San Francisco Waymo因5G失败而停工,这凸显了多网络备份的必要性,FatPipe的技术为审判提供了99%的恢复时间。 A San Francisco Waymo outage due to 5G failure highlights the need for multi-network backup, which FatPipe’s tech provides with 99% uptime in trials.

旧金山最近的一次停电扰乱了Waymo的自治车辆,因为电力故障导致5G连通性退化,暴露了依赖单一网络的风险。 A recent outage in San Francisco disrupted Waymo’s autonomous vehicles due to degraded 5G connectivity from a power failure, exposing the risks of relying on a single network. FatPipe Inc开发了软件定义的多路径技术,使多个网络(包括5G、4G和GEO/LEO卫星)之间能够无缝转换,以保持连续连接。 FatPipe Inc has developed software-defined multipath technology that enables seamless switching between multiple networks—including 5G, 4G, and GEO/LEO satellites—to maintain continuous connectivity. 在达尔文项目在伦敦进行的涉及救护车的实际世界试验中,该系统实现了99%以上的可用率,尽管个别网络的缺口为10%至20%,确保在停机或失灵期间没有中断服务。 In real-world trials by Project Darwin involving ambulances in London, the system achieved over 99% availability despite individual network gaps of 10% to 20%, ensuring no service interruption during outages or failures. 随着城市部署的扩大,这一解决方案为预防自主流动系统中断提供了经过实践证明的途径。 The solution offers a proven way to prevent disruptions in autonomous mobility systems as urban deployments expand.