跳至主要內容
發明

認證式全球導航衛星系統

Qualinx為低功耗物聯網裝置帶來認證式GNSS

經身份驗證的 GNSS(全球導航衛星系統),正透過將可信賴的衛星定位技術,帶入穿戴式裝置、資產追蹤器、物聯網感應器及無人機等低功耗應用,強化聯網裝置的安全性。Qualinx 的 QLX3Gx GNSS 接收器,將伽利略系統的開放服務導航訊息驗證(OSNMA)技術,直接整合入硬件之中,讓裝置可驗證導航信號,而不會增加耗電量或處理需求。配合公司超低功耗架構,此芯片有助防範 GPS 欺騙及信號操縱,同時延長大眾市場聯網裝置的電池續航力。

對裝置製造商而言,以硬件為基礎的經驗證定位技術,提供一種切實可行的方式,在不增加產品成本或犧牲性能的前提下,提升安全性。隨著各行各業,日益依賴位置數據支援物流、行動出行及聯網服務,可信賴的定位技術,有助降低營運風險,並強化對物聯網部署的信心。將安全性嵌入芯片層級,亦支持更長的裝置生命周期,並為具韌性、省電的聯網技術,開拓更廣泛採用的機會。

英文原文

Authenticated GNSS is strengthening the security of connected devices by bringing trusted satellite positioning to low-power applications such as wearables, asset trackers, IoT sensors, and drones. Qualinx's QLX3Gx GNSS receiver integrates Galileo's Open Service Navigation Message Authentication (OSNMA) directly into its hardware, allowing devices to verify navigation signals without increasing power consumption or processing demands. Combined with the company's ultra-low-power architecture, the chip helps protect against GPS spoofing and signal manipulation while extending battery life for mass-market connected devices.

For device manufacturers, hardware-based authenticated positioning offers a practical way to improve security without increasing product cost or compromising performance. As industries become more reliant on location data for logistics, mobility, and connected services, trusted positioning can reduce operational risks and strengthen confidence in IoT deployments. Embedding security at the chip level also supports longer device lifecycles and creates opportunities for broader adoption of resilient, battery-efficient connected technologies.

前往原文

認證式全球導航衛星系統
來源
Trend Hunter
發布
2026-07-22
品類
Inventions
出處
iot-now, businesswire

同品類其他訊號

導電噴塗物料

Electroninks 與 SIIX Corporation 就電磁干擾塗層達成合作

發明