What is a Cloud Fleet Management System?

What is a Cloud-Based Fleet Video Surveillance & Management System?

A cloud-based fleet video surveillance and management system is a closed-loop management system that integrates on-board terminal data collection, edge AI recognition, wireless transmission, and cloud platform construction. It is no longer just "recording to an SD card and pulling the footage after an accident occurs," but rather:

1.The front end synchronously collects 1080P road video, in-cabin driving behavior, GPS/BDS trajectories, and CAN bus vehicle conditions through hardware such as dash cams, in-cabin cameras, and MDVRs.

2.Built-in algorithms on the device locally identify risks such as fatigue, distraction, lane departure, and forward collisions, providing on-the-spot voice alerts.

3.Event videos, trajectories, and alarm signals are transmitted to the cloud in real-time via 4G/Wi-Fi.

4.Administrators can centrally view real-time video, playbacks, generate reports, determine liabilities, and integrate with insurance and third-party TMS (Transportation Management Systems) via a PC or mobile backend.

Which Commercial Fleets is the Video Surveillance System Suitable For, and What Are the Benefits?

Cloud-Based Fleet Video Surveillance Management System for Trucks

YUWEI's truck solution is not just about selling a single dash cam, but providing a combination of "Host + Multiple Cameras + Auxiliary Modules + Cloud Server":

1.Core Host: Mobile DVR (F4, etc.) or AI Dash Cam (V5/V8N/V5C), featuring built-in full-band 4G, GPS+BDS dual-mode, and a Linux system.

2.Visual Peripherals: Front-view ADAS camera (lane/collision/pedestrian warnings), in-cabin DSM camera (eyes closed/yawning/smoking/phone use), right blind spot BSD camera, waterproof rearview camera, and optional HOD (Hands Off Steering Wheel Detection).

3.Vehicle Data Integration: CAN bus to read speed/throttle/braking; RS232/485 ports to connect fuel level, tire pressure, and temperature sensors.

4.Cloud Platform: Real-time mapping, geo-fencing, trajectory playback, driver behavior scoring, speeding/fatigue reports, and open APIs to connect with TMS/insurance systems, supporting auto-anonymous deletion after a 15–90 day retention period.

This system has been successfully deployed in overseas fleets including freight trucks, heavy-duty trucks, school buses, passenger buses, concrete mixers, dump trucks, mining trucks, and sanitation vehicles.

V5 Front and Rear Dash Cam & F4 Mobile DVR

YUWEI V5 (Fleet Dash Cam, Front/Rear + Expandable)

1.Built-in GPS/BDS dual-mode, 4G real-time streaming.

2.Comes with a front-view 1080P + in-cabin 720P, expandable up to 4 video channels (front/cabin/rear/side).

3.Dual TF card slots, supporting up to 2TB per card, utilizing DXR streaming storage.

4.Integrated ADAS+DSM+Facial Recognition; supports mask detection and people counting.

5.9–36V adaptive, highly suitable for quick retrofitting in ride-hailing cars, taxis, urban delivery vehicles, and light trucks.

YUWEI F4 (Industrial-Grade Mobile DVR)

1.6-channel analog video input (including 2 channels of 1080P, 1 channel IPC), AHD/CVBS hybrid.

2.2.5-inch HDD (up to 2TB) + 2× SD cards (512GB each) dual storage; built-in supercapacitors enable 2–3 seconds of continuous recording after power loss.

3.IP54 enclosure, operating temperature -30~70°C, static current <2mA, with low-voltage protection.

4.8-channel IO (ACC/steering/door sensor/reverse/brake/pulse), CAN port, RS232×2, 485×1.

5.Designed for multi-channel, zero-blind-spot scenarios such as heavy trucks, dump trucks, mining trucks, and construction machinery.

Note: The V5 is sufficient for lightweight fleets; the V5 + F4 combination is the most stable choice for heavy-load, multi-blind-spot applications.

2026 Hot Seller: V5C Dual-Lens AI Dash Cam

The V5C is YUWEI's fastest-moving front and rear dual-lens AI dash cam for small and medium-sized fleets. It starts at approximately 70 USD, with wholesale pricing tiers available for orders of 50 units or more.

Front & Rear Recording and AV Hardware Specs

1.Front-View Lens: Up to 1080P@25fps, DFOV 140°, starlight low illumination, ensuring stable road and license plate capture day and night.

2.In-Cabin Lens: Up to 720P@25fps, DFOV 150°, IR infrared fill light, monitoring the driver for closed eyes, smoking, or holding a phone.

3.Encoding: H.264 / H.265 main and sub-streams, single TF slot supporting up to 1TB.

4.Audio: Built-in mic + 1.5W speaker, supporting two-way voice communication from the backend.

5.Sensors: 3-axis G-Sensor (HA/HB/HC) detects harsh acceleration, hard braking, and collisions, immediately triggering file locks.

Network and Positioning

1.Built-in 4G full-band + Wi-Fi 802.11b/g/n (AP/STA).

2.GPS + Beidou dual-mode, JT808-2013 protocol, supports multiple server connections.

3.9–36V wide voltage (12V/24V compatible), -20~70°C working conditions, saves critical footage upon power loss.

AI and Safety Management (Front & Rear Image Synchronization)

1.Front Lens (ADAS): Lane departure, forward collision, and following distance monitoring.

2.Cabin Lens (DSM): Eyes closed, yawning, distraction, phone calls, smoking, and unfastened seatbelts.

3.Face ID: On-boarding driver authentication with "Authentication Success/Failure" voice feedback.

4.Tamper-Proofing: Lens blockage self-check and forced dismantling sensor (automatically uploads the previous 60 seconds of video upon tampering).

5.Data Security: AES-256 encryption, local + cloud dual backup, automatic anonymous deletion upon reaching the 15–90 days retention limit.

Why It is Worth Choosing in 2026

With dimensions of 111×81×36mm and a weight of just 215g, it does not block the driver's line of sight and can be hardwired in 20 minutes. A single device simultaneously solves "forward road evidence collection + driver monitoring + location transmission + platform reporting." It offers exceptionally high cost-effectiveness for fleets with a scale of 10–50 vehicles.

Conclusion

A cloud-based fleet video surveillance management system essentially upgrades single-vehicle recording to "visualized fleet tracking and management." For commercial vehicles, evaluating a solution comes down to four critical factors: lens coverage (front/cabin/blind spots), AI analysis, power-loss & vibration resistance, and whether the cloud platform can connect to your existing TMS.

Here is a typical hardware configuration combination using YUWEI as an example:

1.Lightweight Urban Delivery / Ride-Hailing: V5C ×1 (Front 1080P + Cabin 720P dual recording, 4G+BDS, 1TB TF, built-in ADAS/DSM) → Cloud platform accounts are opened based on vehicle count.

2.Standard Freight Trucks: V5 (Front 1080P + Cabin 720P + 4 expandable channels, dual TF 2TB) or V8N (Dual recording + facial recognition + optional BSD) + Right blind spot BSD camera + DSM cabin camera → Connected to the YUWEI truck cloud platform.

3.Heavy Trucks / Dump Trucks / Construction Vehicles: F4 MDVR (6-channel input + 2TB HDD + SD dual storage + CAN) + ADAS front camera + DSM cabin camera + HOD + Waterproof rear camera + Fuel level/Tire pressure sensors → The backend generates driver scoring and fuel consumption reports.

Strategic Recommendations:

1.If you have a tight budget, many vehicles, and need fast deployment: The [V5C] is the most stable entry-level flagship of 2026.

2.If you need comprehensive front, rear, and blind-spot coverage for long-term use: A layered deployment utilizing [V5/V8N + F4] (light on the front end, heavy on the edge, unified management on the cloud) is the most robust choice.

Email:hello@yuweitek.com