Technology
VEHIR has built a full-stack self-developed infrared AI algorithm system, which is deeply adapted to complex in-vehicle scenarios, upgrading infrared thermal imaging from "seeing" to "understanding, seeing accurately, and seeing precisely".
Infrared Detector Full In-House Development Capability
VEHIR has achieved complete self-reliance and control over the entire process of infrared detectors, from chip design and wafer manufacturing to device packaging.
We do not rely on external core components. Through our self-developed high-resolution, low-power infrared detectors, we provide more stable and accurate thermal imaging perception capabilities for automotive scenarios, completely breaking the foreign technology monopoly and ensuring the security and controllability of core technologies.
Wafer-level PLCC packaging process
We employ industry-leading wafer-level PLCC packaging technology, significantly improving the integration and reliability of infrared detectors.
Compared to traditional packaging, this technology effectively reduces device size, improves heat dissipation efficiency and anti-interference capabilities, while significantly optimizing production yield and cost structure, providing a solid guarantee for the large-scale mass production and automotive-grade quality of automotive infrared products.
Self-developed infrared AI algorithm
VEHIR has built a full-stack self-developed infrared AI algorithm system, which is deeply adapted to complex in-vehicle scenarios, upgrading infrared thermal imaging from "seeing" to "understanding, seeing accurately, and seeing precisely".
Automotive AI Algorithms
AI-ISP Technology
AI Super Resolution
Image Segmentation & Rendering
Automotive AI Algorithms
The target detection and recognition algorithm optimized for in-vehicle scenarios can accurately identify key targets such as pedestrians, non-motorized vehicles, vehicles, and obstacles. It maintains a high recognition rate even in extreme environments such as darkness, rain, fog, and sandstorms, providing a reliable basis for intelligent driving decisions.
AI-ISP Technology
By using AI-driven image signal processing technology, noise reduction, enhancement, and detail restoration are performed on raw infrared images, significantly improving image clarity and contrast, allowing drivers to clearly perceive road conditions even under low-quality imaging conditions.
AI Super Resolution
By using deep learning algorithms, low-resolution infrared images can be intelligently reconstructed into high-resolution images, significantly improving target recognition accuracy and detail without increasing hardware costs, achieving "small chip, large field of view".
Image Segmentation & Rendering
By using semantic segmentation and real-time rendering technology, different targets in infrared images are accurately classified and visualized, helping drivers quickly distinguish elements such as roads, pedestrians, and obstacles, thereby improving decision-making efficiency and driving safety.
Dedicated to the development of global in vehicle infrared technology
If you would like to learn more about safe driving solutions, please contact us
Customer Case
Special Purpose Vehicle Sector
Equipped with VEHIR Driving's onboard infrared thermal imaging safety system, covering various scenarios such as smart highways, intelligent urban management, sanitation supervision, public security special police
