Australian Driver Fatigue Monitoring System
Our in vehicle driver fatigue monitoring system continually tracks the driver's eye movements and other behaviours (such as yawning), via an IR camera, to provide early warning alerts at the first sign of drowsiness, inattention and other distracted driving behaviours. Driver Fatigue and Distraction Monitoring System (DFDM) cameras detect, predict and alert vehicle operators of potentially dangerous driving behaviours - reducing the risk of accidents and injury due to driver exhaustion & distraction. Available Australia wide.
Compliant Driver Fatigue and Distraction IVMS (including IVFMS, AFDD or DFDM) Mine Spec across all major projects including Safer Together, Santos, QLD Hydro Project, Snowy Hydro Project, Shell QGC, BMA BHP and Fortescue.
Vision AI, OurΒ AI Driver Fatigue & Distraction Camera Solution
Vision AI is our AI Driver Fatigue and Distraction Camera System. Consisting of various in-cab hardware options, each can be peripheral or standalone and have a range of addons such as side/rear cameras and AI driver coach display Below is a table of our hardware configurations:
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Vision AI Solution Configurations
Our advanced, AI software powered, driver fatigue monitoring system utilises advanced eye detection sensor technology, via an in-cab driver facing camera device, to continuously track the driver’s pupils to detect and alert at the first signs of tiredness including; yawning for 1.5 consecutive seconds, closed eyes for 1.5 consecutive seconds and frequency of blinking. Our driver fatigue and distraction camera systems are suitable for cars, trucks and other heavy vehicles being operated on Australian roads and mining sites to complement your AFM or BFM fatigue management policies.Β Β
Monitoring in 920p at 20 frames a second, the driver facing camera devices can detect the driver’s pupils even through sunglasses and at night. Upon detection of driver fatigue, an in-cab alert is triggered consisting of a beep and voice message advising the driver to rest. An alert is also shown on the AI Driver Coach screen.
Advanced In Vehicle Fatigue Distraction Detection Technology
At the forefront of Fatigue and Distraction Detection Technologies (FDDT); our driver fatigue and distraction monitoring system can also detect mobile phone and seatbelt use, speeding, reckless driving, distraction and smoking – ensuring drivers are fit for duty & operating the vehicle in an alert, focused & controlled manner when they’re behind the wheel. Whilst we are based in Brisbane, Future Fleet offers driver fatigue and distraction monitoring systems (DFDM), and driver awareness and alert systems Australia wide.Β
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Driver Fatigue & Distraction Monitoring System Price Guide
Starting from just $1150 ex GST, our AI Driver Fatigue and Distraction Cameras are a sound investment in the safety of your drivers and fleet vehicles.Β
SINGLE
Integrated Road Camera, DSM Camera + 1 Additional Camera-
Integrated Road Facing Camera. Optional DSM AI Fatigue Camera and up to 1 additional Camera
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1920p Road Lens
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140 Degree Diagonal FOV
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ADAS (Unsafe Following Distance & Imminent Forward Collision)
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Optional DSM (Distraction head/eye Position, Seatbelt, Handheld Device, No Driver Present, Yawning & Smoking)
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Optional Seat Vibration
DUAL
Integrated Road & In-Cab Camera, DSM Camera + 1 Additional Camera-
Integrated Road Facing and In-Cab Camera. Optional DSM AI Fatigue Camera and up to 1 additional Camera
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1080p Road Lens
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140 Degree Diagonal FOV
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ADAS (Unsafe Following Distance & Imminent Forward Collision)
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Optional DSM (Distraction head/eye Position, Seatbelt, Handheld Device, No Driver Present, Yawning & Smoking)
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Optional Seat Vibraiton
ADVANCED
Integrated Road & In-Cab Camera, DSM Camera + Up to 2 additional Cameras-
Integrated Road Facing and In-Cab Camera. Optional DSM AI Fatigue Camera and up to 2 additional Cameras
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1080p Road Lens
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140 Degree Diagonal FOV
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ADAS (Unsafe Following Distance & Imminent Forward Collision)
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Optional DSM (Distraction head/eye Position, Seatbelt, Handheld Device, No Driver Present, Yawning & Smoking)
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Optional Seat Vibration
DSM (Driver Fatigue) Camera
The DSM Camera is placed in the inside of the vehicle cabin. It tracks the face of the driver via Infrared LED sensors and identifies unsafe driving such as fatigue, distraction, smoking, eating, mobile phone usage or no seatbelt.
Our DSM camera is paired with advanced AI algorithms to actively monitor the driver’s eyes to detect when they are closed in addition to analysing head position & other facial features to detect & warn of the early signs of a drowsy driver including; persistent yawning, frequency of blinking & duration of blinking.
Some of our DSM camera features include:
- Dash or A-pillar mounted
- Detects AI driver events
- Black and white image with infrared LED illumination
- Detects driver’s pupils even through sunglasses, at night or during low-light conditions
- Safe for driver’s eyes
- 920P @ 20 frames a second
- Built in microphone for audio recording, can be disabled in configuration
Driver Fatigue & Distraction Events
The DSM (driver facing) camera continuously monitors the driver to provide audio, visual alerts via the AI Driving Coach or seat vibration alerts when advanced driver monitoring events are triggered. These include:






Distracted Driver Alert
Trigger: Driver looks up or down for 4 consecutive seconds
Fatigue Yawning Alert
Trigger: Driver yawning / driver’s eyes closed for 2 consecutive seconds + blinking frequency.
No Driver Detected Alert
Trigger: DSM camera covered. Driver can not be detected.
Smoking Alert
Trigger: Smoking or gesture of smoking alsoc can detect cigarettes.
Phone Use Alert
Trigger: Phone to operator’s ear for 5 seconds
Seatbelt Alert
Trigger: Detects if seatbelt is visable or covered. IVMS will also detect if seatbelt is engaged.



Rolling Stop Sign Alert
Trigger: Coming to a stop sign
Covered Camera Alert
Trigger: Camera covered by driver for 5 consecutive seconds. This can be customised
Speed Alert
Trigger: Detects road sign speed and is triggered if speed is exceeded
Driver monitoring events can be detected at night through glasses and sunglasses. As active events, they are visible in info hub, live tracking and event notifications. The Video upload is triggered immediately and will be available in the Unity platform. Events are also visable in Historical tracking and reports. Warning alerts are triggered when driving over 30km/hr.Β
ADAS (Advanced Driver Assistance System) Camera
Road-facing driver behaviour monitoring cameras use AI technology to detect unsafe driving events whilst on the road including; tailgating and imminent collision. This cameraΒ provides real-time feedback and alerts when risky driving behaviours are detected to prevent accidents and injury.
Some features of our ADAS cameras are:
- Windsheild mounted
- Detects AI events on the road
- HD camera detects ADAS (Advanced driver assistance system) events
- Full colour image
- Single: 1920p. Dual and Advanced: 1080p @ 20 frames a second
- Built in Cat4 LTE modem with fall back to GSM/GPRS/EDGE
- Built in microphone for audio recording
- Built in speaker for audio (beep) and voice alerts in English. Beep and voice alerts can be disabled and replaced with visual alerts on AI driving coach.
Advanced Driver Assistance Events
The road facing camera continuously monitors the road ahead to provide audio or visual alerts (if the AI Driving Coach is installed) when advanced driver assistance events are triggered by unsafe driving behaviours. These include:

Forward Collision Warning
Active From >30km/h
Trigger:Β Risk of collision

Following Distance Warning
Active From >30km/h
Trigger:Β Risk of collision less than safe threshold value (relative vehicle distance / relative vehicle speed <2.7s)

Following Distance Monitoring
Active From >30km/h
Trigger:Β Risk of collision less than safe threshold value (relative vehicle distance / relative vehicle speed <2.7s)
How Do The In Vehicle Operator Alerts Work?
Drivers have two options when it comes to receiving alerts relating to driver assistance or status events: a standard beep & voice message or a visual alert on the In-cab Coach (optional extra). Both the road and driver facing cameras have inbuilt GPS monitoring to detect the vehicle’s speed – with AI events deactivated below 30km/h for practical reasons. Lane departure warnings are active at 55km/h and above.Β
These speed thresholds can be customised during installation to suit special need cases.Β
In-Cab View Camera
The in-cab camera records real-time visual and audio footage of the cabβs interior (no AI events).
- Windsheild mounted
- Full colour image with wide-angle view of cab
- Built in infrared LED’s with 3m illumination to record video, inside the cab during low light conditions or at night
- Built in microphone for audio recording
- 920P @ 10 frames a second
Vision AI Mobile with MyMiX
MyMiX is an essential component of the package as it engages the drivers with important information about their driving performance and will bake in the benefits of machine vision technology.
Why Choose MiX AI Dashcams Over Basic Fatigue Monitors
All-in-One Safety Suite
Road-facing ADAS, in-cab coaching and telematics in one connected platform.
Actionable Video + Data
Event clips linked to speed, location and driver behaviour for faster investigations.
Fleet-Scale Control
Central online dashboard for remote monitoring and reporting.
Proven ROI & Compliance
Fewer incidents, stronger safety culture and measurable long-term savings.
| Feature | MiX AI Dashcams | Basic Fatigue Monitoring Systems |
|---|---|---|
| Scope of System | Fatigue monitoring + driver behaviour and unsafe vehicle driving events. | Standalone driver fatigue/inattention detector. |
| ADAS (Following distance & collison warnings) | β Included | Not available |
| Driver Monitoring | β AI-based fatigue, distraction & phone-use detection | Eye-closure / drowsiness alerts only |
| Video Handling | Event-based cloud uploads linked to trip data | Local memory card recordings only |
| Telematics Integration | β Integrated with Unity On-Road IoT analytics | Standalone hardware |
| Fleet Management | Centralised online dashboards, video gallery & reporting | Manual per-device setup |
| In-Cab Coaching | β Real-time visual & audible feedback (optional) | β Audible fatigue alarm only |
| Night / IR Performance | β Infrared-assisted low-light monitoring | β Infrared-assisted low-light monitoring |
| Incident Investigation | Searchable video + trip footage via Unity On-Road IoT online portal | Manual SD retrieval; no telematics link |
| Scalability | Suitable for solo operators through to enterprise level operations | Stand alone units |
| Best-Fit Use Case | Comprehensive fleet video telematics | Basic fatigue detection only |
Portable Mine Spec Approved AI IVFMS
Our portable AI Driver Fatigue and Distraction Monitoring solution comes with dual or single cameras, both with DMS.
Our solution is approved with FMG (Fortescue) project sites.
Driver fatigue facts
βDriver fatigue or drowsy driving is a safety hazard for the road transport industry. The main causes of fatigue are not enough sleep, driving at night (disruptions in circadian rhythms when you should be asleep) and working or being awake for a long time.It is important for all companies to be aware of the signs of fatigue and distraction within their fleetβ - NHVR In Australia, fatigue is attributed as the cause of more accidents than drug and alcohol use combined. Sleep deprived drivers can experience:
- Micro Sleeps
- Reduced reaction times
- Reduction in ability to focus & concentrate
- Decreased awareness & vigilance
- Impaired judgement
It is believed that between 20 & 30 per cent of all car crashes in Australia are caused by fatigued drivers. Furthermore, the National Road Safety Action Plan highlights improved technologies, such as driver fatigue monitoring systems, as an important measure for mitigating the risks associated with tired drivers.
The facts internationally
Distracted/Fatigued driving is the number one factor contributing to the global increase in commercial automotive accidents
The benefits of AI fleet safety technology in driver monitoring systems
AI machine learning intelligence to produce the most accurate actionable management reports that will drive the following benefits for your organisation:
- Operating cost savings
- Safety and driver accountability
- Better industry compliance actions
Fleet Management Driver Behaviour Systems ROI
See an increased 10:1 ROI when you use the combination of AI driver behaviour monitoring camera devices with fleet vehicle monitoring. Here are some of the other benefits:
- Fuel consumption
- crash reduction
- Insurance claims
- Wear & tear
Vision AI Driver Fatigue & Behaviour Monitoring Cameras Features
- Mobile phone use
- Seatbelt detection
- Driver fatigue monitoring
- Collision warning
- Cognitive and physical distraction
- Safe distance warning
- Rolling stop
- Overspeeding - speed sign recognition
- Covered camera detection
- Moderate and excessive speeding
- Harsh Acceleration and stopping
- Harsh Cornering
Interested in AI Driver Fatigue & Safety Monitoring Systems?
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1300 550 984
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