Smart Wearable
Solutions

Hard hat removal, falls, and impacts cannot be detected in time: traditional hard hats have no sensing capability, relying on manual on-site patrols or post-event review, unable to provide real-time alerts for dangerous behaviors such as hat removal, falling, or impact, easily missing the best rescue window.

AI edge computing + multi-modal behavior sensing: The hard hat has a built-in high-performance processor that real-time identifies abnormal behaviors such as falls, impacts, and hat removal, automatically triggers audible and visual alarms and pushes alerts to the backend, with dual-end synchronization between terminal and backend, achieving a shift from "passive response" to "proactive intervention."

Toxic/harmful gases and temperature/humidity hazards are hard to detect: in mining, tunnels, underground utility tunnels, and similar scenarios, exceedances of colorless and odorless gases such as carbon monoxide and methane are difficult to perceive, and traditional detection methods lag behind, easily causing poisoning and explosion accidents.

Multi-in-one environmental sensing + local audible/visual alarm: The hard hat integrates gas sensors (CO, CH₄, H₂S, etc.) and temperature/humidity sensors, monitors environmental data in real time, immediately triggers vibration/audible-visual alarms upon exceedance, and uploads records to the cloud, ensuring personnel evacuate hazardous areas immediately.

Personnel location is vague in complex environments, rescue efficiency is low: in underground mines, high-rise buildings, and dense industrial plants, GPS signals are weak, traditional positioning can only determine approximate areas, and trapped personnel cannot be quickly located after accidents, delaying the rescue window.

RTK + differential base station integrated positioning: Uses centimeter-level high-precision positioning technology, achieving decimeter-level accurate positioning even underground and in complex terrain. In emergencies, one-click SOS automatically locks personnel location and coordinates nearby rescue forces, significantly shortening emergency response time.

On-site video and voice backhaul is laggy, command decisions are delayed: traditional two-way radios only support voice, on-site footage cannot be transmitted; expert remote guidance is difficult, leading to non-standard operations and frequent quality issues.

4G/5G HD video + two-way voice noise reduction: The hard hat has a built-in HD anti-shake camera and AI noise-canceling microphone, real-time 1080P video backhaul, supporting multi-party audio-video conferences. Experts can annotate remotely and provide voice guidance, improving work quality and efficiency.