Raytron deeply integrates multidimensional sensing with AI cognition, building a highly efficient AI algorithm and data iteration flywheel centered around the full chain of “perception, understanding, and decision-making”. It is committed to empowering customers to move from simply “seeing” and “seeing clearly” to truly “understanding” the world, ushering in a new era of intelligent decision-making where perception is cognition.
The airport perimeter security system deeply integrates infrared thermal imaging and large-scale AI models, enabling passive precision detection based on temperature differentials between targets and their surroundings, effectively eliminating electromagnetic interference. By embedding advanced models such as DeepSeek, the system transcends the limitations of conventional security approaches. It enables all-weather, closed-loop management for both avian hazard mitigation and low-altitude defense. This establishes a unified, intelligent barrier that seamlessly combines perception, analysis, and response, setting a new paradigm in proactive airport security.
Raytron’s dual‑spectrum tracking system integrates infrared thermal imaging and visible‑light imaging, and harnesses AI algorithms to achieve deep fusion of both modalities. Infrared thermal imaging functions as a “thermal X‑ray vision”, penetrating darkness and smoke to detect targets based on their thermal signatures, while the visible-light imaging acts as a “high‑definition detail magnifier,” capturing sub‑pixel‑level features with crystal‑clear clarity. By employing cross‑spectrum AI fusion, the system builds a comprehensive, all‑weather, and all‑terrain tracking network, greatly enhancing tracking accuracy and operational reliability.
The AI agent “Xiaorui” deeply integrates the DeepSeek large‑scale AI model with industrial thermal imaging equipment, addressing traditional temperature‑measurement pain points. It offers voice interaction that responds to parameter‑setting in seconds, supports real‑time switching between Chinese‑English commands, and facilitates cross‑border collaboration. By automatically synchronizing meteorological data to calibrate ambient temperature, it eliminates outdoor temperature‑variation interference within milliseconds. Upon sudden equipment faults, Xiaorui performs remote intelligent diagnosis, swiftly pinpoints issues, and synchronizes corrective solutions, greatly reducing production‑line downtime risk. Through its “perception–cognition–decision” closed‑loop system, it reconstructs the human‑machine interaction, upgrading device from manual blind operation to intelligent dialogue, thereby injecting AI “gene” into industrial temperature measurement.
