Modern fleet technology can tell managers more about driving behaviour than ever before. Telematics can identify speeding, harsh braking and other potentially risky driving patterns. Vehicle cameras can provide context around incidents, while AI-enabled systems can detect signs of distraction or fatigue.
Driver records, licence checks and incident histories can also be brought together to build a more complete picture of occupational road risk.
But collecting this information does not automatically make a fleet safer. A manager might receive hundreds of alerts, identify several drivers with poor scores and produce detailed monthly reports without achieving any meaningful change in how vehicles are driven.
The important question is therefore not: How much driver data can we collect? It is: How can we use that information to prevent unsafe behaviour and reduce the likelihood of collisions?
That distinction should shape how fleet managers deploy telematics, cameras, driver risk scoring and coaching programmes.
Start with the Risks That Matter
Not every driving event requires the same response. A single instance of harsh braking may reflect a driver reacting appropriately to an unexpected hazard. Repeated excessive speeding, however, could indicate a more persistent behavioural problem.
Fleet managers need to understand the significance of the information they receive rather than treating every event as evidence of unsafe driving.
The Health and Safety Executive (HSE) recommends focusing vehicle monitoring on indicators directly related to the risks being managed, including speeding, harsh acceleration and braking, swerving and cornering.
It also emphasises that data should be easy for managers and coaches to interpret.
This provides an important starting principle: more information is not necessarily better information.
An effective driver-risk programme should identify the behaviours most relevant to the organisation’s vehicles, journeys and operating environment.
Build a Complete Driver Risk Profile
Driving behaviour is an important part of risk assessment, but it should not be considered in isolation.
A driver might have a strong telematics score while their licence record, incident history or working pattern indicates additional concerns.
Conversely, a driver covering substantial annual mileage may generate more recorded events simply because they spend more time on the road.
FleetCheck provides driver-management and compliance tools, including licence checking and driver risk profiling, helping organisations maintain relevant information about employees authorised to drive.
SambaSafety combines driver records, telematics, incident information and risk analytics to provide a consolidated view of individual driver risk.
The objective should be to understand both exposure and behaviour.
A meaningful risk profile might consider licence status, driving experience, annual mileage, vehicle type, previous incidents, relevant telematics information and the nature of the work undertaken.
That broader picture helps managers prioritise support where it is most needed.
Interpret Telematics in Context
Telematics provides valuable information about vehicle movement and driving patterns.
But without context, individual events can be misleading.
A heavy goods vehicle operating in urban traffic may experience different braking and acceleration patterns from a company car travelling primarily on motorways.
Road conditions, congestion, route characteristics and the type of work being undertaken can all influence recorded behaviour.
ORBCOMM provides fleet telematics and driver performance scoring technology, including capabilities for monitoring aspects of driving style, safety and compliance.
Its solutions can help managers identify patterns rather than relying solely on isolated incidents.
Fleet teams should also consider how performance is compared.
A driver covering 40,000 miles annually should not necessarily be evaluated using the same raw event count as somebody driving 4,000 miles.
Where appropriate, normalising data by mileage or exposure can provide a more meaningful comparison.
The aim is to identify genuine risk rather than simply the drivers generating the most data.
Use Cameras to Understand What Happened
Video telematics can provide valuable context around driving events.
A harsh-braking notification might indicate poor anticipation, but accompanying footage could show that the driver was responding appropriately to another road user’s behaviour.
Without that information, coaching may focus on the wrong problem.
Exeros Technologies provides vehicle camera and AI-enabled safety systems designed to help fleets identify risky behaviour, support incident investigations and provide in-cab warnings.
Its technology includes fatigue and distraction detection, alongside video evidence that can help managers interpret events.
For fleet operators, this creates opportunities to move beyond basic performance scoring.
Rather than simply telling a driver that an event was recorded, managers can review what happened and discuss how similar situations might be handled safely in future.
Camera technology should support fairer and better-informed decisions, not simply produce additional surveillance data.
Make Driver Coaching the Main Intervention
Driver monitoring is most effective when the information leads to appropriate action.
The HSE specifically identifies management and coaching feedback as critical components of telematics programmes, cautioning employers against relying solely on automated in-vehicle feedback.
That means driver development should be designed into the system from the beginning.
A manager might use a recorded event to discuss speed management, following distances or anticipation.
Another driver may benefit from practical instruction, while somebody displaying repeated risky behaviour might require a more structured intervention.
SambaSafety provides driver risk management and training capabilities that connect risk information with targeted learning and coaching workflows.
The distinction between coaching and training is important.
Training can provide information and teach skills. Coaching can help a driver understand how those skills apply to their own behaviour.
A driver who knows the correct following distance but repeatedly drives too close to other vehicles may need more than another presentation about road safety.
Match Interventions to the Individual
A standard training course for every driver can provide a useful baseline.
But it may not address the specific risks identified through monitoring.
Fleet managers should consider whether interventions can be tailored according to experience, vehicle type, driving patterns and the nature of recorded incidents.
The HSE recommends prioritising additional training towards higher-risk groups, including drivers with high mileage, poor collision records or particular vulnerabilities.
This does not mean every higher-risk driver requires the same response.
Some may need practical driver training. Others may benefit from coaching, closer supervision, revised journey planning or support in addressing fatigue.
The process should establish what the problem is before deciding how to address it.
The purpose of risk scoring is to identify where support is needed, not simply to rank employees.
Don’t Ignore the Working Environment
Driver behaviour is not always explained by the driver’s decisions alone.
Unrealistic schedules, repeated delays, inadequate rest opportunities and operational pressure can all contribute to unsafe conditions.
A driver regularly exceeding appropriate speeds may be attempting to meet a schedule that does not allow sufficient time for the journey.
Similarly, fatigue-related behaviour could reflect excessive working hours or poor shift planning.
The HSE advises employers to consider the effects of time pressure, working hours, fatigue and journey planning when managing work-related road risk.
This is particularly important when telematics data identifies a pattern across several drivers working on similar routes or schedules.
If multiple employees demonstrate the same behaviours under comparable conditions, the organisation should investigate whether the working arrangements are contributing to the problem.
Coaching an individual will achieve little if the operational pressures remain unchanged.
Use Fatigue Detection Responsibly
Fatigue can impair concentration, reaction time and decision-making.
AI-enabled cameras and other monitoring technologies can help identify potential signs of drowsiness or distraction.
Exeros offers driver-facing camera technology designed to recognise behaviours associated with fatigue and distraction and provide real-time alerts.
These capabilities may be particularly relevant for operators managing long-distance journeys, demanding shift patterns or other circumstances where fatigue represents a significant risk.
However, technology should not replace appropriate scheduling, rest breaks and fatigue-management policies.
The HSE specifically advises that drowsiness-detection systems should support, rather than substitute for, measures such as suitable shift planning.
A warning that a driver appears tired is useful.
Preventing the driver from becoming dangerously fatigued in the first place is better.
Build Trust Before Introducing Monitoring
Driver engagement can determine whether a safety technology programme succeeds.
Employees may reasonably have questions about what data is being collected, whether cameras record continuously, who can review footage and how the information will be used.
If monitoring is introduced primarily as a disciplinary tool, drivers may become defensive or distrustful.
Exeros has highlighted driver acceptance as an important consideration in AI camera deployment, particularly where employees are concerned about privacy and surveillance.
Fleet managers should explain the purpose of monitoring before implementation and involve drivers in discussions about how the technology will operate.
The message should be consistent: the system exists to reduce risk, support fair investigations and help people drive more safely.
That does not remove the need for accountability where genuinely unsafe behaviour occurs.
It does mean the programme should be built around prevention and improvement rather than punishment alone.
Protect Driver Privacy
Telematics and camera systems can involve processing significant amounts of personal information.
The Information Commissioner’s Office (ICO) makes clear that vehicle monitoring must comply with data protection requirements.
Employers should establish a lawful basis, explain monitoring to workers and passengers, and ensure that information is collected and used proportionately.
Where company vehicles are available for private use, the ICO says employers will rarely be able to justify monitoring private journeys.
Inward-facing cameras and audio recording can raise additional concerns.
The ICO advises that audio recording in vehicles presents particular privacy risks and should generally be disabled by default unless exceptional circumstances justify its use.
Fleet managers should therefore understand exactly what their systems record, how long data is retained and who has access.
The availability of a monitoring capability does not automatically justify using it.
Turn Incidents into Learning Opportunities
Collisions and near misses can provide valuable information about driver risk.
Rather than examining them solely through the lens of responsibility or insurance claims, fleet managers should investigate contributing factors.
Was the driver distracted? Was visibility limited? Did vehicle condition play a role? Was the journey appropriately planned? Had similar events been recorded previously?
Video footage, telematics and incident records can help establish a more complete picture.
But the investigation should also consider what the organisation can change.
Where findings reveal recurring problems, they may justify adjustments to driver training, vehicle selection, route planning or operating procedures.
The strongest safety programmes treat incident investigation as a means of preventing future harm.
Measure Behaviour Change, Not Training Completion
Training completion is relatively straightforward to measure.
Behaviour change requires more effort.
A driver may complete a course on speed management but continue to generate similar speeding events afterwards.
Fleet managers should therefore review performance after an intervention and compare it with the original risk indicators.
SambaSafety’s risk-management platform supports the combination of monitoring information and training records, making it possible to examine whether interventions are associated with subsequent improvements.
ORBCOMM’s driver performance scoring and coaching capabilities can similarly support ongoing review of driving behaviour.
Useful measures might include changes in speeding events, harsh braking, near misses, incidents and repeat risky behaviours.
However, results should be interpreted in context.
A reduction in recorded events may reflect fewer miles driven, changes in routes or differences in monitoring coverage.
Measuring improvement requires more than comparing two headline scores.
Build a Continuous Driver Safety Process
Driver monitoring should not become a monthly reporting exercise that produces little operational change.
Fleet managers need a consistent process connecting risk identification with appropriate intervention and follow-up.
A practical approach might involve reviewing significant alerts, identifying repeated behaviour, discussing relevant findings with drivers, agreeing improvement actions and checking subsequent performance.
The programme should also recognise positive behaviour.
Drivers who consistently demonstrate safe practices can provide useful examples and help reinforce the organisation’s expectations.
The aim is to make driver safety an ongoing operational responsibility rather than an occasional training initiative.
Questions to Ask Driver Risk Management Providers
When evaluating technology and services, fleet managers should consider:
- Which driving behaviours can the system identify?
- How are alerts prioritised according to risk?
- Can performance be compared fairly across different vehicle types and mileage?
- Can licence records, incident history and telematics be combined?
- How does the platform distinguish isolated events from repeated behaviour?
- Can cameras provide context around recorded incidents?
- What fatigue and distraction detection capabilities are available?
- How are drivers informed about monitoring?
- What privacy controls are available for personal vehicle use?
- Can managers assign targeted coaching or training?
- How are completed interventions recorded?
- Can subsequent behaviour be compared with the original risk?
- How does the system identify wider operational patterns?
- What reporting is available for senior management and insurers?
- How does the provider support driver engagement and ongoing improvement?
Frequently Asked Questions
What is driver risk management?
Driver risk management involves identifying and reducing factors that could contribute to work-related road incidents, including driver behaviour, competence, health, journey conditions and vehicle safety.
How can telematics improve fleet safety?
Telematics can provide information about driving behaviours such as speeding, harsh braking and acceleration. Used alongside coaching, training and appropriate management processes, it can help organisations identify risks and assess improvements.
What is a driver risk score?
A driver risk score combines selected information about driving behaviour or wider risk factors into an indicator designed to help organisations prioritise attention. Its usefulness depends on the underlying data and how the score is calculated.
Can AI cameras detect distracted driving?
Some AI-enabled vehicle camera systems can identify potential signs of distraction, fatigue or other unsafe behaviour. Their effectiveness depends on the technology, conditions and configuration, and the results should be interpreted appropriately.
How can fleets measure whether coaching works?
Fleet managers can compare relevant risk indicators before and after coaching, while accounting for differences in mileage, routes and other operating conditions. The objective should be sustained improvement rather than simply completing the training.
Product & Services Guide
Exeros Technologies Ltd
Vehicle safety technology specialist providing CCTV, AI-enabled driver cameras and video telematics. Its solutions include fatigue and distraction detection, incident evidence and driver-support capabilities designed to help fleets identify and address risky behaviour.
Website: https://www.exeros.co.uk/
FleetCheck
Fleet-management software provider supporting driver administration, licence checking, compliance and vehicle management. Its driver risk profiling and associated fleet tools help organisations maintain visibility of relevant driver information and manage occupational road-risk responsibilities.
Website: https://www.fleetcheck.co.uk/
ORBCOMM
Industrial IoT and fleet telematics provider offering connected vehicle monitoring, driver performance scoring and operational analytics. Its fleet solutions can help operators assess driving style, identify potentially unsafe behaviour and support driver feedback and coaching.
Website: https://www.orbcomm.com/
SambaSafety
Driver risk management technology provider combining licence records, telematics, incident information and analytics to create consolidated driver risk profiles. Its platform supports targeted training, coaching workflows and monitoring of subsequent driver performance.
Website: https://sambasafety.com/
Supporting Safer Roads with Brake
The Fleet Summit is proud to support Brake, the road safety charity, as its charity partner.
Brake works with employers and fleet professionals to improve work-related road safety, promote responsible driving behaviours and help organisations understand and manage road risk.
Its wider work includes campaigns to prevent road deaths and serious injuries, alongside support for people affected by road crashes.
Brake’s approach reinforces an important point for fleet operators: reducing risk should ultimately be about protecting people, not simply improving performance indicators.
Find out more: https://www.brake.org.uk/
Turn Information into Intervention
Fleet telematics, driver monitoring and AI cameras can provide valuable insight into work-related road risk.
But technology cannot improve driving behaviour simply by recording it.
A more useful approach follows a continuous cycle: identify → understand → coach → measure → improve
Identify patterns that may indicate risk.
Understand what happened and why.
Provide appropriate coaching, training or operational support.
Measure whether behaviour changes.
Then use those findings to improve the wider safety programme.
The strongest fleet risk-management strategy is not the one collecting the most alerts or producing the most detailed driver rankings.
It’s the one that turns information into safer decisions behind the wheel.
The Fleet Summit brings together senior fleet decision-makers and relevant solution providers through pre-arranged one-to-one meetings, providing opportunities to explore telematics, driver safety, risk management and connected fleet technologies.
With Brake as the Fleet Summit’s charity partner, the event also supports a wider commitment to reducing road deaths and injuries and improving road safety for everyone.
Related Reading
This is the second article in our October Fleet Duty of Care series.
Our first article, Fleet Duty of Care: What Fleet Managers Need to Monitor and Manage, explored how organisations should assess and manage risk across drivers, vehicles and journeys.
This follow-up moves from establishing a duty-of-care framework to improving driver behaviour, showing how fleet managers can use telematics, cameras, coaching and ongoing monitoring to identify risk and help prevent incidents.
Sources
- HSE – Driving and Riding Safely for Work: https://www.hse.gov.uk/roadsafety/employer/
- HSE – Make Sure Drivers and Riders Are Safe: https://www.hse.gov.uk/roadsafety/employer/make-sure-drivers-riders-are-safe.htm
- HSE – Plan and Manage Journeys: https://www.hse.gov.uk/roadsafety/employer/plan-manage-journeys.htm
- ICO – Monitoring Workers: Data Protection Considerations: https://ico.org.uk/for-organisations/uk-gdpr-guidance-and-resources/employment/monitoring-workers/data-protection-and-monitoring-workers/
- ICO – Specific Data Protection Considerations for Worker Monitoring: https://ico.org.uk/for-organisations/uk-gdpr-guidance-and-resources/employment/monitoring-workers/specific-data-protection-considerations-for-different-ways-or-methods-of-monitoring-workers/
- Brake – Fleet Professionals and Employers: https://www.brake.org.uk/get-involved/for-professionals/fleet-safety
- Exeros Technologies: https://www.exeros.co.uk/
- FleetCheck: https://www.fleetcheck.co.uk/
- ORBCOMM: https://www.orbcomm.com/
- SambaSafety: https://sambasafety.com/
Image credit: https://unsplash.com/photos/person-driving-car-during-daytime-020qf9WwYyI
