Fleet operations have come a long way. Managers have visibility into more data than ever before: alerts, fault codes, safety events, safety scores, dashboards, and more, but that visibility often comes with a growing to-do list. Instead of getting ahead, teams remain reactive, chasing alerts, pulling reports, and following up after something goes wrong, whether it’s a collision, a Drivers’ Hours violation, or a maintenance issue. Manual processes make it difficult to spot patterns early, respond consistently, and scale performance, turning oversight into a bottleneck rather than a strength.
The cost is significant. Organisations spend millions of hours on tasks that could be automated, including manual work and follow-ups. On top of that, they incur billions in preventable costs tied to downtime, unproductive idling, and compliance violations. In the UK, vehicle downtime alone costs businesses an average of £1,172 per day, making the price of being reactive higher than ever.
Automations, powered by Motive AI, change that by shifting fleet operations from reactive to proactive.
Embedded directly into the Motive Platform, Automations give organisations a single place to turn manual processes into scalable, automated workflows. Teams define the conditions and actions once, then AI takes the actions for you.
Automations can be set up using guided workflows, pre-built templates, or natural language, making it easy to go from idea to execution without complex set up.
Once live, Automations trigger action in real-time, like alerting drivers before Drivers’ Hours violations, assigning training when risky behaviours hit a threshold, or disabling cameras in restricted geofences. Automated notifications are delivered via email, SMS, or app alerts, with in-cab voice messages through AI Dashcam Plus.
Automations are designed to help you save time, reduce costs, and prevent issues before they happen.
Easily build smarter workflows
Fleet operations rarely rely on a single signal or action. Managing safety, compliance, and efficiency requires coordinating multiple inputs across drivers, vehicles, and systems — something that is difficult to do manually and even harder to scale consistently.
Automations bring these moving parts together into a single, flexible workflow engine, allowing you to:
- Configure multiple triggers and actions within a single Automation to streamline complex processes.
- Automatically handle routine tasks and issue resolution without constant manager intervention.
- Combine vehicle, driver, and operational data to trigger the right actions at the right time, including alerts, in-cab notifications, training, or coaching.
By connecting signals and actions in one place, Automations help teams operate with greater precision, consistency, and control across the entire organisation.
Prevent downtime with automated fault code alerts
Unexpected vehicle issues can lead to costly downtime, especially when faults go unnoticed or are addressed too late. In the UK, where vehicle downtime costs businesses an average of £1,172 per day, staying ahead of maintenance is a financial necessity.
Automations enable fleets to detect and respond to maintenance issues as soon as they arise, helping teams:
- Instantly understand every fault: Gain AI-powered insights, including a clear explanation of the fault code, its severity level, recommended actions, and suggested driver messages.
- Prompt drivers to take safe action: Initiate an in-cab call via Atlas for critical fault codes, ensuring drivers can pull over or take corrective measures before permanent damage occurs.
- Improve uptime and reliability: Set rules that monitor fault codes and trigger immediate responses, allowing you to resolve issues before they escalate into a Vehicle Off Road (VOR) scenario.
- Stay ahead of maintenance: Receive timely alerts that surface upcoming service needs — such as brake wear or fluid levels — before they become operational problems.
By catching issues early and acting quickly, you keep your vehicles on the road, reduce downtime, and avoid the sting of expensive, emergency repairs.
Take action fast when driver fatigue is detected
Driver fatigue is a major safety risk, but early warning signs are often missed without consistent monitoring and follow-up.
Automations help fleets identify and address fatigue risks earlier, allowing you to:
- Identify risky behaviours early with Automations that trigger timely intervention before conditions become unsafe.
- Notify drivers with in-cab alerts when repeated fatigue indicators are detected, prompting them to take a break or rest when it’s needed most.
- Instantly alert safety managers to fatigue-related risks so they can follow up and ensure drivers stay safe and compliant.
By intervening earlier, fleets can reduce risk, improve driver safety, and maintain compliance at scale.
Reduce fuel costs and emissions
Unnecessary idling drives up fuel costs, increases emissions, and accelerates engine wear, but it can be difficult to monitor and correct in real time.
Automations help organisations detect and respond to idling as it happens, enabling teams to:
- Automatically flag excessive idling and trigger actions to reduce waste.
- Guide drivers to shut off engines with automated in-cab alerts from AI Dashcam Plus.
- Notify fleet managers the moment idling thresholds are exceeded so they can step in when needed.
Addressing idling in the moment helps fleets lower costs, improve sustainability, and extend vehicle life without added manual effort.
Proven results
The result is a smarter, more scalable operation — where teams spend less time managing tasks and more time improving performance. Decisions happen up to 10 times faster with Automations, and issues are addressed before they impact safety, compliance, or efficiency.
With Automations, fleets don’t just respond to problems. They prevent them.
Automations are coming soon to the UK. Contact a Motive representative to learn more and start building a more proactive, efficient fleet today.
