澳大利亚昆士兰大学生物机器人研究人员与新南威尔士大学生物医学工程师合作，开发出一种配备微型注射器和摄像头的“赛博格蟑螂”，旨在向废墟和洞穴等危险环境中的被困人员递送紧急医疗援助 1。这种被称为“paraborgs”的赛博格蟑螂以昆士兰远北地区的巨型地栖蟑螂（Macropanesthia rhinoceros）为基础，配备了轻量电子设备、摄像头以及可远程激活的自动注射系统 1。
在概念验证测试中，该赛博格蟑螂在15厘米目标范围内的近距离注射成功率达95%，完整导航与注射任务成功率为72% 1。研究人员Thang Vo-Doan表示，希望在未来5到10年内将此类赛博格昆虫救援队部署到真实紧急事件中 1。新南威尔士州消防救援局（Fire and Rescue NSW）警司Tim Hassiotis称，该技术可扩展救援队的覆盖范围 1。
Researchers from the University of Queensland's biorobotics team have collaborated with biomedical engineers from the University of New South Wales to develop "cyborg cockroaches" equipped with tiny syringes and cameras 1. These robotic insects, also referred to as paraborgs, are designed to deliver emergency medical aid to trapped individuals in hazardous environments such as rubble and caves 1. The project utilizes the giant burrowing cockroach (Macropanesthia rhinoceros) from Far North Queensland, which is fitted with lightweight electronic devices, cameras, and a remotely activated automated injection system 1.
During proof-of-concept testing, the cyborg cockroaches achieved a 95% success rate for close-range injections within a 15-centimeter target distance 1. The overall success rate for completing full navigation and injection tasks reached 72% 1. Looking ahead, Thang Vo-Doan expressed the goal of deploying these cyborg insect rescue squads to real emergency incidents within the next five to ten years 1. Highlighting the practical value of the innovation, Fire and Rescue NSW Superintendent Tim Hassiotis noted that the technology could expand the coverage range of rescue teams 1.
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