SENSING Showcases "Machine Eyes" at WAIC 2025: Full-Stack Vision Solutions Power AI Perception Advancements

The 2025 World Artificial Intelligence Conference (WAIC) recently commenced in Shanghai, gathering leading global technology enterprises to exhibit cutting-edge AI innovations. As a pioneer in machine vision and intelligent sensing technologies, SENSING made a remarkable appearance with its comprehensive visual perception solutions, demonstrating how its integrated "hardware + algorithms + solutions" approach enables precise visual perception for AI implementation and advancement.

SENSING's Exhibition Booth Attracts Significant Attention

The SENSING booth witnessed continuous foot traffic, with numerous industry professionals engaging in enthusiastic discussions about the showcased technologies.

AI Camera Series: High-Precision Perception Enables Cross-Industry Applications

SENSING's AI camera series, featuring high-performance sensors and low-latency image processing capabilities, drew considerable interest. Supporting 4K@60fps resolution, HDR wide dynamic range, and low-light enhancement, these cameras excel at capturing high-speed moving objects and intricate details in challenging lighting conditions - serving as the "sharp vision" for robotics, autonomous vehicles, industrial inspection and more.

When combined with SENSING's proprietary vision software and algorithms, the solution demonstrates exceptional performance in object recognition and defect detection tasks, significantly improving efficiency and reliability in smart manufacturing and logistics sorting operations.

Robotic Vision Solutions: Multi-Modal Fusion Enhances Environmental Interaction

In the embodied AI robotics domain, SENSING presented its multi-camera vision system powered by the Robotic Computing Hub. The solution supports up to 10 SENSING robotic cameras utilizing binocular vision combined with RGBD fusion technology, which can be strategically mounted on robots' visual, body and manipulation components to enable comprehensive navigation, task execution, and obstacle avoidance capabilities.

The system features flexible vision software deployment, ensuring multi-camera synchronization, ultra-low latency transmission, depth measurement, RGBD fusion and multi-sensor alignment - effectively providing robots with "intelligent vision" for real-world applications.

Additionally, SENSING demonstrated its industrial inspection robotic arm solution. Leveraging cameras with exceptional dynamic range and high resolution, the system can detect sub-millimeter defects on product surfaces even under variable lighting conditions, showcasing its reliability and precision for advanced industrial automation and quality inspection applications.

Data Collection, Simulation & Replay: Closed-Loop Acceleration for AI Development

At the event, SENSING unveiled its new USB data acquisition tool—PANDA Serial PG2, along with a data collection & replay solution.

Designed for AI training, autonomous driving, and industrial inspection, the PANDA Serial PG2 supports:

• Multi-camera synchronization

• High dynamic range (HDR) capture

• Ultra-low latency transmission

• Lossless data recording

Its plug-and-play design (compatible with Windows/Linux, driver-free), compact portability, and powerful synchronization capabilities make it an ideal tool for:

✔ Autonomous driving data collection

✔ Robotic vision system debugging

✔ Fast construction of high-quality training datasets

The solution drew strong interest from developers on-site.

SENSING’s data collection & replay solution provides a full technical closed-loop, covering:

Data acquisition → 2. Data generalization → 3. Algorithm development →Sim2Real simulation → 5. HIL data replay & validation → 6. Mass production deployment

This end-to-end approach has broad applications in autonomous driving, robotics and related fields.

Industry-Specific Solutions: From Autonomous Driving to Platform Adaptation

SENSING's autonomous driving vision solution features:

• Ultra-high dynamic range (140dB+)

• Advanced anti-glare performance

• Millisecond-level synchronization accuracy

Meeting the perception requirements for L3-L4 autonomous vehicles, the solution combines multi-sensor fusion algorithms to accurately identify lane markings, traffic signs, pedestrians and vehicles - even in challenging conditions like rain and fog. The demonstration attracted numerous autonomous driving R&D teams for technical discussions.

To simplify hardware integration for AI developers, SENSING introduced a comprehensive camera compatibility solution supporting leading AI platforms including:

• NVIDIA

• Qualcomm

• Digua Robotics

Through standardized SDKs, pre-trained models and hardware acceleration optimization, the solution significantly reduces development cycles from prototype to production. SENSING's technical team conducted in-depth exchanges with multiple AI platform representatives during the event.

Vision-Centric Innovation Driving AI Evolution

At WAIC 2025, SENSING not only demonstrated its technological leadership in machine vision and intelligent sensing, but also showcased practical applications that allowed attendees to experience how SENSING provides "intelligent vision" for robotic systems.

Looking ahead, SENSING will continue to advance its expertise in:

✔ High-precision visual sensing

✔ Multi-modal data fusion

✔ Advanced data collection and analysis

By delivering increasingly efficient and reliable vision solutions for robotics, industrial AI and autonomous driving applications, SENSING remains committed to accelerating the large-scale adoption and continuous advancement of AI technologies.