Uploaded February 2025 | Updated September 2026, 15 hours ago
In modern astronomy, automation plays a crucial role in ensuring efficient and seamless observations. However, for automation, telescope safety monitoring is just as important as precision and performance. Unexpected conditions—such as unstable power supply, or unwanted telescope motion—can lead to observation errors or even damage sensitive equipment. To address this challenge, we developed the PLL ASCOM SafetyMonitor driver, designed to integrate seamlessly with our EAGLE computers. By leveraging EAGLE’s advanced onboard sensors, this driver continuously monitors key environmental and operational parameters, determining whether it is safe to continue observations. If conditions become unsafe, it can trigger automated protective measures through third party observatory control softwares, helping users safeguard their telescope and accessories.
In modern astronomy, automation plays a crucial role in ensuring efficient and seamless observations. However, for automation, telescope safety monitoring is just as important as precision and performance. Unexpected conditions—such as unstable power supply, or unwanted telescope motion—can lead to observation errors or even damage sensitive equipment. To address this challenge, we developed the PLL ASCOM SafetyMonitor driver, designed to integrate seamlessly with our EAGLE computers. By leveraging EAGLE’s advanced onboard sensors, this driver continuously monitors key environmental and operational parameters, determining whether it is safe to continue observations. If conditions become unsafe, it can trigger automated protective measures through third party observatory control softwares, helping users safeguard their telescope and accessories.
