact on fuel consumption. The fuel consumption reports extracted from the fleet management software can help analyse anomalies and harsh driving events to enable fleet managers to take corrective action.

Trinetra Wireless offers a fleet management system (FMS), a versatile software, that is future-ready, customizable for various needs, and already serving many clients. This fleet monitoring system offers mobile app integration and video telematics, supporting GPS and Geofencing technologies to the benefit of fleet managers and operators.

Innovations are rapidly transforming the mining industry owing to its extensive scope and scale. Fleet/Transport Managers prioritize safety and continuous vehicle operability through regular maintenance. They work to achieve sustainability goals, in reducing carbon footprint, lowering operational costs and enhancing profitability. With these key performance indicators (KPIs) in main focus, Trinetra has identified technology trends that will be able to advance mining capabilities in the coming decade.

After recovering, the Mining industry is increasing its investment in innovative technology. A fleet management system is crucial for the mining industry, as fleet managers must track assets, vehicles, heavy equipment and personnel in remote and sometimes hazardous areas. The managers must warrant optimal utilization of assets and also schedule regular maintenance for equipment and vehicles to minimize downtime and yield ROI.

Efficient fleet management is crucial for the Mining industry. Fleet/Transport Managers need to ensure optimal asset utilization, schedule regular equipment and vehicle maintenance and minimize downtime. Given the extensive opportunities for leveraging new technologies, innovation is rapidly advancing in the mining industry.  Let us discuss some important emerging technology trends.

Use of Drones

Mining is perilous. Remote locations, theft risks, costly mistakes, and sudden accidents demand precautions. Companies spend millions for asset and personnel safety. By enhanced drone monitoring, a detailed view aids managers in daily operations. Ensure adherence, track valuable assets, manage fleet, and monitor KPIs historically and in real-time. Drones offer safety, security, and productivity and help to assess risky areas, report interventions, secure stockpiles, and provide accessible surveillance. It helps in compliance too.

Fleet Tracking with GPS tech

GPS Tracking and telematics enable the seamless monitoring of mining equipment, assets, and fleet vehicles. It can cover all aspects, right from extraction to distribution, in managing generators, trucks, buses, and heavy machinery. Enhanced asset utilization and fleet management can boost efficiency, productivity, and lower expenses. Real-time GPS monitoring helps in alerts, improved performance, in scheduling, fuel cost reduction, advanced reporting, and enhanced safety measures that lead to improved profitability.

The fleet tracking system enabled with telematics offers the Geofencing functionality that enables fleet managers to prevent theft and misuse of vehicles by monitoring the whereabouts of vehicles on the road during working hours. The application helps drivers to be more compliant and improves safety overall in the fleet business.

Automation

Automation technologies bring undeniable benefits. Mining companies adopting automation witness significant productivity boosts and cost reductions. Some have experienced a 15-20% increase in productivity. Safety is also enhanced, as automated equipment reduces the need for miners in unsafe areas, while extracting higher outputs. Mining companies worldwide are rapidly embracing automation to modernize operations. This shifting landscape offers substantial value to the mining sector and stakeholders. The mining automation market is predicted to grow by almost 50% in the next six years, thanks to technological innovation for improved productivity, safety, and cost reductions.

Cloud Technology

Mine managers utilize a user-friendly SaaS platform for secure data collection, analysis, and management. Easy integration of assets, vehicles, and equipment enables managers to access valuable insights from comprehensive data sets, optimizing site processes and reducing costs. Investments in cloud infrastructure, AI, and IoT greatly benefit mining companies concerned about data security and seeking the advantages of automation.

Use of Renewable Energy

Renewable energy adoption is a prominent technological trend in the mining industry. Mining companies endeavour to decrease electricity expenses and reduce their carbon footprint to ensure long-term sustainability. By minimizing operational costs and showcasing corporate responsibility to stakeholders, shareholders, and customers, mining operations can capitalize on renewable energy sources to keep steady profitability in the years ahead.

Technology for Compliance and Safety

Utilizing technology for enhanced safety and compliance is a pivotal focus in the mining industry. The COVID-19 pandemic has further highlighted health and safety concerns, prompting the adoption of technological advancements worldwide. Automated and technology-driven mine sites reduce traditional mining risks, safeguarding employee well-being, while improving productivity and efficiency.

Implementing technology eliminates human errors and ensures accurate data by establishing a centralized data source, reducing issues like double handling and inaccuracies. Common applications of technology for safety and compliance include lift safety, crash avoidance, real-time fleet and asset scheduling, employee training, and accident tracking and reporting.

Digital solutions such as sensors, drones, and technology-based procedures make operating site or plant equipment safer and more convenient for workers. Vehicles used in haulage are equipped with alarms and auxiliary safety functions, minimizing the likelihood of accidents, injuries, and fatalities.

In the future, technology may minimize the need for on-site human presence, reducing the risk of human errors. The mining industry is anticipated to become partially digitalized, with fewer humans directly involved in operations.

Telematics plays a crucial role in mining companies’ reliance on technology. Telematics platforms provide valuable insights into on-site operations, enable in-depth analysis of big data, and help prevent severe accidents and loss of life. Fleet management and telematics solutions drive the emerging innovative technological trends in the mining industry.

To comprehend the functioning of front and rear dashcams, it’s essential to understand the basic operation of a digital video camera which operates by recording videos instead of still images. The recorded videos are saved onto a microSD card or any another storage device in a manner similar to digital cameras.

This dashcam technology has revolutionized the way drivers, including motorcyclists, commercial truckers, rideshare contractors, and private individuals, can capture video footage of their journeys. It enables them to safeguard themselves from unjustified liability in case of an accident or any other mishap.

Dashcams, although conceptually straightforward, can possess advanced functionalities. Modern dashcams often include GPS tracking, night vision, and motion detection features. Additionally, some models are equipped with Wi-Fi capabilities, enabling real-time video viewing and sharing without the need to remove the memory card.

Typically, dashcams are designed for mounting on a vehicle’s dashboard or windshield. However, certain models can be attached to the rear-view mirror or even clipped onto clothing as long as the dashcam has an unobstructed view of the road ahead or behind.

How do Dashcams work

A front dashcam is typically installed near the windshield at the front of the vehicle, while a rear dashcam is mounted near the license plate at the back. Dashcam systems often consist of both front and rear cameras, offering a comprehensive high-resolution wide-angle view of the vehicle’s surroundings.

Typically, the cameras are activated when the engine ignition is turned on, but some camera models may have a manual power button. They automatically start recording and continue to do so until the ignition is switched off. To ensure continuous recording, certain dashcams may employ a looping mechanism that overwrites the oldest footage on the memory card when it becomes full, for creating space for new clips. There are different types of dashcams with various functionalities. The range of cameras includes road-facing, driver-facing, and in-cab cameras, and we can collaborate directly with customers to derive an apt solution to their specific requirements and also budget.

Why Front and Rear Dashcams are worth the Investment

Dashcam-recorded videos serve multiple purposes. The footage can aid in determining fault in accidents, assist in locating stolen vehicles, assist in the training or updating skills of drivers and can provide crucial evidence for identifying and apprehending criminals. A telematics solution, including intelligent dashboard cameras, enhances safety and efficiency by alerting both drivers and fleet managers to risky driving behaviours or other risky conditions.

While dashcams are valuable, it is a fact that they cannot replace responsible driving habits. Maybe a dashcam cannot avert accidents, but it can protect your fleet from liability in incidents where your drivers are not at fault. Utilizing a dashcam is a positive step towards improving road safety and driver training, but it should be complemented by careful and attentive driving, obviously the best way to avoid accidents and damage.

Installing front and rear dashcams offers numerous benefits. Whether you seek enhanced road safety or liability protection for your fleet business, investing in a dashcam is advisable. Moreover, the affordability of dashcams has increased due to advancements in technologies and manufacturing methods.

In case your vehicle encounters a road crash, a dashcams can provide useful evidence in supporting your case. Insurance companies often count on on dashcam footage to determine liability. Additionally, for business owners managing large vehicle fleets, dashcams aid in monitoring driver behaviour and help in promoting safety and training. Therefore, procuring front and rear dashcams is a worthwhile decision. A capable Fleet Management Software can provide intelligent dashcam support to improve road safety and operations.

Trinetra Wireless provides a fleet management software that is future-ready, a versatile and customizable system for various client needs. This fleet monitoring system offers mobile app integration and video telematics, with GPS and Geofencing technologies to the benefit of fleet managers and operators.

GPS tech in fleet management has helped various innovations like Geofencing, which has gained a significant position as a powerful tool for streamlining operations and enhancing the productivity of fleets. The location-based application creates virtual boundaries or fences around specific geographical areas, as required by the user, with integration into the fleet management application. By monitoring vehicles in a fleet, in real-time, this application helps fleet operators to reduce fuel cost, labour cost and downtime. On the other hand, fleet management system increases uptime, punctuality, scheduling and productivity. Not only specific areas or perimeters are defined, but optimized route planning help create efficient routes for drivers which ensures cost-effective operations.

Route to Productivity

Fleet managers are helped by the geofencing feature to monitor fleet drivers in real time. They can set up geofences to track driver speed, acceleration or braking patterns as well as compliance with schedules and routes. The software can detect undesirable driver behaviour and improve safety of drivers and vehicles, thereby improving fleet productivity.

Maximise Asset Utilisation and Safety

Geofencing in fleet management enables companies to help prevent theft or misuse of vehicles. Virtual perimeters around specified locations like warehouse, work sites or customer place help to monitor entry to or exit from these geo zones. This helps fleet managers to track vehicles and ensure they are being utilized as intended and not misused. In case of theft, geofencing enables quick recovery efforts and vehicle is back on road for productive use. The application also helps drivers to be more compliant and overall it helps improve safety.

Automate Tasks

Geofencing helps in automating tasks to improve efficiency and productivity. Based on location it triggers reminders and notifications which can be sent for maintenance schedules, inspections, driver check-ins, etc. Automation streamlines routine tasks and minimizes manual intervention and administration.

Better Customer Service

Geofencing helps to monitor vehicle movement and location which helps businesses to provide timely and efficient services to increase customer satisfaction. Satisfied customers are more loyal and likely to recommend to others. This helps business in growth and better productivity.

Undoubtedly Geofencing has become a potential and powerful tool to optimise fleet management systems and increase productivity. It provides real-time visibility with automation for fleet managers and better control to improve performance and productivity

Trinetra Wireless’ fleet management system (FMS) is such a kind of scalable software that offers Geofencing and optimisation features. It is future-ready, customizable and already serves many industries and companies in logistics, supply chain operations and last-mile deliveries. This real-time fleet monitoring system provides mobile app integration and video telematics, with support of GPS tech to the benefit of fleet managers and operators.

If you are in the business of managing and operating a mobile fleet, a web-based fleet management system can secure your entire portfolio of vehicles and equipment for you to take your business to the next level of efficiency & productivity.

This fleet tracking software provides you with real-time visibility, useful features and functionalities to monitor and control most aspects of your fleet operations. Utilise your assets optimally and find opportunities to reduce costs with the software. It is proficient in collecting and interpreting data being generated daily from sensors and devices, to help analyse each process of your fleet management business. With built-in telematics the software gives you better control over the fleet’s performance, enhances efficiency and reduces risks. Here are some of the best practices that will reduce fleet costs and boost operational efficiency.

Minimize your fuel consumption

Just by monitoring and managing the speed of vehicles can stop the increase of fuel consumption by 10%. Real-time reports generated by the software help in many ways. The app can trigger alerts in case any of unauthorised purchases of fuel.

Routine Maintenance to extend the life of vehicles

Costly repairs, breakdowns and downtime can be avoided with routine maintenance schedules. Preventive Maintenance modules not only monitor health and many parameters but extends the life of vehicles in the long term. Automated alerts and notifications can be set for each vehicle in a mixed fleet for enterprises.

Accountability and productivity for your personnel

The fleet monitoring software also acts as a mobile time clock for your drivers, as a mobile inspection and employee accountability too. It can report accurate work hours and determine productivity per vehicle per route with uptime data.

Ensure safe operations of your fleet

Costs and Risks associated with operating vehicles are reduced with the technology behind the fleet tracking software. The GPS-enabled application alerts you instantly when the vehicle exceeds speed limits or for any other discrepancy. Thus your repair, fuel and wear & tear costs can be controlled, besides getting insurance benefits.

Automate Workflows

The versatile fleet management tool puts your operations on a paperless system. The analytics and digital workflow would help you in optimising performance, improve time management, reduces the risk of human errors and enhance communication.

Better control, integration and compliance.

The fleet management software is a tool that can be easily customised o your specific needs and save you costs. With mobile app integration, inspections and reports can be done on the field. Data entry and supporting documents can be added and easily uploaded over wireless networks.

The fleet management software connects directly with the apps, system and personnel. Fleet managers with access can report defects, lapses, or non-compliance and also stay on top of regulatory requirements. Easily keep driver information updated and available on the web-based application.

Trinetra Wireless’ fleet management system (FMS) is such a kind of software that is future-ready, customizable for various needs, and already serving many industries and companies in logistics, supply chains and last-mile deliveries. This real-time monitoring system offers mobile app integration and video telematics, supporting GPS and Geofencing technologies to the benefit of fleet managers and operators.