As global commercial vehicles and off-highway equipment move toward intelligence and safety compliance, human-machine interaction is undergoing major transformation. Regulations such as UN ECE R151, R158, R159, and R46 are raising requirements for surrounding visibility and active safety, making multi-camera systems and Blind Spot Detection essential.

Studies by McKinsey & Company and IDC show that in-vehicle systems are evolving from “information display” to “interaction and decision support.” The integration of visual perception, AI algorithms, and multi-terminal displays is becoming key to improving safety and operational efficiency.

In this context, in-vehicle display systems are evolving toward the AI Human Machine Interface, which integrates visual data, assisted driving functions, and vehicle information through a unified platform to support efficient decision-making in complex environments.

Following this trend, STONKAM is building a data-driven, platform-based AI Human Machine Interface system tailored for real driving and operational scenarios. Centered on driver interaction, the STONKAM AI Human Machine Interface integrates display, interaction, and function expansion into a unified platform.

AI 360° Surround View System: Comprehensive Visibility & Efficient Deployment

The STONKAM AI 360° Surround View System utilizes multi-camera fusion and image stitching to provide a real-time panoramic view around the vehicle, effectively reducing blind spots.

● Strong global compliance capability: Meets UN ECE R151 / R158 / R159 requirements for international deployment.
● Rapid deployment: With “One-minute Calibration”, installation and commissioning time are significantly reduced.
● Dual-screen output: Supports synchronized display for separated cabin and control rooms.

Functionally, the system integrates BSD , FCW, and LDW, and supports integration with millimeter-wave and ultrasonic radar systems to provide real-time alerts and enhance vehicle safety.

AI Camera Monitoring System: Compliance, Reliability, and Safety Upgrades

The STONKAM mirrorcam system can replace traditional optical rearview mirrors, becoming an essential component of the AI Human Machine Interface.

● Dual Assurance of Compliance and Safety: Designed in accordance with ISO 26262, the system complies with UN ECE R46 (Class II, IV, V, VI) and meets major regulations including R151, R159, R158, R118, R10, and GB15084-2022, ensuring comprehensive safety and compliance.
● All-weather visibility: Superior performance in night, rain, snow, and backlight conditions.
● Optimized cost of use: Features auto backlight adjustment, auto heating & defogging, self-cleaning, and auto folding, reducing maintenance costs. It can also automatically adjust the dynamic field of view range based on trailer status, further enhancing driving safety.

Furthermore, STONKAM also offers a series of monitor products supporting Monoview, Quadview, and Six-View modes, enabling centralized display of multiple video feeds to meet the needs of different vehicle models and applications, achieving more flexible human-machine interaction.

AI Wireless Monitoring System: Smart Safety & Precision Operation

For application scenarios such as forklifts, port equipment, off-highway machinery, and agricultural machinery, the STONKAM AI Wireless Monitoring System ensures safe and efficient vehicle operation through wireless transmission and AI intelligent safety perception.

● Forklift Wireless Monitoring: Supports AI functions such as pallet detection, laser positioning & AI-controlled lighting, and pedestrian and vehicle detection, improving forklift operational efficiency and job safety.
● AI Wireless Zoom Camera System: Supports 30X Zoom optical zoom and 5x digital zoom, combined with blind spot detection functions, enabling long-distance precision operations and active safety warnings.
● Remote Control Solution: Enables real-time video feedback of operations and AI intelligent warnings via wireless cameras, making remote control of off-highway machinery more intuitive, safe, and efficient.
● Diverse Transmission Solutions: Includes high-definition wireless digital systems and WiFi systems to meet the real-time monitoring and stable transmission needs of different scenarios.

AI Tablet: The Center for In-Vehicle HMI and Data Presentation

As the information hub of the AI Human Machine Interface, the AI Tablet plays a crucial role in multi-source information integration, visual presentation, and interactive control.

STONKAM's 5-inch AI Instrument Monitor, specifically designed for OEM scenarios, features automotive-grade reliability and high customizability, enabling visual presentation of essential information. It is suitable for various applications including commercial vehicles, off-highway machinery, agricultural machinery, and special-purpose vehicles.

STONKAM AI Tablet supports 6-channel AI algorithm configurations (ADAS, BSD, DMS) for multi-dimensional safety warnings. It also supports 4G/5G remote connection to the AI fleet management platform, enabling vehicle status monitoring and operational data analysis, promoting integrated "vehicle-cloud" management upgrades.

Overall, the AI Human Machine Interface is reshaping driver-vehicle interaction through AI and multi-system collaboration, evolving from “information display” to “decision support” and further toward “human-machine collaboration.”

Looking ahead, STONKAM will continue advancing technology integration in real-world scenarios to build a more unified and intelligent interaction platform. By integrating perception, analysis, and decision-making within the cockpit, STONKAM delivers intelligent solutions with higher safety, efficiency, and operational value for global customers.