Fully Automated Pipeline
Upload → Process → Download — no manual intervention needed
Free Beta Testing launch
Free daily limit: 5 GB of processing per user, every day
Space-Smart. Auto-Accurate. Always Watching
Automate your Space Domain Awareness
Instalf Space helps you turn raw telescope data into precise astrometric solutions — fast, reliable, and scalable. Instalf Space delivers cutting-edge astrometric processing through Lemur — our software built to automate telescope data and monitor space objects with unmatched precision.
Universum explorare, mysteria revelare
About Instalf Space
Instalf Space is a specialized service provider in the field of Space Situational Awareness. Our proprietary software, Lemur, transforms raw electro-optical telescope data into high-precision astrometric measurements — automatically. Whether you're tracking asteroids, monitoring satellites, or updating orbital catalogs, Lemur delivers fast, reliable results with minimal human intervention. Instalf Space is a specialized service for processing electro-optical telescope images. Our automated pipeline extracts celestial coordinates, photometric information, and delivers high-precision data products in minutes — no manual work required.
- Advanced Image Detection
- Astrometry + Photometry
- Catalog Cross-Matching
Key Features
Why Lemur?
Advanced Image Detection
Works even with low signal-to-noise ratios, including point and streak images
Astrometry + Photometry
Integrated reductions for position and brightness
Catalog Cross-Matching
Instant recognition of known objects via MPC & NORAD
User-Friendly Interface
Easily manage projects and visualize results in LookSky
Our Partners
Processing asteroid observation data from Baldone Observatory obtained with the Baldone Schmidt telescope with the Lemur program allowed me to reduce the time spent on routine pre-processing operations more than five times and focus on the scientific part of this work.
Dr.Phys. Ilgmars Eglitis
Head of Baldone Observatory Leading researcher of the Institute of Astronomy, University of Latvia
To conduct astrometric observations of geosynchronous objects at UzhNU’s lab, software was needed to process the images. The “Lemur” program handled this task excellently. With minimal adjustments to data collection, it was possible.
PhD, Kudak Viktor
Scientific Director of the Educational and Scientific Laboratoiy of the UzhNU
Processing asteroid observation data from Baldone Observatory obtained with the Baldone Schmidt telescope with the Lemur program allowed me to reduce the time spent on routine pre-processing operations more than five times and focus on the scientific part of this work.