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Industry asked to build encrypted optical network to link low-Earth-orbit satellites

机译:工业要求建立加密光网络以将低地球轨道卫星链接

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摘要

U.S. satellite communications (SATCOM) experts are asking industry to develop a small, lightweight, and low-power encrypted mesh optical network to link satellites in low-Earth orbit. Officials of the U.S. Space Development Agency (SDA) in Washington issued a Small Business Innovation Research (SBIR) opportunity (HQ085021S0001-05) for the Mesh Network NSA Certifiable Cryptographic Solution project. The mesh network cryptographic solution for Optical Inter-satellite Links (OISL) in low earth orbit (LEO) will be low size, weight, and power (SWaP), and demonstrate an automated initial encryption handshake using National Security Agency (NSA) test keys, maintain encryption link, and encrypt and decrypt data with a throughput of 50 gigabits per second per channel, with a minimum of six channels.
机译:美国卫星通信(SATCOM)专家要求行业开发一个小型,轻质和低功耗的加密网光网络,以在低地轨道中链接卫星。 华盛顿美国太空发展局(SDA)的官员发布了一个小型企业创新研究(SBIR)机会(SBIR)机会(HQ085021S0001-05),用于网状网络NSA认证加密解决方案项目。 低地球轨道(LEO)中的光学卫星链路(OISL)的网状网络加密解决方案将低尺寸,重量和电源(交换),并使用国家安全局(NSA)测试键演示自动初始加密握手 ,维护加密链接,并在每频道每秒50千兆位的吞吐量加密和解密数据,至少具有六个通道。

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