Safety impact of digitised RF signal broadcast in a complex RF environment

“2006年无线电报法案阻止了SteelRock技术公司（SRT）救生反无人机/未来低空空域管理设备的测试、开发和销售。为了应对这一监管/法律挑战，需要一个测试和测量程序a)为SteelRock Technologies的设备建立一个强大的安全案例b)将该技术与模拟干扰系统区分开来c)支持获得CE标志用于该设备的商业用途。通过与国家物理实验室合作，将建立一个安全案例，进行一系列测量/测试（测量和分析设备产生的波形模式），这些测量/测试将提供数据集，以支持一个强大的安全案例，与其他类似分类的技术区分开来，并降低使用我们的技术时附带效应的风险。该项目将在实验室和“现实世界”环境中进行，确保基线数据集可以与设备在操作环境中的操作进行比较。该项目的潜在好处是广泛的，从建立使用该设备用于救生目的的安全案例（保护人员和关键的国家基础设施）到在英国创建新的低空空域管理市场。该项目希望实现的安全和经济潜力将对英国产生持久的影响。”

"The Wireless Telegraphy Act 2006 has prevented the testing, development and sale of SteelRock Technologies' (SRT) life-saving counter-UAV / future low level airspace management equipment. In order to address this regulatory / legal challenge, a programme of testing and measurement is required a) to establish a robust safety case for SteelRock Technologies' equipment b) to differentiate this technology from analogue jamming systems and c) to support the obtaining of CE marking for the commercial use of this equipment.A safety case will be established by working with the National Physical Laboratory, to undertake a number of measurements/tests (measurement and analysis of wave form patterns generated by the equipment) that will deliver data-sets to support a robust safety case, differentiation from other similarly categorised technologies, and the reduced risk of collateral effect when using our technology. The project will be undertaken in both laboratory and 'real-world' settings, ensuring that base-line data-sets can be compared with the operation of the equipment in an operational setting.The potential benefits of this project are wide-ranging, from the establishing a safety case for the use of this equipment for life-saving purposes (protecting people and critical national infrastructure) to the creation of a new low level airspace management market in the UK. Both the safety and economic potential that this project hopes to enable will have a lasting impact on the United Kingdom."