多个国际研究机构正在利用NetBSD操作系统开展科学研究。瑞典大学网络（SUNET）研究团队使用两台配备单个2GHz CPU的Dell 2650机器运行NetBSD 2.0 Beta，在互联网2上创造了陆地速度纪录1。该团队在30分钟内通过单个IPv4 TCP流在吕勒奥大学与圣何塞Sprint接入点之间传输约840GB数据，达到69.073 Petabit-meters/second的速度1。研究人员选择NetBSD的主要原因是其TCP代码具有良好的可扩展性1。
NetBSD在网络协议研究中也发挥重要作用。KAME项目在1999年6月将IPv6/IPsec协议栈整合到NetBSD-current开发分支中1。美国宇航局Lewis研究中心利用NetBSD进行卫星网络中的TCP改进研究1。此外，NASA的SAMS-II项目采用运行NetBSD 1.2.1或1.3.2的PC104 ISA盒来测量国际空间站微重力环境1，首套系统计划于1998年9月交付，预计于2000年1月发射至空间站1。
Multiple research organizations have leveraged NetBSD for advanced technical investigations spanning networking, aerospace, and infrastructure domains.1 The KAME project integrated an IPv6/IPsec stack into the NetBSD-current tree in June 1999, expanding the operating system's capabilities for next-generation network protocols.1
Sweden's University Network (SUNET) achieved a significant throughput milestone using NetBSD 2.0 Beta, deploying two Dell 2650 machines each equipped with a single 2GHz CPU to establish an Internet2 land speed record.1 The team transmitted approximately 840GB of data over a 30-minute period via a single IPv4 TCP stream between Luleå University and a Sprint point of presence in San Jose, attaining a speed of 69.073 petabit-meters per second.1 According to SUNET researchers, the choice of NetBSD was motivated by the scalability of its TCP implementation.1
Beyond networking benchmarks, NetBSD has been adopted for specialized research applications. NASA Lewis Research Center has utilized the operating system to investigate TCP improvements for satellite networks,1 while NASA's SAMS-II project deployed NetBSD 1.2.1 or 1.3.2 on PC104 ISA hardware to measure microgravity conditions aboard the International Space Station.1 The first Remote Technology Servicer unit under this program was scheduled for delivery in September 1998, with planned deployment to the space station in January 2000.1
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