Video Telematics Cameras: What You Need to Know

Estimated reading time: 5 minutes

What Is Video Telematics? 

Video telematics technology is typically augmented with a combination of vehicle data and driving data. This information provides more context on incident footage and transmits real-time video evidence. It can even collect data on driving behavior. This technology also allows you to collect and map street data, such as hazards and construction.

The State of Video Telematics  

The COVID-19 pandemic hampered developments from 2020 to 2021, but growth has started returning to the market. Berg Insight foresees a continuous uptake of video telematics solutions in all geographies from 2023 to 2026.

The active installed base of video telematics systems is growing at a compound annual growth rate (CAGR) of 16.5%. It is forecasted to reach almost 6.3 million units in North America by 2026. In Europe, the installed base is expected to grow at a CAGR of 17.9%, reaching 2.1 million units by 2026.

This recent growth surge is due to multiple factors, the main driver being waning privacy concerns. At first, drivers took issue with being filmed constantly. Those privacy issues have become less prominent because of benefits like lane, reverse and parking assist. These advantages have resulted in greater acceptance of video telematics cameras, especially in commercial settings.

At the same time, vendors in the market have wisely reframed this technology’s positioning (in fleet management specifically). The perspective has shifted from monitoring poor drivers to identifying and rewarding good drivers.

Additional developments contributing to video telematics adoption include:

• Evolution of the regulatory landscape, such as the electronic logging device (ELD) mandate
• Video telematics is at the core of mergers and acquisitions (M&A) in the fleet management market
• Device interoperability and an increase in partnerships and marketplaces
• Wider access to artificial intelligence (AI) and machine vision (MV)

3 Benefits of Video Telematics Cameras for Fleet Management

One of the most recognized uses for telematics video cameras today is fleet management. Companies that manage fleets can use video telematics to collect real-time information, such as vehicle behavior and driver insights.

You can use these insights to:

1. Increase Efficiency

You can use the data you collect on your fleet to improve fuel efficiency and increase productivity. For example, data on fuel consumption and routes can help you optimize work and enhance planning.

What’s important is that with the help of video, you can:

• Access a vehicle at any point in time
• Understand what’s going on
• Provide real-time support

These insights give you the ability to make better decisions and solve problems.

2. Reduce Expenses

With access to more information, you can identify issues and reduce accidents in a fleet, leading to decreased insurance and repair expenses. In addition, most insurance companies provide discounts on policy premiums for fleet operators using the technology.

3. Improve Driver Safety

The evolution of cameras and the introduction of AI and MV have enabled more actionable data, expanding the applications that can protect drivers. These new applications include:

• Driver management (passive and active)
• Fatigue and distraction monitoring
• Advanced driver assistance systems (ADAS)
• Driver training and coaching
• Managed services

Moreover, like home doorbell cameras, vehicle cameras that are visible or flagged with warnings can deter criminal behavior.

3. Benefits of Video Telematics Cameras for Auto Insurance

IoT and video telematics make evaluating risk based on real-world driving behaviors possible. Insurers can use telematics device data to provide more personalized services.

This personalization creates a better experience for the customer and allows insurance companies to:

What Do Companies Need to Use Video Telematics?

The most flexible telematics video products with the highest return on investment (ROI) are based on cellular technology. Cellular provides the connection to your phone app or a fleet operations center.

Choose a video telematics supplier with a system that includes a cellular modem that can sustain the performance you need. For example, if you need live video, the device’s cellular technology must maintain a decent upload speed to send data from the devices to the network.

You should retain cellular data plans for the cameras available in the region you need. Since cameras consume high data volumes, you need a precisely calculated roaming exposure to avoid roaming overage issues.

You must consider data security and privacy. Select a provider with a system and associated services guarantee. The vendor should be able to provide you with a clear statement about security and privacy in terms of hardware and software, as the cameras collect sensitive data.

You must be clear on what the data will be used for and ensure it will only be used for that purpose. You must then inform the potential customer about how this data would be used and get them to agree to the terms and conditions.

Furthermore, with new AI, machine learning (ML) and MV applications, your business should consider a vendor with video telematics offerings that are interoperable and agnostic. You will also need to decide between a build vs. buy approach and what type of business model you want to offer (e.g., full solution, exclusive partner or marketplace).

We’re Here to Help You Put Your Data to Work

Telit Cinterion can securely and reliably enable your business at every step of the video telematics value chain. We offer cost-optimized single, double, triple and quadruple-play options with our modules, connectivity plans and services, platforms and solutions. We also provide connected module as a service packages combining hardware and connectivity.

Editor’s Note: This blog was originally published on 7 December 2020 and has since been updated.