A GPS fleet tracking solution or vehicle tracking system can help small businesses reduce fuel costs and avoid unnecessary wear and tear on vehicles. They can also increase productivity and provide data-driven insights for strategic decision-making.
Seamless integration between a GPS device and current dispatch or scheduling systems can streamline operations, reduce errors, and improve data accuracy. This creates a more efficient workflow and a single platform for all your business needs.
Route Planning
Using GPS technology for automated route planning can significantly boost productivity and save businesses money. In addition to allowing drivers to perform more deliveries in less time, routing optimization can help reduce fuel costs and vehicle wear and tear. Moreover, it can also lead to reduced staffing costs by eliminating the need for overtime and reducing turnover rates.
GPS and routing software uses algorithms to automatically determine the best routes for a given set of orders. The system considers various factors, including road distance, projected trip time, traffic patterns, and speed limits. Based on these factors, it selects the shortest, fastest, and most efficient route. This can help reduce travel time by up to 10 minutes and reduce the average gas consumption by up to 7.8 percent.
This is a significant benefit for businesses that rely on delivery or transportation services, such as food distribution, healthcare scheduling, and pest control. In these industries, minimizing the time spent driving between appointments can dramatically increase results and customer satisfaction.
This is because drivers can spend more time on each task and arrive at their destinations on time. Optimizing the routing process also helps improve business efficiency, SLA compliance, and customer retention. Upgrading to a cloud-based routing solution like Upper can eliminate hours of manual work and ensure that all orders are covered quickly.
Real-Time Tracking
Using GPS tracking software to optimize delivery routes makes it easier for dispatchers to assign drivers to shipments and ensure that each consignment gets to its destination. When routes are optimized, drivers spend less time on the road, so they can maximize productivity and complete more deliveries in a shorter period. In addition, real-time tracking makes identifying and eliminating any issues impacting delivery times easier. Check out the Garmin promo code to avail yourself of real-time tracking devices.
The GPS devices we tested reliably acquired and transmitted data with high accuracy, even with short (1 min) GPS fix intervals. Horizontal accuracy was high for all devices, and vertical accuracy was 99% for fixed indoor and outdoor locations. During the mobile tests, we reduced GPS location errors by eliminating data from the highest percentage of outlier positions, which reduced the proportion of GPS positions with horizontal and vertical errors above 10 m.
The GPS device’s ability to remotely transmit data over the cellular network enables researchers to obtain location data without recapturing subjects or accessing subject-owned equipment. This is particularly helpful in studies with limited resources and logistical challenges (e.g., field studies in urban areas). The devices also enable the collection of longitudinal data over long periods without requiring the subject to manually update the device or download its data, which may increase compliance rates.
Fuel Efficiency
Fuel efficiency is an important part of optimizing GPS product performance. It helps reduce operating costs, decrease emissions, and support a sustainable supply chain. Reliable tracking data allows managers to monitor fuel consumption and spot inefficiencies, such as poor driving habits or unnecessary idling. Fleets can improve fuel efficiency by offering drivers training programs, incentive programs, and performance-based rewards. They can also utilize real-time traffic information to route vehicles along the fastest routes and avoid traffic jams, road closures, and other delays.
Integrating GPS with an inertial measurement unit (IMU) can increase vehicle positioning accuracy and reduce fuel consumption. Using graph optimization to formulate integer-free constraints, GPS/IMU navigation solutions can compute optimal time difference strategies that minimize cycle slip. This approach can lead to a more accurate trajectory estimation and significantly improve overall performance over individual navigation systems alone. In addition, the GPS/IMU system requires fewer power consumption units than conventional GPS solutions.
Proactive Communication
If you work in a client-facing role, whether that’s in marketing, account management, or any other industry, you probably hear about the importance of proactive communication often. However, finding the time to communicate with clients outside of scheduled reports or strategy calls can be challenging if your workload is already busy.
Keeping customers proactively informed of their accounts, products, and services is a cornerstone of the low-effort customer experience. According to a recent research study, organizations prioritizing omnichannel communications see significant benefits in customer satisfaction, retention, and profitability.
Digital Matter devices are configured to stop searching for satellites after 20 seconds if no satellites can be seen, ensuring that the device conserves energy when it is not needed. Moreover, users can manually adjust this timeout value to increase or decrease the time the device searches for satellites to save or spend more power on location accuracy.
Similarly, GPS timeouts can be adjusted to reduce or increase how quickly the device updates its position when moving. This can improve accuracy if the device constantly updates its status or can save battery life when tracking a slowly moving person or livestock.