GPS Telematics Solutions

Introduction

How's My Driving GPS Telematics

In today's world of rapidly advancing smart devices, the term 'basic track and trace' takes on a new meaning. Just getting the coordinates from the device is no longer enough. Therefore, GPS trackers need to be universal to meet different requirements. When choosing a tracking device, it is very important to understand what additional services and tools you will get with it.

A key factor in choosing a GPS tracker is the added value that the integrator being compared can offer to the end user. For this reason, it is not only the hardware specifications of a product that are important, but also the firmware features, associated tools and applications.

Challenge

The time it takes for a customer to bring a product to market is also very important. That is why, in addition to GPS trackers, we provide a range of tools to help customers get up and running quickly and keep them operating successfully and reliably.

Solution

How's My Driving GPS, in partnership with Teltonika, a Global telematics manufacturer, has developed a common firmware platform that is continuously enhanced with new features. A common platform means that the main core of functionality is the same on all types of our trackers - be it PROFESSIONAL, ADVANCED, or BASIC category models. With intelligent functions, users have more options and a clear advantage over other GPS trackers in the same price range, making them suitable for different telematics solutions.

Speaking of hardware specifications, all How's My Driving GPS/Teltonika trackers feature a high-gain GNSS antenna for accurate GPS tracking. 128 MB of internal memory allows data collection in areas without a GSM network connection. Internal memory makes it possible to update the firmware - a feature that not every simple GPS tracker has. All our trackers have an internal backup battery that allows a notification to be sent if an unauthorized disconnection is detected.

Now let's look at software solutions. For quick and easy implementation of 'Teltonika data protocols', a packet parser tool and communication server source code examples are provided. For easy control of the entire fleet, our customers receive free access to the FOTA WEB platform. This is a powerful software service for remote configuration and firmware updates. Even more, all How's My Driving GPS and Teltonika GPS trackers on the FMB platform support Teltonika Configurator - the handy tool for device configuration, firmware updates, and testing. For documentation on all features and configuration instructions, our customers can find it on the Teltonika Wiki page.

Our Bestseller

FMB920 — Professional GPS Tracker

The FMB920 model is one of our most popular trackers. Its competitive price, smart functionality, and high quality have quickly made it our bestseller. We ship this GPS device from the factory with a default configuration that is ready for track-and-trace use. The customer only needs to insert the SIM card and configure the server settings. With a wide range of firmware features and configuration options, FMB920 is suitable for customers with diverse needs.

The basic firmware functionality supports features such as sleep modes, trip detection, and different data acquisition modes depending on the ignition/movement source or even the connected GSM operator. The device supports different ignition detection modes depending on the installation scenario.

It also supports advanced features, such as auto-geofence, towing detection, green driving, crash event detection, virtual odometer, unplugged detection, GPRS/SMS notifications, and more. Users can easily enable the required function using the configurator or FOTA WEB and update the configuration as needed.

Enterprise Grade

How How's My Driving GPS AI Telematics Works

AI telematics platforms combine three key elements:

1. Data Collection

Sensors, GPS units, ELDs, and in-vehicle cameras collect large volumes of data in real time, including:

• Driving behavior (speeding, harsh braking, rapid acceleration)
• Vehicle health (engine diagnostics, fuel levels)
• Location and route information
• Environmental conditions
• Video footage from road- and driver-facing cameras

2. AI Analysis

AI algorithms process this raw data and identify patterns or anomalies. For example:

• Detecting risky driving behavior
• Identifying inefficiencies in routing and idling
• Recognizing distracted driving through computer vision

3. Real-Time Insights and Automation

The system then delivers data you can act on or initiates automatic responses:

• Alerting managers when a driver shows signs of fatigue
• Sending optimized routing recommendations to reduce fuel usage and time on the road
• Automatically flagging compliance risks or violations

Benefits of AI Telematics in Fleet Management

The combination of telematics and AI delivers a wide range of benefits that improve safety, efficiency, and operational control.

Improved Driver Safety

AI-powered dash cams and behavior analysis tools identify distracted or unsafe driving behaviors in real time. Alerts, scoring systems, and automated coaching workflows help fleets reduce accidents and build safer habits.

Fuel and Route Optimization

AI helps fleets identify unnecessary idling, inefficient routes, and high-consumption driving patterns. Route planning tools can then suggest optimized paths that reduce fuel usage and improve on-time delivery.

Compliance and Risk Management

AI enhances compliance monitoring by automatically flagging HOS violations, seatbelt usage, and other safety-critical behaviors. It also helps teams prepare for audits and reduce liability through accurate, timestamped data and video evidence.

Operational Efficiency at Scale

For large and growing fleets, AI telematics simplifies complex decision-making by surfacing only the most relevant insights, allowing managers to take fast, informed action across dozens or hundreds of vehicles.

Real-World Applications of AI Telematics

Here's how AI telematics is being used by leading fleets today:

• Automatic driver coaching: Based on real-time scoring, drivers receive personalized coaching tips via the driver app or dashboard.
• Dynamic route optimization: Adjusts routes mid-shift based on traffic, weather, or new delivery requirements.
• Video event detection: AI scans dashcam footage for signs of distraction, fatigue, or risky driving behavior — eliminating the need to review hours of video manually.
• Equipment monitoring: For construction and field service fleets, AI telematics tracks both vehicle and non-vehicle asset utilization and location to improve uptime and security.

How's My Driving GPS Leads in AI Telematics

At How's My Driving GPS, we've integrated AI directly into our telematics platform to give fleets the tools they need to operate smarter and safer.

With How's My Driving GPS you get:

• AI-powered dashcams that detect distraction, fatigue, and safety violations in real time
• Automated coaching workflows to improve driver behavior without manual oversight
• Real-time alerts and reporting that keep safety, compliance, and performance on track
• Scalable telematics infrastructure that supports fleets of all sizes across industries

Our AI telematics platform doesn't just show you what happened — it helps you understand why it happened, and what to do next.