Alert Video

Location of Alert Videos

Available storage space on the TF card:

1. ADAS: Video files in the folder named 64

   Code	Event Description	Code	Event Description
   01	Forward Collision	03	Tailgating
   02	Lane Departure	04	Pedestrian Collision

2. DMS/DMSX: Video files in the folder named 65

   Code	Event Description	Code	Event Description
   0a	Device Obstruction	04	Distracted Driving
   0d	Using Phone (DMSX)	05	Driver Abnormality
   01	Fatigued Driving	06	Seatbelt (DMSX)
   02	Making a Phone Call	07	Infrared Blockage
   03	Smoking	08	Steering Wheel (DMSX)

3. BSD: Video files in the folder named 67

   Code	Event Description	Code	Event Description
   01	Rear Blind Spot	03	Right Blind Spot
   02	Left Blind Spot	04	Front Blind Spot

4. Three Sudden Actions and One Collision: Video files in the folder named 70

   Code	Event Description	Code	Event Description
   01	Sudden Acceleration (No OSD)	03	Sudden Turn (No OSD)
   02	Sudden Deceleration (No OSD)

Alarm Parameters

Parameter Name	Parameter Description
Enable	Alarm enable switch; determines whether the alarm can be triggered
Delay(s)	Delay time: The value represents how long after an alarm event occurs the device will delay before issuing an alarm and uploading the alarm notification
Wait(s)	Anti-jitter time: The value represents how long the alarm event must persist before the device confirms it has triggered an alarm
Record	Recording toggle: Controls whether recording is triggered upon alarm; checking “Record without lock” prevents saving to the TF/SD card, while checking “Record with lock” ensures local storage
Preview Mode	Preview mode, switches the video preview format
Record Lock Chn	Record Lock Channel: Checking this ensures that alarm recordings for the corresponding channel are stored locally and not overwritten
Video Upload channel	Video Upload Channel: Checking this enables automatic upload of alarm videos to the platform
Alarm Output	Alarm Output: Indicates whether to trigger an action; checking this activates external audio-visual or vibration devices during an alarm
Snapshot upload channel	Snapshot upload channel; check this channel to automatically upload alarm snapshots to the platform
Preview Chn	Preview channel; set the channel for real-time preview in the alarm pop-up window
Classification	Alarm levels are categorized as follows: Alarms triggered by speed exceeding the specified threshold are classified as Level 1, while those triggered by speeds meeting the thresholds for tiered alarms are classified as Level 2. (Most platform software does not distinguish between alarm levels. They can be set to the same value.)
Sensitivity	Sensitivity varies by alarm type; the lower the value, the higher the sensitivity.
DMS	Higher sensitivity in facial recognition results in more accurate recognition and matching. For other types of sensitivity, a higher value refers to the duration of AI detection and recognition; the longer the duration, the harder it is to trigger an alarm. For example, in a distracted driving alert, sensitivity refers to the length of time the device detects the driver’s head deviating from a straight-ahead position. If sensitivity is set to 3, this means the alarm will be triggered when the driver’s head remains deviated from a straight-ahead position for more than 3 seconds.
ADAS	Lane departure sensitivity refers to the distance between the wheels and the lane line at which an alert is triggered. A negative value represents the distance after crossing the lane line, while a positive value represents the distance before crossing the lane line. Generally, the higher the sensitivity, the shorter the distance required to trigger an alert. For example, for a “too close to preceding vehicle” alert, if the sensitivity is set to 5, the device detects the speeds of the vehicle in front and the one behind. If an alert is triggered, it means a collision may occur within 5 seconds, and a pre-alert will remind the driver to maintain a safe following distance.
BSD	The higher the sensitivity, the longer the detection time. For example, with a sensitivity value of 4, an alert will be triggered when an object is detected in the channel where BSD alerts are enabled for more than 4 seconds.

AI

1. AI Alerts

   Enable AI alerts in DMS, configure the relevant parameters and recording settings; once an alert is triggered, you will receive the corresponding alert notification on the platform.

   

2. FTP (AI) Alert Integration

   Required Settings:

   1. Refer to AI Alerts to configure the required alert parameters. Ensure that alarm output is checked so that the alert video is uploaded to the FTP server.

   2. Configure the FTP Server, including the destination server address, port, username, and password for uploading alert recordings.

      

   3. Go to Storage and set the alarm video duration and file retention period. For the upload method of alarm files, you must select FTP.

      

   4. When an alarm is triggered, you will receive an alarm video file with the custom duration.

IO

1. IO Alarms

   In IO, enable IO triggering, configure the relevant parameters, and set up recording; once an alarm is triggered, you will receive the corresponding alarm notification on the platform.

   

2. FTP (IO) Integrated Alarms

   Required Settings:

   1. Refer to IO Alarms to configure the required alarm parameters. Ensure that alarm output is checked so that the alarm video is uploaded to the FTP server.

   2. Configure the FTP Server by setting the destination server address, port, username, password, and other details for uploading alarm recordings.

      

   3. Go to Storage to set the alarm video duration and the file retention period. For the upload method of alarm files, you must select FTP.

      

   4. When an alarm is triggered, you will receive an alarm video file with the custom duration.

Speed Alarms

1. Alarm Types

   Ot-Park
   Low Speed Warning
   Low Speed Alarm
   High-Speed Warning
   High-Speed Alarm

2. Other Parameters

   Type	Description
   Limit(s/km/h)	Trigger Threshold
   OSD Speed Unit	Speed unit displayed in the watermark

Location Alerts

Alert Type	Alert Description
IN&OUT Route	Alert triggered when the vehicle enters or exits a preset route
IN&OUT Area	Alert triggered when the vehicle enters or exits a geofence area
Off-Route	Triggered when a vehicle deviates from a preset route
Fatigue Warning	Short-term fatigue driving reminder
Fatigue Alert	Fatigue alert triggered by continuous driving duration (i.e., triggered by prolonged driving based on time)
Overtime Driving	Alert triggered when continuous driving duration exceeds the limit
Resting Time	After the device generates a fatigue warning or alert, the warning/alert will end once the vehicle has been parked for the set duration; restarting the vehicle at this point will reset the current continuous driving time to 0

Vehicle Attitude Alerts

1. Alert Types

   Sensitivity to rapid acceleration, rapid deceleration, sharp turns, and collisions is expressed in terms of acceleration, with units in m/s²; sensitivity to rollovers is expressed as an angle value, with a line parallel to the ground as the reference.

   Alarm	Sensitivity-High	Sensitivity-Medium	Sensitivity-Low
   Sudden acceleration	2.5	3.5	4.5
   sudden deceleration	2.5	3.5	4.5
   Sharp Turn	3	4	5
   Crash	10	15	20
   Rollover	30	45	60

2. Other Parameters

   Parameter Name	Parameter Description
   Install Direction	Installation direction; it is recommended to use the default automatic direction
   Vehicle Type	Vehicle type
   Three Urgent Alerts	Three urgent alerts; determines whether the device will play a voice alert when an event occurs

3. Detection Type

   Type	Description
   GPS-based Emergency Detection	No need to click “Adjust” to learn; triggers three-level emergency and single-impact alerts
   G-Sensor-based Emergency Detection	Requires clicking “Adjust” to learn; immediately triggers three-level emergency and single-impact alerts

4. G-Sensor Algorithm Learning Process

   After clicking “G-Sensor Calibration,” allow the vehicle to remain stationary for at least 30 seconds, then perform a sudden acceleration or deceleration, and finally allow the vehicle to remain stationary for at least 30 seconds again

   

Alarm Triggered: Viewing Alarm Information on the Platform

1. AI alarm successfully triggered

   Prerequisites

   • AI calibration must be complete and successful
   • Enable alarms, trigger the AI alarm, and have the device play the alarm voice message
   • The device is connected to the platform

2. View alert information on the platform

   1. Bell notification

      

   2. Alert Reports: In the IoT system, click Reports, then create a new Alert Details report under My Reports. Here, you can filter by device model, customer, alert type, time, etc.

      

3. After completing the above steps, you will see the relevant AI alert records. Click the marked area to view the evidence attached to the alert.

   

4. Viewing alert evidence: In addition to Step 3, you can also view it under Events in the Video section