The United Kingdom and South Africa have launched a new artificial intelligence-driven initiative designed to modernise how astronomical observatories operate, enabling telescopes to function more autonomously and efficiently.
The project, known as the Intelligent Observatory Programme, is a joint collaboration between the Science and Technology Facilities Council’s Hartree Centre and the South African Astronomical Observatory, one of Africa’s leading facilities for optical and infrared astronomy.
AI to power smarter observatories
The initiative integrates artificial intelligence and advanced digital technologies into observatory operations, allowing telescopes to monitor their own systems, analyse observation data instantly and identify cosmic events—such as exploding stars—in real time.
Researchers say the technology will significantly improve efficiency by automating many routine monitoring tasks, allowing astronomers to focus more on scientific discovery rather than system management.
Traditionally, observatories rely on small teams to manually check instruments, monitor weather conditions and process observational data. However, as global demand for telescope access increases, these manual processes have become increasingly complex and time-consuming.
Automating telescope operations
The Intelligent Observatory Programme aims to automate several key functions, including equipment monitoring, data processing and system diagnostics.
Through the project, scientists are developing a connected system capable of detecting technical faults before they disrupt operations. AI-powered software will also convert raw telescope observations into refined datasets by correcting for atmospheric distortions and instrument imperfections.
The initiative is funded through the UK Research and Innovation International Science Partnership Fund, bringing together experts in AI, astronomy and software engineering.
AI-powered research tools
Another key component of the programme is the development of an AI-driven knowledge platform that allows astronomers to quickly search through observatory logs, research papers and technical manuals.
The system uses large language models to interpret documents and provide instant answers during observation sessions, helping scientists access critical information without manually sorting through extensive archives.
The collaboration was initiated by AI specialists Adriano Agnello and Rob Firth, both former astronomers now working on software tools that can monitor telescope performance, detect anomalies early and automatically process observation data.
Expanding the project
In its next phase, researchers plan to integrate additional datasets and documents from the Southern African Large Telescope, one of the largest optical telescopes in the Southern Hemisphere.
The team also intends to apply more advanced AI techniques to further enhance the platform’s capabilities and improve the automation of observatory operations.
Benefits beyond astronomy
Scientists say the technologies developed through the programme could extend beyond astronomy into industries such as manufacturing, energy and transportation, where predictive maintenance systems and automated data platforms can help manage complex infrastructure.
The initiative is also expected to create new opportunities for students and researchers across Africa to gain practical experience in AI, data science and advanced computing, strengthening South Africa’s role as a global hub for innovative astronomical research.
