Fleet Safety Software

Fleet safety software is used by businesses who operate a fleet of commercial vehicles, which could include light utility vans through to heavy goods vehicles (HGVs). 

The aim of safety software is to decrease accidents, reduce insurance costs, minimize vehicle wear and tear, and lower insurance costs. 

Software uses fleet data from multiple sources such as telematics, driver mobile devices, dashcams, GPS tracking and HR systems. This data is used to: 

• Monitor driver performance and behavior 

• Predict and mitigate risks  

• Manage accidents and events 

• Manage compliance and regulatory reporting 

Solutions typically consist of a mix of hardware and software: 

• Hardware such as ELD, dashcams and sensors 

• Wireless connectivity to share data 

• A cloud-based platform where data is stored 

• Applications such as driver apps and manager dashboards 

Driver safety software reduces accidents both proactively and reactively. 

Proactive driver coaching, digital compliance workflows and predictive insights help prevent accidents before they occur. 

Risk detection, driver scorecards, post-event coaching and personal development plans minimize the potential for recurring incidents. 

o select a fleet safety vendor, first outline your goals and challenges, such as: 

• Reducing insurance costs 

• Reducing accidents 

• Increasing compliance 

• Reducing false claims 

• Improving driver retention 

This helps you select a software based on outcomes, rather than an exhaustive feature list. 

Once you have a shortlist, consider how the software interacts with your existing telematics, hardware and HR solutions. A solution might have impressive features but, without robust data, it won’t be able to accurately assess risks.  

Common features of driver safety solutions include: 

• Driver behavior monitoring: Using hardware to monitor driving behavior such as harsh braking, seatbelt usage and speeding.  

• Video-based monitoring: Dashcams can capture behavior like phone usage, distracted driving and drowsiness. Cameras often incorporate AI and computer vision.  

• Risk scoring: Data from hardware, telematics, mobile devices and HR systems is aggregated to assign safety scores and analyse trends. 

• Accident and event management: Software keeps track of events, accidents and claims in a dashboard. 

• Training and coaching: Solutions may include coaching recommendations, and app-based training for drivers. Training may be proactive and preventative, or reactive based on risky behavior. 

• Compliance management: Software includes Hours of Service (HOS) reporting, Driver Vehicle Inspection Reports (DVIR) and compliance workflows. 

It’s also important to look at how solutions integrate with your existing hardware and software. Solution output is only as good as the data that feeds it.  

Additionally, the ideal solution makes it easy to move from monitoring, to intelligence, to action. AI-powered recommendations reduce the administrative burden on managers by turning data into actionable insights. 

All fleets can benefit from some kind of safety solution, but the use case varies depending on the size and type of fleet.  

Small fleets of less than twenty vehicles may get by with basic driver monitoring and dashcams. Preventing one or two false claims can have a big financial impact for a small business.  

Mid-size fleets of more than twenty vehicles need a more sophisticated approach. Managers cannot monitor every driver, so software is necessary to manage risk at scale.  

Fleets of 100+ vehicles stand to realize significant savings by adopting safety software. Incremental gains from reduced accidents and claims can translate to millions of dollars. Automated risk detection helps to alleviate managers’ workloads, allowing them to focus on at-risk drivers.