According to research by IDC and other institutions, as the requirements for intelligentization and safety compliance of commercial vehicles and construction machinery increase, multi-camera vision systems have become a core vehicle configuration. In-vehicle display systems are evolving toward an "AI Human Machine Interface" human-machine interaction paradigm. As an important component of STONKAM AI Human Machine Interface system, the STONKAM AI 360° Surround View System precisely meets scenario requirements, delivering a comprehensive solution for driving and operational safety under complex working conditions.

What is the AI 360° Surround View System?

The AI 360° Surround View System is an in-vehicle vision solution built around driver-centric interaction scenarios. Designed to address vehicle perimeter safety and blind-spot management, it delivers a real-time panoramic view of the surroundings directly within the cockpit, enabling drivers to better perceive and understand their environment.
Compared with traditional single-view cameras, the system consolidates fragmented visual inputs into a seamless 360° bird’s-eye view. This allows drivers to clearly and intuitively assess surrounding conditions, significantly reducing risks caused by blind spots.
In confined spaces and complex working conditions, the system not only enhances situational awareness but also provides reliable visual support for safer and more efficient operations.

Why do fleets need the AI 360° Surround View System?

Across various driving and operational scenarios, blind spots and limited visibility remain key factors affecting safety and efficiency. Drivers often struggle to fully understand real-time surroundings—especially during turning, reversing, or navigating complex environments—where blind zones become more critical.
As a result, more fleets are adopting AI 360° Surround View Systems to improve visibility and operational awareness.

● Eliminate blind-spot risks: Traditional monitoring systems leave multiple visual gaps. STONKAM 360° Surround View enables full coverage around the vehicle, significantly reducing accidents such as collisions, scraping, and run-overs.

● Solves the blind spot challenges of traditional monitoring: Standard systems typically provide only single-direction views, leaving critical blind zones—especially on the sides, rear, and beneath the front of large vehicles. The 360° system delivers seamless full coverage, effectively eliminating these risks.

● Upgrade from passive recording to active protection: Traditional systems mainly support post-event review. STONKAM integrates AI algorithms such as BSD, FCW, and LDW to provide real-time audio-visual alerts before risks occur—transforming safety from passive traceability into proactive prevention.

● Improves accident recording and evidence management: Conventional systems often suffer from limited storage and low image clarity. STONKAM supports high-capacity storage and HD recording, ensuring clear evidence for incident analysis, liability determination, and fleet management.

How does AI 360° Surround View System work?

AI 360° Surround View System works through multiple cameras installed at the front and rear of the vehicle. It captures and stitches together images of the vehicle’s surroundings in real time, generating a 360° panoramic image, which is then displayed on the cockpit monitor.

At the same time, AI algorithms analyze various pedestrians, vehicles, and other obstacles in the image in real time. Once an object enters a danger zone, the system actively issues audio and visual warnings. The entire process is completed automatically within milliseconds, allowing the driver to obtain a clear, lag-free panoramic view and intelligent risk alerts without any additional operations.

How the AI 360° Surround View System is classified?

To meet different vehicle types, budgets, and operational needs, AI 360° Surround View System products are mainly divided into the following two categories:

● Split architecture
Adopts an independent "control box + display" architecture. The control box handles image stitching, facilitating integration with existing in-vehicle systems. It supports connection to more cameras and sensors, offering stronger expandability.

● Integrated architecture
Requires no additional control box. The display integrates the 360° AVM algorithm to generate panoramic images with zero blind spots. A single device achieves three major functions: surround view, intelligent warning, and high-definition display.

What are the advantages of AI 360° Surround View System?

Through multi-camera fusion and image stitching technology, STONKAM AI 360° Surround View System provides a real-time panoramic view of the vehicle’s surroundings in the cockpit, helping drivers intuitively obtain information around the vehicle and reducing the impact of visual blind spots on operations.

● Complies with international and regional safety regulations:Meets requirements of UN ECE R151 / R158 / R159, etc., enabling direct application in international markets and reducing subsequent compliance adjustment costs.

● Outstanding rapid deployment capability:In practical applications, STONKAM "One-minute Calibration" technology significantly shortens installation and debugging time, greatly improving project deployment efficiency, offering an industry-leading advantage.

● Integrated BSD + FCW + LDW:Built-in AI algorithms combine LDW, FCW, and BSD on both sides for full-area detection. It can detect lane departure, forward collision, and issue warnings when vehicles overtake or drive alongside.

● Supports integration with Millimeter Wave Radar or Ultrasonic Radar systems:Issues audio warnings to the driver when potential risks arise, assisting in timely judgment and operational intervention, enhancing driving safety and stability under complex working conditions.

● Dual-screen output: For some construction machinery where the cab and control room are separated, the system supports simultaneous dual-screen output of the 360° panoramic view, allowing operators in different positions to access consistent environmental information, meeting diverse scenario requirements.

● Video recording function: For accident evidence collection, protecting against unreasonable damage and liability at critical moments.

Which vehicles does the STONKAM AI 360° Surround View System apply to?

● Commercial vehicles:
Applicable to trucks, buses, coaches, and trains. Ideal for logistics, urban transport, and shuttle services. It addresses large vehicle blind spots, reducing risks during turning, parking, and loading/unloading, while improving fleet safety management.

● Construction machinery:
Widely used in excavators, loaders, forklifts, and similar equipment. Covers critical blind zones such as swing radius, bucket area, and rear sides, preventing collisions with personnel or infrastructure in complex environments like construction sites and factories.

● Special vehicles:
Suitable for sanitation trucks, ambulances, fire trucks, and mining vehicles. Supports safe operation under demanding conditions and enhances emergency response efficiency.

● Robotics and Autonomous Vehicles:
Applied in inspection robots, robotic dogs, and autonomous vehicles. Provides full environmental perception for obstacle avoidance and path optimization, reducing human intervention while improving operational efficiency.

The AI 360° Surround View System is rapidly evolving from a basic visual assistance tool into an intelligent perception system powered by multiple AI algorithms.
Within the AI Human Machine Interface framework, it acts as a critical visual bridge between the external environment and driver decision-making. By delivering comprehensive and intuitive environmental awareness, it enhances both perception efficiency and operational safety.
As intelligent in-vehicle monitoring technologies continue to advance, the STONKAM AI 360° Surround View System will play an increasingly vital role across a wide range of vehicle applications.

FAQ

Q1: What is the key difference between an AI 360° Surround View System and a conventional multi-camera monitoring system?
The AI 360° Surround View System is not merely a simple overlay of multiple video feeds; rather, it uses image stitching and AI fusion algorithms to integrate discrete perspectives into a continuous 360° environmental view. Combined with intelligent analysis capabilities, it achieves an upgrade from "multi-screen monitoring" to "unified environmental perception," helping drivers more intuitively understand the spatial relationships around the vehicle.

Q2: What key challenges does an AI 360° Surround View System address in real-world driving and operations?
It addresses insufficient spatial awareness in complex environments—such as during turning, reversing, or navigating narrow roads. By providing a unified panoramic view and intelligent risk detection, it helps drivers better judge distances and avoid obstacles.

Q3:What should you consider when choosing an AI 360° Surround View System?
Key considerations include stitching quality, image stability, and AI detection performance. Compatibility, ease of deployment (such as fast calibration), and compliance with safety regulations are also essential factors for long-term reliable use.

Q4: Which international regulations does the STONKAM AI 360° Surround View System comply with?
STONKAM AI 360° Surround View System complies with major international and regional regulatory standards such as UN ECE R158, R159, R151, etc. It meets market access requirements in many countries, possesses comprehensive safety compliance capabilities, and can be directly applied to various vehicle projects globally, reducing vehicle certification and compliance modification costs.

Q5: How does the STONKAM AI 360° Surround View System eliminate front, side, and rear blind spots on forklifts and excavators?
By combining multiple cameras with 360° stitching technology, the system delivers seamless panoramic coverage of front, side, and rear areas. AI algorithms further enhance safety by detecting objects in real time and issuing immediate alerts when risks are identified.