卡尔加里大学扩展的空间气象传感器有助于探测对全球定位系统和通信的自然和人为威胁。 University of Calgary's expanded space weather sensors help detect natural and human-made threats to GPS and communications.

卡尔加里大学的研究人员扩大了全加拿大和美国北部的北方传感器阵列监测空间天气,帮助区分自然空间中断与诸如全球定位系统干扰等人为干扰。 Researchers at the University of Calgary have expanded a northern sensor array monitoring space weather across Canada and the northern U.S., helping distinguish natural space disruptions from human-made interference like GPS jamming. 该系统通过查明空间基础设施的脆弱性,支持国防、导航和通信。 The system supports national defense, navigation, and communications by identifying vulnerabilities in space-based infrastructure. 现在它是加拿大北方国防现代化的一部分,包括新的雷达系统,并被加拿大军事和国防机构使用,而美国海军和北约对此越来越感兴趣。 It is now integral to Canada’s northern defense modernization, including a new radar system, and is used by Canada’s military and defense agencies, with growing interest from the U.S. Navy and NATO. 数十年来开发的这一技术为民用和军事双重用途服务,增强了实时威胁探测和系统复原力。 The technology, developed over decades, serves dual civilian and military purposes, enhancing real-time threat detection and system resilience. 研究结果于2025年11月25日报告。 The findings were reported on November 25, 2025.