Products
Collision Avoidance & BSD Solutions for Marine / Forklift / Agricultural / Off-highway Vehicles
Safety Matters
Industrial vehicles often operate in complex environments where visibility is limited and reaction time is critical. Blind spots, moving equipment, and crowded workspaces increase the risk of accidents. Operators must constantly monitor their surroundings to avoid collisions with people, vehicles, and obstacles.
Marine Operations
Ships and workboats often operate in busy harbors and narrow waterways. Limited visibility and surrounding traffic make it difficult to detect smaller vessels or obstacles in time.
Forklift & Warehousing
Forklift operators work in crowded warehouses where pedestrians, pallets, and moving equipment share the same space. Blind spots create serious risks for workers and logistics operations.
Agriculture Machinery
Tractors and harvesting machines create large blind zones around the vehicle. Detecting workers, animals, or obstacles in the field can be challenging during daily operations.
Construction & Off-Highway
Excavators and heavy equipment operate in constantly changing construction environments where limited operator visibility can increase the risk of collisions with workers or machinery.
Our Approach
"Smart Vision, Safer Operations"
At ASUKA, we believe ADAS should go beyond traditional warning systems that only alert operators when sensors detect hazards at predefined thresholds. Our solution approach is to build intelligent safety systems that proactively identify potential risks using advanced computer vision and machine learning technologies. By combining multi-camera sensing, edge AI processing, and cloud analytics, our platform continuously analyzes the surrounding environment to help prevent accidents before they happen.
Advanced Computer Vision
Our system integrates a powerful processor that enables multi-camera sensing to monitor the surrounding environment in real time. Advanced computer vision models efficiently process visual data from multiple cameras to provide comprehensive situational awareness and significantly reduce blind spots. This allows the system to understand real-world conditions and provide operators with earlier and more accurate hazard detection.
Machine Learning Algorithms
Powered by advanced machine learning and edge AI processing, the system performs real-time image analysis directly on the device. Deep learning models enable accurate object recognition and scene understanding, allowing the system to detect potential collision risks, blind spot hazards, and unsafe conditions before they become critical.
Traditional Safety Systems vs Vision-Based ADAS
One ADAS system works across multiple industries.
