icarvisions-mdvr

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5th Generation Intelligent Touch Screen Mobile DVR JT1

Taxis are a staple of daily transportation, with most people having experienced a taxi ride at some point. Thanks to technological advancements, booking a taxi via a mobile app has become incredibly convenient. However, taxi operations face challenges like drivers refusing fares, unmetered charges, overcharging through detours, driver-passenger disputes, and traffic accidents. How can we ensure the safety and fairness for both drivers and passengers while effectively managing taxi fleets? Icarvisions’ 5th Gen Smart Touch Screen MOBILE DVR JT1 offers an effective solution to address these issues. Below is a detailed overview of this product.

1. Firsts of all, let’s introduce the functions of the MOBILE DVR in detail.

This powerful touch screen MOBILE DVR is perfect for taxi surveillance and fleet management. It’s running on Android system, including lost of functions such as real-time video, recording, GPS tracking, network communication, on-board navigation, message notification, telephone, order list, payment record, etc. It can integrate with various accessories such as fare meter, LED advertisement panel, POS machine, driver panic button, service evaluation, speaker, LED displayer for extended functions.

Features:

Support 3G/4G network

Video Input (Regular camera connection): Support 2 channels AHD cameras (1ch 1080p + 1ch 720P)

Video Input (Customized):A. Support 4 channels AHD cameras (1ch 1080p + 3ch 720P)B. Support 1 ADAS cam + 1 DSM cam + 2 channels 720P AHD cams

Storage: 1 * SSD + 1 * SD Card

Support Wi-Fi hotspot

Support Face recognition

Support driver facial login system

Support ADAS / DSM（optional）

Internal GPS, 3G / 4G, Bluetooth module (support Bluetooth headset / OBD)

Support RFID card - reader for driver ID card verification

With service evaluation button

Support on-board navigation, message notification from center, telephone, live video, order list, payment record, and able to integrate with other accessories such as such as fare meter, LED advertisement panel, POS machine, driver panic button, service evaluator, Status LED displayer for extended functions.

Multiple alarm reports and business reports

Support uninterrupted Audio recording, small file size for download

On-board power-off delay for data protection

9V~36V wide voltage power supply

2. Why do we need to install this MOBILE DVR?

(1) Protecting drivers is a top priority. Taxi drivers frequently face risks such as assaults, robberies, and violence during their work. Equipping taxis with tools to manage these threats is essential to ensure their safety and well-being.

(2) Monitoring driver behavior is critical to enhancing safety. Behaviors like speeding, drunk driving, fatigue driving, not wearing a seatbelt, harsh braking, sharp turns, rapid lane changes, or using a phone while driving endanger both passengers and drivers.

(3) Preventing violence and robbery is equally important. Beyond traffic accidents, violent confrontations between passengers and drivers are a leading cause of harm to taxi drivers.

To address these issues, taxi companies should install effective security solutions, such as Mobile DVR systems and cameras. These devices not only enhance safety but also preserve evidence, clarify incidents, and assist law enforcement in resolving cases.

3. The following picture is the whole taxi video surveillance solution.

4. Introduction for the taxi management software platform.

The Intelligent Vehicle Monitoring System (IVMS) is a robust management software platform that enables taxi companies to efficiently oversee large fleets and enhance operational effectiveness.

Upon activation, the device automatically records video and audio, synchronized with GPS coordinates and time-stamped for accuracy. In the event of an accident, the driver can quickly press the panic button, sending real-time alerts to the monitoring center. 

This allows the taxi company to promptly view the incident, pinpoint the vehicle’s exact location, and determine the most effective response immediately.

5. Cooperation case sharing.

We undertook a taxi project for the Turkish government, involving a total of over 11,000 units.

As society evolves, safety concerns are increasingly prioritized, driving a growing demand for safety products. Our company is committed to continuously improving our offerings to deliver more advanced and reliable solutions to the market.

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JI7A Dash Cam: Features and Order Kits

What is the JI7A Dash Cam?

JI7A is a high-end Dash Cam that comes with a built-in high-performance AI algorithm chipset, serving to aid safe driving. It includes functions such as lane departure reminder, safe distance warning, forward collision prompt, and pedestrian collision alert (which belongs to ADAS - Advanced Driver Assist System). At the same time, it can spot improper driving behaviors like smoking, using a mobile phone, being distracted, and feeling fatigued (through DSM - Driver Status Monitoring). The Dash Cam can promptly warn the driver of dangerous actions and send the alarm video and data to the IVMS platform. Then, the platform generates a report to assess driving performance and strengthen safe driving awareness. What’s more, face recognition can confirm the right driver, ensuring the safety of passengers and assets in the vehicle.

What kits are available for customer ordering of the Dash Cam?

There are two ordering kits for customers to choose from:

Order Kit 1: JI7A + JA-MC933, a 2-channel camera solution.

JI7A is equipped with a 1080P front-view camera, and JA-MC933 is a 720P in-cab camera. This kit has an optional AI algorithm. If selected, JI7A will have the ADAS AI algorithm, and JA-MC933 can act as a DSM camera.

Order Kit 2: JI7A + JA-MC933 + 1 * 720P AHD camera, a 3-channel camera solution.

On the basis of the 2-channel solution, the 3rd channel camera is connected to the kits with a converter cable. The model of the 3rd channel 720P camera isn’t fixed, so customers can pick the appropriate one to match.

Dash Cam and Accessories

Features of the JI7A Dash Cam

The outstanding features are as follows:

More portable. JI7A has a small size that fits in the hand, avoiding blocking the driver’s view and boosting safety.

Hidden antenna design shortens installation time, and the installation can be done in 10–15 minutes.

6-axis G-Sensor can detect alarms caused by rapid acceleration, sudden braking, crashes, and sharp turns.

Supports analog intercom with the platform via a built-in MIC and speaker, without the need for an external intercom device.

External GPS mouse design provides a better GPS signal, preventing interference from the recorder circuit to the GPS signal.

AI algorithm upgrades come with a face recognition function and support remote AI algorithm upgrades.

Pre-stores data on the TF card to raise its utilization rate and prolong the TF card’s service life.

Dual streams, and both the bitrate and resolution of the main stream and sub-stream can be set.

Independent 4G module offers a better signal. The 4G module can be selected according to countries and network frequencies, and it can provide seamless live video of the vehicles.

Supports 2 TF cards, each with a storage capacity of 1TB, enabling long-time video recording.

Built-in WIFI module allows for free downloading of videos or data when connected to a hotspot.

JI7A is applicable to online car-hailing, taxis, minivans, private cars, and so on.

IVMS (Intelligent Vehicle Management Software) is powerful in managing the Dash Cam. It provides real-time video and audio, GPS tracking, GEO-fence, PTZ control, as well as alarms and reports. There is also a phone app, so customers can monitor and track the vehicle in real time. Alarm reports can be generated by the platform for review, aiming to guide drivers and reduce road accidents.

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The New AI Dash Cam JI7A

 2022-11-08 Other 1763 Inquire Now

What is the JI7A Dash Cam?

JI7A (Click here to learn JI7A Product Page) is an advanced Dash Cam with a built-in high-performance AI algorithm Chipset to assist safe driving, such as lane departure warning, safe distance warning, forward collision warning, and pedestrian collision warning (ADAS-Advanced Driver Assist System). Meanwhile, it can detect improperdriving behavior, such as smoking, using mobile phones, distraction, and fatigue (DSM-Driver Status Monitoring). Dash Cam can alert the driver in real time of dangerous behaviors and upload the alarm video and data to the IVMS platform to generate a report to evaluate driving performance and enhance safe driving. Moreover, face recognition can identify the correct driver to protect the safety of passengers in the vehicle and assets.

What kits are available for customer ordering of the Dash Cam?

There are two order kits for customers:

Order kits 1,

JI7A + JA-MC933, the 2-channel camera solution.

JI7A is with a 1080P front-view camera, and JA-MC933 is a 720P in-cab camera. This kit can be with an AI algorithm optional, JI7A would be with the ADAS AI algorithm, and JA-MC933 can work as a DSM camera.

Order Kit 2,

JI7A + JA-MC933 + 1 * 720P AHD camera, the 3-channel camera solution.

Based on the two-channel solution, the 3rd channel camera would be connected to the kits with a converter cable. The 3rd channel 720P camera model is not fixed, and customers can choose the suitable one to work with.

Dash Cam and Accessories

Features of the JI7A Dash Cam

The outstanding features are as below:

More portable. JI7A is in a handful size, and the mini size will avoid the vision block to the driver and improve safety.

Hidden antenna design to save installation time, the installation could be finished in 10~ 15 minutes.

6-axis G-Sensor to detect the alarm of rapid acceleration, harsh braking, crash, and sharp cornering.

Support analog intercom with a platform with built-in MIC & speaker, no need to connect external intercom device.

External GPS mouse design to provide better GPS signal to avoid interference to the GPS signal from the recorder circuit.

AI algorithm upgrades with face recognition function and support remote upgrade AI algorithm available.

Pre-storage of the data on the TF card to improve its utilization and increase the life span of the TF card.

Dual-streams, both bitrate and resolution of support main-stream and sub-stream are available to be set up.

Independent 4G module to provide a better signal. The 4G module can be chosen based on countries and network frequency and is available to offer live seamless video footage of the vehicles.

Support 2TF cards, with 256M storage capacity per TF card, and provide long-time video recording.

Built-in WIFI module supports freely downloading the video or data whenever it connects to the hot spot.

2022 Dashcam supporting ADAS and DSM with a new price

JI7A is suitable for online car-hailing, taxis, minivans, private cars, etc.

IVMS(Intelligent Vehicle Management Software) is powerful to manage the Dash Cam and provide real-time video and audio, GPS tracking, GEO-fence, PTZ control, and alarms and reports. There is a phone App as well, customers can have real-time monitoring and tracking of the vehicle as well. Alarm reports can be generated from the platform to be reviewed and aim to tutor drivers to reduce road accidents.

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[icarvisions-mdvr]

AI-Powered Solutions for School Bus Safety and Monitoring

Advancements in CCTV technology have transformed school buses from simple transportation vehicles into highly secure systems equipped with advanced safety features like MDVR and camera monitoring systems. Key requirements for school bus safety include location-based tracking, attendance verification, and real-time video surveillance of both the interior and exterior of the vehicle, addressing risks related to driver and student behavior during transit. To enhance safety, educational institutions are increasingly integrating cutting-edge technologies, such as AI, into school buses to protect both drivers and students.

ICARVISIONS, a leading Chinese manufacturer of vehicle surveillance solutions like Mobile DVR, MNVR, and telematics platforms, has over a decade of expertise in the industry. Understanding the critical importance of school bus safety for parents and stakeholders, we’ve introduced the JH4AN-HD, an advanced “all-in-one” product integrating AI technology to significantly enhance driving safety.

1. The functions of the mobile DVR surveillance solution for school bus:

The comprehensive system includes an MDVR with integrated AI for video analysis, streaming, and storage, paired with an ADAS camera for road monitoring, a DSM camera for driver behavior tracking, a rearview camera for the school bus’s rear, an interior camera for cabin surveillance, an in-cab camera for driver area monitoring, a panic button, and an RFID reader for student attendance tracking. This next-generation product, still in development, will include additional features in the future.

2. The main features of the mobile DVR surveillance solution for school bus:

AI:

DSM ( JA-MC921 ):

Yawning Detection

Eyes Closing Detection

Smoking Detection

Making Phone Calls Detection

Distraction Detection

Driver Absence Detection

Camera Covered Detection

Wearing Glasses Detection

ADAS ( JA-MC920 ):

Lane Departure Warning

Safe Distance Warning

Forward Collision Warning

Pedestrian Collision Warning

BSD (Optional):

Support 2 channels Blind Spot Detection cameras (front / right / left)

360° Panoramic Viewing System (Optional):

Install with 4 specific cameras (front, back, left, right)

Video-Input: support 2 channels 1080P AHD (DSM & ADAS) + 2 channels 1080P AHD /960P AHD /720P AHD /960H /D1 /CIF + 1 channel IPC (720P /1080P) Video input

Video Output: 3 Channels (Front Panel 3.5mm Jack, Rear Panel on 24pin I/O Port & VGA 1080P)

Audio Input: 4 Channels

Audio Output: 2 Channels (Front Panel 3.5mm Jack, Rear Panel on 24pin I/O Port)

Alarm Input: 8 Channels, Select Trigger for either less than 1VDC or greater than 5VDC

Alarm Output: 1 Channel, 12V output

Storage: Up to 2TB HDD/SSD and 1 SD card for backup（at 3G/4G/WIFI model option）

Internal G-Sensor + Gyroscope, with GPS, 4G FDD and Wi-Fi (5.8 GHz)

Anti-Vibration and Anti-Shock under acceleration of 40G (MIL-STD-810G standard)

Hard drive automatic heating start-up in cold weather

On-board UPS 8 seconds delay power-off for data protection

Operating temperature -40℃～80℃

8V-36V wide voltage power supply

3. The working theory of the mobile DVR surveillance solution for school bus:

The ADAS camera proactively warns the driver of potential collisions, significantly reducing the risk of severe traffic accidents. The DSM camera monitors the driver’s fatigue and distraction in real-time by analyzing facial expressions, issuing timely alerts to maintain focus. Powered by our independently developed, world-class visual recognition algorithm, the system ensures precise and dependable performance.

When the ADAS camera detects risks like imminent collisions, close vehicle proximity, or unintended lane departure, it alerts the driver with a warning tone to take immediate action. Similarly, the DSM camera identifies behaviors such as fatigue, distraction, smoking, or phone use, prompting corrective measures.

Upon activation of ADAS or DSM alerts, the system sends data to the Intelligent Vehicle Monitoring Management Platform (IVMS). By analyzing driver behavior data, it helps lower accident rates, boosts school bus operational efficiency, and reduces the workload of educational oversight bodies.

Our mission: ensure the SAFETY of school children and provide PEACE OF MIND for parents and schools.

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[icarvisions-mdvr]

Complete Monitoring System for Dump Trucks

ICARVISIONS: Leading IoT Solutions for Dump Trucks

ICARVISIONS, with over 13 years of expertise, is a top manufacturer of Mobile Digital Video Recorders (MDVR), Mobile Network Video Recorders (MNVR), and accessories, pioneering advancements in the IoT industry.

To address critical safety needs, ICAR introduces a tailored solution for dump trucks and construction vehicles. After a challenging 2020, the global infrastructure market anticipates growth in 2021, with stricter safety regulations due to frequent driver violations causing accidents and endangering lives and property. Click here: 24 Disturbing Truck Accident Statistics (2021 Edition).

Intelligent Dump Truck Management System

This advanced system integrates a recording device, on-vehicle sensors, cameras, and a smart platform to enhance safety and efficiency.

The Mobile-DVR supports 4 to 8 channels at 1080P, with 4TB storage and Wi-Fi-enabled automatic footage uploads in designated zones. Powered by cutting-edge AI chipsets, it supports innovative sensors.

Advanced Safety Features

The Blindspot Detection (BSD) camera improves safety by detecting pedestrians and obstacles during turns, triggering real-time alerts to drivers and monitoring centers.

Paired with the BSD, the audible and visual alarm issues voice warnings to pedestrians, enhancing safety in busy construction zones.

A specialized container recognition sensor uses AI and image analysis to monitor cargo status, ensuring containers are empty, loaded, sealed, or properly positioned.

IVMS Platform for Fleet Oversight

The Intelligent Vehicle Monitoring System (IVMS) web platform, with server, client, and playback software, enables real-time fleet management, live streaming, historical data access, and downloadable alarm reports and footage, streamlining operations for fleet managers.

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[icarvisions-mdvr]

How Driver Fatigue Detection Systems Enhance School Bus Safety?

School buses are engineered to be among the safest vehicles on the road, with stringent regulations aimed at preventing crashes and protecting passengers. However, their safety depends not only on design but also on addressing risks like driver fatigue and unsafe driving behaviors, particularly during the vulnerable moments when students board or exit the bus. How can we enhance school bus safety by detecting driver fatigue? Let’s explore this critical issue.

Understanding Driver Fatigue

Driver fatigue is a significant road safety concern, characterized by feelings of sleepiness, exhaustion, or drowsiness while operating a vehicle.

Prolonged driving can lead to slowed reaction times, impaired decision-making, diminished judgment, and reduced focus, all of which heighten the risk of accidents.

School bus drivers, often starting their routes as early as 6 a.m. and sometimes working late for extracurricular activities, are particularly susceptible to fatigue.

Despite their commitment to safely transporting students, unrecognized drowsiness can lead to dangerous situations, such as veering off the road or colliding with other vehicles, endangering young passengers.

The Dangers of Driver Fatigue

Fatigue is a pervasive and serious hazard for all drivers, including those operating school buses.

According to the CDC, approximately 1 in 25 adult drivers reported falling asleep while driving at least once in the past 30 days.  (Learn more: Drowsy Driving: Asleep at the Wheel)

A 2017 National Highway Traffic Safety Administration report estimated that drowsy driving caused 91,000 crashes, 50,000 injuries, and 800 deaths in the U.S. alone that year. While drunk driving is widely recognized as dangerous, fatigue-related drowsiness is often underestimated, yet it can be equally perilous, significantly increasing the likelihood of collisions.

Recognizing Signs of Driver Fatigue

Key indicators of fatigue include frequent yawning or blinking, trouble recalling recent miles driven, missing exits, drifting out of the lane, or hitting roadside rumble strips. These warning signs signal the need for immediate action to prevent accidents.

What is the Driver Fatigue Detection System (DFDS)?

The Driver Fatigue Detection System (DFDS) is an advanced technology that monitors a driver’s physiological responses to detect fatigue. Comprising an on-board computer and a driver-facing camera, DFDS analyzes facial expressions, eye movements, and head positions to assess the driver’s alertness. When signs of drowsiness, such as prolonged eye closure or frequent yawning, are detected, the system issues real-time alerts to prompt the driver to rest, helping to prevent fatigue-related incidents.

Benefits of the Driver Fatigue Detection System

DFDS provides critical warnings about drowsiness and eye closure, enabling drivers to take timely breaks. By addressing these risks, the system significantly reduces the likelihood of crashes caused by fatigue, enhancing overall road safety.

Components of the Driver Fatigue Detection System

The core of DFDS includes a Mobile DVR or Dashcam equipped with telematics for recording and transmitting video, GPS, and other data. Driver-facing cameras capture facial behaviors, such as yawning or prolonged blinking, and issue audible alerts when risky actions are detected, helping to mitigate accidents.

Driver Status Monitor (DSM) Technology

Beyond fatigue detection, Driver Status Monitor (DSM) technology expands to monitor additional unsafe behaviors, such as smoking, using a phone, or other distractions.

Powered by AI algorithms, DSM uses driver-facing cameras to identify these behaviors and issue tailored alerts. For instance, ICARVISIONS, a leader in vehicle telematics with over a decade of experience, integrates DSM into its AI-powered Mobile DVR systems.

When unsafe behavior triggers an alert, the system provides an immediate voice warning and transmits data to fleet management platforms via 4G, enabling real-time oversight and intervention.

ICARVISIONS offers four AI Mobile DVRs and one Dashcam with DSM capabilities, enhancing school bus safety.

Additional features like panic buttons and two-way intercoms further support safe operations.

The Intelligent Vehicle Monitoring System (IVMS) platform generates DSM reports and stores related videos, allowing fleet managers to monitor driver behavior, reduce risks, and ensure student safety.

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How does the Mobile DVR JT1 protect taxi drivers?

1. Why Taxi Driver Safety Matters

Taxi drivers face unique safety challenges that often capture public attention. Reports of robberies, assaults, and other threats are not uncommon, highlighting the risks inherent in their profession. The nature of their work—operating alone, transporting strangers, and frequently working late nights in remote or high-crime areas—makes them particularly vulnerable. These conditions underscore the critical need for effective safety measures to protect drivers. The Mobile DVR JT1 is an innovative solution designed to address these risks and ensure the well-being of taxi drivers.

2. How the Mobile DVR JT1 Enhances Driver Safety

The JT1 is equipped with advanced features tailored to safeguard taxi drivers:

Real-Time GPS Tracking: With integrated GPS and map functionality, the JT1 allows fleet management centers to pinpoint a driver’s location instantly. In emergencies, this enables rapid response and assistance, ensuring help reaches drivers when they need it most.

Continuous Video Recording: The system records non-stop video footage during operation, capturing critical evidence in the event of accidents, disputes, or criminal incidents. This documentation is invaluable for investigations and driver protection.

Two-Way Intercom System: The JT1’s push-to-talk intercom enables seamless communication with the fleet management center without distracting the driver. Unlike using a mobile phone, this hands-free system promotes safer driving by keeping the driver’s focus on the road.

Dual-Lens Camera Coverage: Equipped with dual-lens cameras, the JT1 captures both the interior of the cab and the road ahead. This comprehensive recording ensures no critical moment is missed, providing a complete view of any incident.

Panic Button for Immediate Alerts: In life-threatening situations, drivers can activate the panic button to send an instant distress signal to the fleet management center. This rapid-response feature is crucial for securing timely assistance and potentially saving lives.

3. Introducing the Mobile DVR JT1

The JT1 is a cutting-edge Mobile DVR designed to enhance taxi driver safety while supporting efficient fleet management.

Its robust features include:

3G/4G Connectivity: Ensures reliable real-time data transmission.

Dual-Channel 720P AHD Video Inputs: Expandable to four channels for comprehensive surveillance.

High-Capacity Storage: Supports a single SD card with up to 512 GB for extended video retention.

Wi-Fi Hotspot: Facilitates easy data access and connectivity.

Face Recognition & Driver Facial Login: Enhances security by verifying driver identity.

Optional ADAS/DSM Integration: Advanced Driver Assistance Systems (ADAS) and Driver Status Monitoring (DSM) provide additional safety features (learn more: Why Do We Need AI-MDVR with ADAS & DSM in Vehicle Monitoring?).

GPS, Bluetooth, and RFID Support: Includes Bluetooth headset compatibility, OBD integration, and RFID card-reader for driver ID verification.

Multifunctional Interface: Supports onboard navigation, live video streaming, order management, payment tracking, and integration with accessories like fare meters, LED panels, POS machines, service evaluators, and status LED displays.

Comprehensive Reporting: Generates multiple alarm and business reports for operational insights.

Audio Recording: Captures uninterrupted audio with optimized file sizes for efficient downloading.

Power-Off Delay: Protects data integrity during power disruptions.

Wide Voltage Compatibility: Operates reliably with a 9V–36V power supply.

The JT1 is engineered to mitigate risks such as robbery, violence, and other threats, while also streamlining cab fleet operations. For more details about the Mobile DVR JT1, visit the JT1 product page.

By combining advanced technology with practical safety features, the JT1 empowers taxi drivers to work with greater confidence and security, transforming their challenging work environment into a safer one.

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[icarvisions-mdvr]

Inside Look: How We Ensure Top-Notch Quality

At ICARVISIONS, we are committed to delivering products that meet stringent quality standards. To ensure this, we implement the GB/T 2828.1-2012 standard for sampling inspection by attributes, a proven method aligned with international practices (equivalent to ISO 2859-1).

Background Information of GB/T 2828.1-2012

GB/T 2828.1-2012, which is the Chinese national standard equivalent to ISO 2859-1:1999. It outlines the sampling procedures for inspection by attributes, mainly used for acceptance quality limit (AQL)-based sampling plans.

Here are the key points of GB/T 2828.1-2012:

Purpose

It's designed for lot-by-lot inspection in a wide range of industries. The focus is on attribute data (pass/fail, defective/non-defective).

Inspection Levels

There are three general inspection levels:

I (reduced inspection)

II (normal inspection) → most commonly used

III (tightened inspection)

And four special inspection levels (S-1 to S-4) used for smaller sample sizes.

GB/T 2828.1-2012-ICARVISIONS

AQL (Acceptance Quality Limit)

AQL is the maximum percentage of defective items that can be considered acceptable as a process average. You choose the AQL value (e.g., 1.0%, 2.5%, etc.) based on the acceptable risk for your application.

AQL-ICARVISIONS

Sampling Plan

You use the sample size code letter (based on lot size and inspection level) to find:

Sample size

Acceptance (Ac) and Rejection (Re) numbers

This is done using standard tables provided in the standard (like Table 1 and Table 2-A/2-B/2-C).

Why We Use Sampling Inspection

In high-volume production, inspecting every unit is not always practical. Instead, we apply a sampling-based quality inspection process that enables us to assess product quality effectively and efficiently. This method ensures confidence in our output without compromising production flow.

Inspection Level: General Level II

We adopt General Inspection Level II, which is the standard level used for most product inspections. This level provides a balanced sample size that is large enough to detect quality issues reliably, while remaining efficient for ongoing production.

AQL 0.65% – Our Standard for Acceptable Quality

We set our Acceptance Quality Limit (AQL) at 0.65%. This means that during inspection, we accept a batch only if the number of defective units is within the acceptable threshold defined by this AQL level. AQL 0.65% reflects our commitment to strict quality requirements, especially for components and products where reliability is critical.

For example:

If a production batch contains 1,200 units, under Level II with AQL 0.65%, the sample size would be 80 units.

According to the standard’s sampling plan, the acceptance number (Ac) might be 2, and the rejection number (Re) would be 3.

This means: if 2 or fewer defective items are found, the batch passes inspection. If 3 or more are found, the batch is rejected and reviewed.

How the Process Works

Determine the batch size for inspection

Select the sample size code letter using Level II tables

Inspect the required number of units from the batch

Make a pass/fail decision based on the AQL 0.65% acceptance/rejection criteria

Customer Benefits

Tighter quality control through stricter AQL limits

Consistent performance and reliability of delivered products

Fewer defects in the field, reducing after-sales service and improving customer satisfaction

Transparency and traceability in our inspection procedures

By applying GB/T 2828.1-2012 Level II with AQL 0.65%, we demonstrate our dedication to delivering high-quality, dependable products. This quality control approach ensures that our customers receive goods that meet their expectations — every time.

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[icarvisions-mdvr]

Enhancing Safety: Blind Spot Detection Systems for Dump Trucks

Dump truck blind spot detection background

Dump trucks are essential for moving materials such as dirt, gravel, demolition debris, and coal in construction projects. However, like many heavy-duty commercial vehicles, they face a critical safety challenge: the blind spot.

This blind spot poses a serious risk because vehicles directly ahead of or right behind the driver can be seen in the mirrors. But when a car moves into an area where it’s no longer visible in the rear-view or side mirrors, the driver may not realize it’s nearby. As a result, if the driver tries to switch lanes thinking the adjacent lane is clear, a devastating crash could happen due to the unseen car’s proximity.

While blind spots exist in almost all vehicles, dump trucks encounter a more extreme problem. Their large size and elevated height create vast blind spots, severely limiting the driver’s ability to see everything around the vehicle. Therefore, finding effective ways to reduce or eliminate these blind spots is crucial for improving road safety for dump trucks.

ICARVISIONS AI solution with Blind Spot Detection

ICARVISIONS has leveraged Artificial Intelligence to introduce an advanced safety feature for dump trucks: Blind Spot Detection. This groundbreaking system centers on a Mobile DVR integrated with an AI algorithm. Once the dump truck and the Mobile DVR are powered on, a dedicated blind spot camera activates, scanning for pedestrians or vehicles within the blind spot zone.

When the camera identifies any objects in the blind spot, it activates an Audio & Visual Alarm. This alert system immediately produces warning sounds, flashing lights, or voice notifications, cautioning nearby pedestrians and vehicles to avoid the dump truck’s hazardous area. Through this sophisticated AI-powered Blind Spot Detection technology, ICARVISIONS seeks to greatly improve road safety and reduce the risk of accidents involving dump trucks.

ICARVISIONS launched 4 AI mobile DVRs: 

4ch IP67 MINI AI MDVR(JH0AN)

4ch SD Card AI MDVR(JS2AN-HD)

4ch HDD AI MDVR(JH4AN-HD)

8ch HDD AI MDVR(JH8AN-HD)

all support the Blind Spot Detection.

For the best performance, the blind spot cameras and Audio & Visual Alarm need to work together with the BSD-enabled AI mobile DVR.

Model: JA-MC804

1080P AHD camera, 2.1mm lens; Support 12V DC ±10%

Installation site: mounted at the side of the cabin

Mounting height: 2.5 meters ~3.0 meters

It must work with the Mobile DVR with such a BSD algorithm module.

Model: JA-MC922

1080P AHD camera, Infrared LED range 25m; Support 12V DC ±10%

Installation site: mounted at the rear side of the cabin

Mounting height: 1.6 meters ~2.0 meters

Model: JA-MC923

Dual lens for front and rear, 1080P AHD camera; 2.1mm lens + 2.1mm lens; Support 12V DC ±10%.

Installation site: Side mirrors

Mounting height: 2.0 meters ~2.5 meters

It must work with the Mobile DVR with such a BSD algorithm module.

The Audio& Visual Alarm with illumination (IP66)

It must work with the BSD cameras.

(IP66, RS485,12V,  5PIN Around aviation G25 connector)

The AI algorithm defines a specific blind spot zone around the dump truck. When pedestrians or vehicles enter this zone, the Audio & Visual Alarm instantly triggers, producing warning sounds, flashing lights, or voice prompts to provide an immediate alert.

Anti-speeding technology - The Blind Spot Detection

Once the alarm is triggered, besides activating the Audio & Visual Alarm, the Intelligent Vehicle Monitoring System (IVMS) platform will also generate the BSD report.

Almost every vehicle has at least one blind spot, but dump trucks and other heavy-duty commercial vehicles often require several blind spot cameras. At ICARVISIONS, we offer tailored solutions to meet your unique requirements.

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[icarvisions-mdvr]

Passenger Counter Integrated with MDVR

Why is a passenger counter needed?

In the 21st century, efficiency is a defining principle. Fleet managers consistently prioritize the safe and effective operation of their vehicles. The passenger counter, when integrated with MDVR and IVMS vehicle management systems, provides a robust solution for achieving comprehensive fleet telematics.

Which type of vehicle is the passenger counter suitable for? What advantage does it offer?

The passenger counter is primarily used to track the number of passengers in a vehicle. Certain vehicle types, outlined below, have a particular need for this technology (discover more about the Passenger Counter).

Bus: With data from the passenger counter’s statistical reports, operators can gain insight into daily passenger trends. Linking this information with the ticketing system enables oversight of ticket usage and ensures proper ticketing practices. Additionally, the reports visually map out peak and off-peak passenger volumes by route, station, and time, aiding in prompt fleet scheduling and enhancing overall operational efficiency.

Coach/Tour Bus: Overloaded vehicles damage road infrastructure and create serious safety hazards, threatening passengers, drivers, and pedestrians alike. The passenger counter monitors boarding and alighting activities, maintaining an accurate passenger total. This prevents drivers from deviating from set rules, such as making unscheduled stops to pick up additional passengers, thereby reducing the risk of overloading.

AI MDVR support connecting to the passenger counter

JH4AN-HD: Support H.265 / H.264, 1080P, 4CH AHD + 1CH IPC video input, HDD/SSD+SD card storage.

JH8AN-HD: Support H.265 / H.264, 1080P, 8CH AHD + 1CH IPC video input, HDD/SSD+SD card storage.

JS2AN-HD: Support H.265 / H.264, 1080P, 4CH AHD + 1CH IPC video input, Dual SD card storage.

JH0AN: Support H.265 / H.264, 1080P, 4CH AHD + 1CH IPC video input, SSD+SD card storage, IP67 waterproof.

Follow with the ICARVISIONS passenger counter solution

ICARVISIONS' passenger counter functions as an independent camera, boasting an impressive accuracy rate of approximately 95%. It features a built-in people counting algorithm and links to the MDVR through an RJ45 network port. Details about various ordering kits are provided below.

1 door: passenger counter camera x 1 unit + 6pin extensional cable x 1 pc + 6pin to RJ45 switch cable (free) x 1 pc + RJ45 extensional cable Male to Male  x 1pc + MDVR x 1 unit

2 / 3 doors: passenger counter camera x 2 / 3 units + 6pin extensional cable x 2 / 3 pcs + switch cable x 1 pc + MDVR x 1 unit

Vehicle management platform IVMS realizes vehicle telematics

ICARVISIONS has independently developed a vehicle management platform (IVMS) that supports an unlimited number of vehicles online. It facilitates the transmission of vehicle operation data, collected by the MDVR, to the IVMS platform using 4G connectivity. Through the IVMS Web Client, users can view information such as passenger counts, total onboard passengers, live video streams, video replays, and vehicle locations across various time periods. This capability enables quick fleet adjustments and promotes effective management.

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How Can We Protect Uber Drivers on the Road?

1. Introduction

For many younger people today, it’s nearly impossible to picture a time when we stood on street corners, enduring scorching heat, pouring rain, or freezing winds, desperately hoping a taxi would pull over. That was the old-fashioned way of catching a ride.  

In the past decade, technology has revolutionized every corner of our lives. Today, most taxi drivers rely on mobile apps to receive ride requests, with Uber standing out as a key player in our everyday transportation. Both drivers and passengers can use an app on their smartphones to monitor their journey in real time.  

 

With a feature-rich app like Uber, going back to the traditional method of flagging down a cab feels outdated and unnecessary.  

2. Ways to Safeguard Uber and Taxi Drivers

Installing a camera system in your vehicle is essential, and ensuring the camera angles properly capture the passenger area is a top priority.  

Consider exploring the camera system from ICARVISIONS. Check out this link for more details: 2/4CH Touch Screen 4G MDVR Perfect for Taxis.  

Here are the key features of a taxi camera system:  

(1) Interior Camera Recording

Always keep a camera rolling inside the vehicle. Make sure to display a noticeable sign informing passengers that recording is in progress. If riders ask about the camera’s features during the trip, drivers are not obligated to respond to such inquiries.  

(2) Navigation Support

The system shows real-time customer locations and provides routes for pickups and drop-offs. Uber drivers follow the destinations set in the app and generally don’t alter them. If passengers need to change their drop-off point, they must update it through the app.  

(3) Convenient Payment Methods

Passengers can settle fares cashlessly via the app using options like credit cards, Metrobus cards, debit cards, PayPal, Alipay, Apple Pay, and more.  

(4) Emergency Panic Button

A discreet yet easily accessible panic button can be installed, allowing drivers to respond to threats—like an aggressive passenger or other emergencies—without needing to fumble for it.

3. Helpful FAQ

Q: What should you look for in a taxi camera system?

A:  

720P or 1080P high-definition video  

Wide-angle lens to cover nearly every angle inside the car  

Built-in WiFi and 4G connectivity  

Infrared night vision  

Large storage capacity  

Continuous loop recording

Q: Why invest in a taxi camera system?

A: A camera system can reduce insurance costs, shield drivers from false claims, and even deter physical confrontations. It also discourages theft by making your vehicle less appealing to criminals.  

Equipping your car with a camera system and mastering the taxi-booking app is the future of safe, efficient taxi services. Don’t wait—get a car camera system soon and embrace the technology!

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How does Telematics get utilized in the Insurance sector?

Telematics enables insurers to more precisely assess accident damages and curb fraud by allowing them to examine driving data—like hard braking, speed, and timing—during an incident. This extra information also helps insurers enhance or distinguish their Usage-Based Insurance (UBI) offerings.

1. Present situation and the prospect of the auto insurance industry

Car insurance offers customers financial security against physical damage from traffic accidents and vehicle theft, while also covering expenses related to injuries, fatalities, or property damage.

The car insurance market shows strong growth prospects, driven by a rising number of road accidents in most countries worldwide.

2. Internet of Vehicles and Internet of Things interaction with the insurance industry

The Internet of Vehicles (IoV) system involves gathering, storing, and transmitting all operational data and both static and dynamic vehicle information via onboard terminal devices installed on the vehicle's dashboard.

With the increasing adoption of autonomous driving technology and the Internet of Vehicles, modern cars are being fitted with a growing number of electronic systems. These technological advancements offer numerous advantages:

(1) Having a record of your accident

No one wants to get in a car accident, but accidents do happen sometimes.

If your dashcam captured the accident as it occurred, the footage could help clarify or reduce disputes about fault during the claims process. Dashcam video evidence might also provide enough proof to accelerate the proceedings and assist in resolving your claim more quickly.

(2) Fighting insurance fraud

Car insurance fraud occurs all too frequently. If someone attempts to draw you into a staged accident to secure a fraudulent payout, it could lead to severe consequences, costing you thousands in legal fees and higher insurance premiums. Maintaining a video recording of such incidents could safeguard you against insurance fraud.

(3) Acting as a security camera

When your vehicle is left parked and unattended, particularly if you're not close by, incidents like vandalism or theft often leave little to no evidence of the culprit in the absence of witnesses. While comprehensive insurance might cover the damages, recovering stolen items is typically unfeasible without someone to hold accountable.

Though driving always carries the risk of car accidents, many instances of vehicle damage occur while the car is stationary.

3. There are some solutions from ICARVISIONS

The Internet of Vehicles (IoV) primarily applies to vehicles such as taxis, trucks, buses, school buses, muck trucks, trains, and more. Two common solutions for implementing a surveillance monitoring system are specifically tailored for taxis and trucks.

The main device of the TAXI solution includes:

1) Touch screen MDVR 4 channels with HD resolution

2) A dual camera for front road view and passenger view

3) AI algorithm is adopted for DSM and ADAS camera

4) Plate recognition is an option

5) OEM & ODM is an option

Click here to learn more about Taxi MDVR JT1: 2/4CH touch screen MDVR JT1

The main device of Truck solution includes:

1) HDD mobile DVR 8 channels with HD resolution

2) A touch screen built-in an Android OS

3) 2 cameras for driver cabin view and rear view

4) AI algorithm is adopted for DSM, ADAS and Blind spot camera

5) Plate recognition is an option

6) OEM & ODM is an option

Click here to Truck MDVR : JH8AN-HD

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How Can You Efficiently Manage a Taxi Fleet?

Taxi Industry

In many countries, taxis continue to be a vital part of urban transportation, with global investments in this sector steadily increasing. Recognizing the various challenges facing the modern taxi industry, our goal is to introduce a comprehensive all-in-one solution.

JT1 MDVR

In contrast to other vehicle categories, taxis have relatively limited requirements for camera channels. Our evaluation indicates that using 2 to 3 cameras would be sufficient, providing comprehensive footage coverage to enhance safety. To meet the specific needs of taxis, we have developed the customized DVR-JT1. This touch screen DVR supports up to 4 channel cameras, with resolutions of up to 1080P AHD and IPC. Additionally, ICARVISIONS has designed a dual lens camera kit specifically for taxis, featuring a front camera with a 130-degree wide-angle view for drivers, and both cameras can be easily mounted on the windshield.

The JT1's distinguishing feature is its built-in Android system, which unlocks a range of innovative capabilities. This device is compatible with a wide variety of apps, including online ordering platforms, fleet management software, call center tools, and navigation systems. One of its most notable features is the integrated contactless payment system, providing a competitive advantage. This functionality enables customers to make quick and easy payments using credit cards or public transportation cards. It's worth noting that for this feature to function, seamless integration with the local financial system is required.

ADAS and DSM function

In the field of telematics, Artificial Intelligence (AI) plays a crucial role, significantly enhancing both driver and passenger safety. Notably, within the JT1 system, we provide customers with the option to choose Advanced Driver Assistance Systems (ADAS) and Driver State Monitoring (DSM), both of which utilize specialized cabin-facing cameras. One camera captures the road ahead, while the other focuses on the driver. ADAS performs comprehensive object detection on elements such as preceding vehicles, pedestrians, traffic signals, and road obstacles. In contrast, DSM focuses on the driver, analyzing behavior for any prohibited actions. Both ADAS and DSM trigger alarms promptly, transmitting snapshot or footage clips to the customer's server, ensuring the central monitoring office remains informed. These robust features leverage the power of our AI algorithms embedded within the Mobile DVR.

DSM (JA-MC938 V2 / JA-MC921)

ADAS (JA-MC920)

In addition to Advanced Driving Assistance Systems (ADAS) and Driver State Monitoring (DSM), the JT1 features a wide range of impressive capabilities designed to enhance the quality of taxi services. Notably, it includes Advertising Display Management, recognizing the significant revenue potential of onboard advertisements in the taxi industry. Typically located on the roof of vehicles or on the back of front seats, taxi advertising displays play a crucial role. With the JT1, these displays can be efficiently managed through a customized app, even enabling interactive engagement between passengers and advertisements. Building on this capability, ICARVISIONS also offers a state-of-the-art 1.01-inch touch screen tablet model that can be securely mounted on the back of front seats.

Regarding the JT1, this DVR device is fully integrated with ICAR's server and telematics service infrastructure. In the context of taxi fleets, we have created a specialized segment for fleet management, which includes features such as taxi orders, driver information, and route planning. Users can easily access the Client interface through both web portals and mobile apps.

How do we employ these measures to better manage our taxi fleet?

Smart Alerts: ADAS and DSM provide timely warnings, encouraging drivers to adhere to safe driving practices, ensuring the safety of both drivers and passengers. Simultaneously, alarm information is uploaded to the Intelligent Vehicle Monitoring System (IVMS), enabling the central monitoring office to stay informed at all times.

GPS Navigation: The advanced GPS navigation system in the JT1 MDVR optimizes route planning and reduces travel time. This not only enhances passenger satisfaction but also helps in cost savings.

Vehicle Tracking: Utilizing GPS tracking allows for precise vehicle location, which is invaluable for vehicle safety, dispatching, and management.

Video and Audio Recording: All video and audio automatically start recording when an order begins, providing irrefutable evidence for event investigations.

Emergency Response: Emergency buttons are installed in taxis to provide remote assistance immediately in the event of accidents or security threats. Passengers should feel safe while using our services.

Payment Options: We offer multiple payment options, including payment apps and credit card payments, to cater to different customer preferences.

Customer Feedback: At the end of each ride, we encourage passengers to rate their experience using an evaluation device. Evaluation results are also uploaded to the IVMS platform, with positive feedback serving as recommendations and negative feedback highlighting areas for improvement.

In conclusion, effective taxi fleet management requires a multifaceted approach, encompassing safety, customer satisfaction, technological advancements, and sustainable practices. Do we employ these measures to better manage our taxi fleet? By implementing these strategies, taxi fleet operators can maintain competitiveness and thrive in the rapidly evolving transportation landscape.

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Why Do We Need AI-MDVR with BSD and 360-Degree Panoramic View for Vehicle Surveillance?

The Blind Spot Detection (BSD) function not only serves as a means to record video evidence in the event of accidents caused by blind spots, but also helps to mitigate the risk of such accidents occurring in the first place.

Click to Blind spot monitor Wiki

Auxiliary effects on driver’s decision.

Upon activation of the vehicle's turn signal (left or right), the MDVR system automatically switches to the Blind Spot Detection (BSD) channel, displaying live video footage on a full 7-inch screen. This functionality is made possible through an I/O sensor that is connected to the vehicle's signal line during the initial MDVR installation, allowing for seamless triggering of the BSD channel.

As a result, the driver can immediately view the blind spot area on the display to check for any moving pedestrians or vehicles before making a turning maneuver, allowing for a more informed and safer driving decision.

Warning effect on pedestrians:

If a person or vehicle is detected in the blind spot, the BSD system will instantly trigger an audible alarm and flashing warning, alerting the driver to potential danger. Simultaneously, the warning also serves as an advance notification to pedestrians or vehicles in the blind spot, enabling them to take evasive action and avoid accidents that may result from the vehicle's turning maneuver.

360-degree Panoramic View & Video recording:

In contrast to conventional 360-degree panorama products on the market, which typically offer low resolutions of VGA 640x480 or 700tvl, our AI-MDVR boasts a superior 360-view function. This is achieved through the use of four 180-degree wide-angle 1080p AHD cameras, providing a comprehensive and high-definition view of the vehicle's surroundings on the monitor. Furthermore, the AI-MDVR enables real-time video recording, allowing for a permanent record of events. The system also offers advanced functionality, including the ability to automatically display each channel on the monitor based on the specific vehicle configuration. This is made possible by the AI-MDVR's 8-sensor I/O trigger, which enables seamless and customizable integration with various vehicle systems.

Click here to JH8AN-HD AI-MDVR

The JH8AN-HD AI-MDVR supports H.265 and H.264 compression formats. As an 8-channel HDD MDVR, it features built-in ADAS and DSM AI algorithms, an internal G-sensor, and an HDD auto-heating startup function. The device offers a channel mode consisting of 2CH 1080P for DSM and ADAS, 6CH 1080P AHD, and 1CH IPC with optional 720P or 1080P resolution.

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Why Do We Need AI-MDVR with ADAS & DSM in Vehicle Monitoring?

For long-distance truck drivers, a reliable partner on the road is essential. Ai-MDVR not only assists drivers but also provides fleet management companies with satisfactory reports. Advanced features like ADAS and DSM alert drivers to avoid unfavorable behaviors, generating valuable big data reports. By analyzing these reports, fleet management companies can monitor driving habits, gather evidence of poor behavior, and promote good driving practices, ultimately enhancing road traffic safety.

Making Phone Calls Detection & Distraction Detection.

News reports often highlight the dangers of drivers using their smartphones while driving, a leading cause of traffic accidents. Relying solely on driver awareness is insufficient to prevent this issue. The DSM system addresses this problem by warning drivers to stop using their phones and capturing evidence of phone use, which is then saved on a server for further action.

Yawning Detection & Eyes Closing Detection :

Fatigued driving is a common issue for long-distance transport vehicle drivers, characterized by frequent yawning and blinking. The DSM system detects this and immediately warns the driver to take a break, preventing potential accidents. When alerted, the driver should stop at a safe location to rest before continuing, as a moment's distraction can lead to a devastating crash.

Smoking Detection & Driver Absence Detection:

Smoking in a vehicle, especially those carrying gasoline or transporting passengers, is a serious safety risk. Prohibiting drivers from smoking is a crucial policy, particularly for tank trucks and buses. If a driver is caught smoking, the DSM system will issue a stern warning, "Stop Smoking please!", and capture evidence, which is then sent to the fleet administrator, ensuring a swift response to prevent potential disasters.

Lane Departure Warning & Safe Distance Warning :

A good driver cultivates safe habits, especially in adverse weather conditions like rain or fog, where visibility is reduced. In such situations, the ADAS system's lane departure and safety distance warnings provide crucial assistance, helping the driver maintain a safe distance from the vehicle ahead and avoid frequent lane changes. By doing so, the risk of accidents is significantly reduced, making highway driving safer.

Pedestrian Collision Warning & Forward-collision-warning:

Even experienced taxi drivers can miss pedestrians in their blind spots. The pedestrian collision detection function provides an extra layer of protection, particularly for those who may not be visible or are not paying attention when crossing the road. This feature is especially crucial for novice drivers, who may struggle to accurately judge pedestrian movements, helping to prevent accidents and ensure safer roads.

You will receive a comprehensive report detailing all DSM and ADAS alarm information.

Big data will drive future decision-making, and the Intelligent Vehicle Monitoring System (IVMS) client enables remote access to ADAS and DSM reports, streamlining fleet management. By analyzing these reports, managers can identify common bad driving behaviors, pinpoint drivers who exhibit them, and take targeted action. Additionally, Ai-MDVR provides a proactive solution to prevent accidents by allowing administrators to receive real-time alerts and intervene promptly, notifying drivers to correct hazardous behaviors through the remote platform.

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ICARVISIONS AI: Drive Smarter, Drive Safer

Revolutionizing Vehicle Safety Through Artificial Intelligence

ICARVISIONS, one of the leading manufacturers of MDVR technology, presents our new generation AI-MDVR system. Built on a decade of expertise and customer insights, our solution transforms everyday driving into a safer, smarter experience.

Smart Technology for Smarter Driving

Our AI-MDVR system combines advanced cameras, sensors, and real-time processing to create a comprehensive safety ecosystem. The system actively monitors your vehicle's environment, providing instant alerts and actionable insights through:

Real-time video analysis

Audio warnings

Cloud-based data transmission via 3G/4G/5G networks

Complete fleet telematics integration

Core Safety Features

ADAS (Advanced Driver Assistance System)

Transform your vehicle into an intelligent safety companion with features designed to prevent accidents before they happen:

Lane Departure Warning: Alerts drivers when vehicle unintentionally drifts from lane, keeping you safely on track.

Safe Distance Warning: Monitors and maintains optimal distance between vehicles based on your speed.

Pedestrian Collision Warning: Detects pedestrians in vehicle's path and provides instant alerts.

Forward Collision Warning: Prevents rear-end collisions through early warning of sudden braking or slowing vehicles ahead.

DSM (Driver Status Monitor)

The Driver Monitoring System (DSM) helps evaluate driver behavior and enhance fleet efficiency by analyzing alarm data to identify top-performing drivers. Our comprehensive monitoring features include:

Driver Authentication: Facial recognition ensures only authorized drivers operate vehicles

Fatigue Detection: 

Monitors yawning patterns

Tracks eye movement and closure

Detects driver distraction and absence

Safety Compliance Monitoring:

Smoking detection

Phone usage detection

Camera obstruction detection

BSD (Blind Spot Detection)

Experience complete situational awareness with our advanced blind spot monitoring system:

Sound and light-based object detection

Seamless integration with video monitoring

I/O linkage for comprehensive vehicle control

Why Choose ICARVISIONS AI-MDVR?

Proactive Safety: Prevents accidents through early warning systems

Comprehensive Coverage: Monitors both external threats and driver behavior

Fleet Optimization: Improves driver performance and reduces operational risks

Future-Ready: Leverages cutting-edge AI technology for continuous improvement

Smart Features for Every Journey

Our AI-MDVR system doesn't just record - it actively protects. By analyzing real-time data and providing immediate feedback, we help:

Reduce accident rates

Improve driver behavior

Enhance fleet efficiency

Ensure regulatory compliance

Protect your investment

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What are the MIL-STD-810G Mobile DVR & NVR Models?

What is MIL-STD-810G and How Does it Ensure Device Reliability?

MIL-STD-810G is a rigorous US military standard that ensures a high level of durability for electronic devices. This standard involves a series of 29 rigorous tests, including exposure to shock, vibration, extreme temperatures, and other harsh conditions. As a result, devices that meet this standard are considered field-ready and capable of withstanding the toughest environments.

To supply the US military, manufacturers must demonstrate MIL-STD-810G compliance, which guarantees a device's ability to withstand drops, extreme temperatures, and other forms of environmental stress.

Mobile DVR & NVR ( MIL-STD-810G standard)

JH8AN-HD

JH4AN-HD

JH4-HD (V2)

JH8-HD

JH16

JH16-8HD

JH8-NVR

JH8-HYBRID V2

JH4-HYBRID

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Protect Yourself and Others with BSD

What is Blind Spot Detection (BSD) ?

Blind Spot Detection (BSD) helps drivers avoid collisions by detecting people in blind spots while driving.

Commercial vehicles have limited visibility, despite multiple mirrors. Almost invariably, the driver cannot see important areas beside the vehicle. Our Mobile DVR with AI-powered Blind Spot Detection uses side-mounted cameras to monitor blind spots and alert drivers to approaching pedestrians, helping prevent accidents.

So is Blind Spot Detection worth it?

Blind Spot Detection: a crucial safety feature.

It detects moving objects in the vehicle's blind spot.

Receive alerts day or night when objects enter your blind spot.

LED lights and buzzer sounds alert drivers to potential side collisions when changing lanes.

Even when parked, the system alerts you to pedestrians or cyclists approaching before you open your door.

Blind Spot Detection usage scenarios

Bus BSD

Cargo Logistic BSD

Cargo Logistic Anti-Theft Dectection

Fuel Tanker BSD

Construction Truck BSD & Audible Flashing Alert

How many types of alarms of Blind Spot Detection (BSD) ？

There 6 types of alarm of BSD (Blind Spot Detection):

1. Beware of the large vehicles. (*The lowest level 1, it means there is a certain distance between the people and the vehicle.)

2. Keep distance from vehicles. (*The middle level 2, it means the people is approaching to the vehicle.) 

3. Danger, danger!  (*The highest level, it means the people is very close to the vehicle.) 

4. Vehicle turns right, be aware.

5. Vehicle turns left, be aware.

6. Vehicle starts to move, be aware. 

The above alarms will be broadcasted aloud over the Visual-audible buzzer with illumination mounted at the side of the cabin to give alerts to people. 

Please refer to the video:

Targeted objects of people in blind spot area:

Blind Spot Detection System

Blind Spot Detection System Includes cameras and Visual-audible buzzer.

1. Blind Spot Detection cameras

BSD cameras are optional and vary by vehicle type. Installation height and camera angle differ. We offer 3 camera models to suit your needs.

Model: JA-MC922

Model: JA-MC804

Model: JA-MC923

2. The Visual-audible buzzer with illumination (IP66)

It must work with the BSD cameras.

(IP66, RS485, 12V, 5PIN Around aviation G25 connector)

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