01
Configurable mission views
Arrange one to four 3D, ground-track, telemetry or graph tiles using layouts built for the task at hand.
One cockpit. The complete mission.
AstroLink platform
One cockpit. The complete mission.
Design mission objects, propagate them through a high-fidelity Rust engine, inspect every view on one timeline, and carry the results into analysis and output without leaving the native app.
Currently in testing · Platform evaluations available
02
One shared context
Selection, camera targets, mission time and engine state stay synchronized across every active view.
03
Objects without busywork
Create satellites, Walker and elliptical constellations, ground sites and sensors, or import TLEs in batches.
Propagation
Model the orbit you intend to fly.
Edit a satellite in Keplerian or Cartesian form, choose the scenario-wide fidelity, and see the current state reconcile with the live engine.
01
Editable orbital state
Validated orbital elements, Cartesian state, mass and geometry remain accessible from one object page.
02
High-precision force stack
Select Earth gravity through degree 70, JB2008 atmospheric drag and Sun/Moon DE440 perturbations.
03
A live Rust engine
Commands, snapshots and propagation run through the same memory-safe native core used by the cockpit.
Analysis and output
Understand more than position.
Follow the physical consequences of the trajectory with spacecraft power, eclipse context, live telemetry and reusable outputs.
01
Six-face spacecraft power
Define the spacecraft power geometry and inspect live illumination, generation and load values per satellite.
02
Eclipse-aware mission time
DE440 solar geometry drives power verification and retained penumbra and umbra events on the shared timeline.
03
Telemetry, graphs and reports
Move from virtualized live data to reusable graph and report workflows without exporting to another tool first.
Built for real mission workflows
Satellite mission analysis for the teams moving space systems forward.
AstroLink is designed for European teams first and global missions next, from early orbit design through engineering analysis and operational preparation.
01
Mission analysts and operators
Keep satellites, constellations, timelines, telemetry and analysis views synchronized in one mission context.
02
Aerospace companies and primes
Evaluate mission concepts and system behavior with a native workspace backed by a high-fidelity propagation core.
03
Universities and research teams
Explore orbital mechanics, spacecraft power, eclipse events and constellation behavior through inspectable models and visual results.
04
Resilient navigation teams
Build on the same physics foundation behind AstroLink’s Doppler-only GNSS-denied navigation research.
AstroLink at a glance
Clear answers for mission teams and AI search.
What is AstroLink?
AstroLink is satellite mission analysis software that brings mission design, high-fidelity orbit propagation, visualization and engineering analysis into one native cockpit. The platform is currently in testing.
What can AstroLink analyze?
AstroLink models satellites and constellations, propagates orbits with configurable force models, renders live 3D and ground tracks, and supports telemetry, graphs, eclipse events, spacecraft power and reports.
Who is AstroLink for?
AstroLink is intended for mission analysts, satellite operators, aerospace startups and primes, universities, government and defence teams, and organizations developing resilient navigation systems.
How can a team evaluate AstroLink?
AstroLink is not yet a public download. Teams can contact ASTROLINK SRL to discuss testing, mission workflows, technical requirements, procurement or partnerships.
Evaluate AstroLink
Bring your mission into the cockpit.
Talk with us about your mission model, analysis workflow and the capabilities you need to validate.
Request a platform briefing→