Wireless network technology is continuing to evolve, and members of the transportation industry who have come to rely on 3G networks for telematics in their connected vehicles have to consider how they’re going to keep up, lest they get left behind. Driven by ever-growing demands for more and faster data, major network providers are working Read more

Wireless network technology is continuing to evolve, and members of the transportation industry who have come to rely on 3G networks for telematics in their connected vehicles have to consider how they’re going to keep up, lest they get left behind.

Driven by ever-growing demands for more and faster data, major network providers are working ceaselessly on their respective rollouts of the fifth generation of mobile network capabilities, known as 5G, promising greatly reduced latency along with incredible speed and the ability to transmit large amounts of data in much reduced time. At the same time, the 3G networks are being phased out, with most networks set to go offline next year. Current 3G hardware is incompatible with the newer networks, and fleets that don’t upgrade in time will find themselves in the dark before long.

3G’s Clock is Ticking

Fortunately for fleet owners, there is still time to make the transition. Of the biggest providers, only AT&T is currently set to sunset 3G early next year – in February – with both Sprint and Verizon planning their shutdowns for December 2022.

Those dates come with a caveat, however: depending on the region, existing 3G infrastructure isn’t guaranteed to last until the sunset date, as regular maintenance may be dropped in favor of implementing hotly demanded 4G and 5G infrastructure instead.

Faced with uncertainty, fleet owners would be wise to get ahead of this technological leap. This is especially true for fleets that are using electronic logging devices (ELD). No fleets are more at risk of being negatively impacted by this change than those mandated to use ELDs. If these fleets fall offline, the systems will no longer be accurately tracking hours of service, and the drivers will be non-compliant, introducing a risk of those vehicles being pulled from service. To make this jump correctly, companies must carefully craft an internet of things (IoT) strategy that accounts for these newer, high-speed networks. Doing so will require implementation planning, cost analysis and training, giving all the more reason to act quickly.

The Benefits of Modern Hardware

Newer technology introduces greater functionality that will undoubtedly come in handy in the regular operation of a fleet. Even going from one step from 3G to 4G, the improvement will be immediately noticeable. Further futureproofing for 5G will ensure fleet owners stay at the forefront of technology for decades to come, all while enjoying the smoothest experience possible as the new networks roll out. The perks of being on a cutting-edge network are myriad, but highlights include:

  • Faster speed and a wider network mean more reliable connections, particularly in areas where the wireless network is congested.
  • Improved latency allows for sending a large mass of data such as alerts and events, including data-heavy content such as video.
  • Communications between connected vehicles and the surrounding infrastructure is far more reliable and operate in close to real-time on high-speed connections providing instant information from the fleet and drivers.
  • Massive amounts of data can be fed into AI-enabled telematics systems, turning real-time data into actionable safety, efficiency and compliance gains.

The key takeaway is that moving to new hardware isn’t a needless burden, but a net gain for a fleet’s drivers, customers and bottom line. Owners who get ahead now will avoid challenges down the line and reap the benefits above in the meantime.

The Road Ahead

Adopting 4G and 5G capable hardware is both an exciting opportunity and a growing requirement as older networks sunset, but the biggest reason for fleet owners to get started sooner is to make sure they have time to do it right. In the coming months, owners will want to take the following steps:

  • Determine how many devices are still on the 3G network, and how many need to be migrated.
  • Understand what kind of lifecycle to expect from new telematics equipment.
  • Research modern telematics speed- and data-focused features made possible by new hardware, including AI and machine learning options, and consider how they can improve the fleet’s operation.
  • Discuss the upgrade with the fleet’s telematics provider and learn about modern telematics and future facing solutions.
  • Discover whether or not the telematics provider is charging their current customers for this type of upgrade, this can give you a glimpse into how they will handle related future tech refreshes.
  • Ensure the new hardware is properly certified and has a pathway to helping companies with their regulatory requirements such as ELD or other regional specific programs
  • Schedule the necessary vehicle downtime to make the upgrade with the minimum possible impact on downtime.
  • Once everything is in place, implement a migration plan well ahead of your wireless network provider’s 3G sunset period.

These steps will take time, and fleet owners will want to feel confident in every step of the process. As such, waiting until the last minute to get started on the transition is ill-advised. Moving up from 3G isn’t as easy as flipping a switch. However, those owners who do put in the effort will avoid having to worry about their telematic systems potentially going out on them, crippling their essential dataflow for safety, compliance and business efficiency.

Now is the time to check with your telematics provider about the imminent 3G sunsetting or find a new vendor who can handle the inevitable upgrade.

Guest Blog By Andrew Rossington

Andrew Rossington joined Teletrac Navman in February 2016, working first as Vice President of Transtech (Division) before becoming Vice President, Transport Solutions in February 2018 then onto becoming Chief Product Officer in October 2020. In this role, Andrew is responsible for all transport industry solutions, including product development, go to market, team development and financial responsibilities. Since joining the business, he has overseen year-on-year growth in the transport vertical across the Australia/New Zealand region of Teletrac Navman. Prior to this, Andrew was the Chief Executive Officer for Transtech, which was acquired by Teletrac Navman. He has spent the last 20 years focused on transport industry solutions and has extensive experience managing software development teams and implementing key business systems for some of Australia’s largest transport operators and software companies, including Toll, ComTech and Dimensions Data. He is passionate about the transport industry and using technology to enable successful business outcomes.