About Us
SpaceDyS – Expertise in Space Safety and Orbital Dynamics
SpaceDyS was founded in Italy in 2011 as an academic spin-off specialising in orbital dynamics and space activity safety.
Based in Pisa (Italy), the company integrates advanced scientific research and operational applications, developing solutions for orbit analysis, space debris monitoring and collision warning..
Years
National Projects
International Projects
Software Developt
Looking forward,
guaranteeing deep expertise
and finding satisfaction in dedicated commitment,
while adding business value.
Our vision
Making space near Earth and the Solar System increasingly accessible, allowing humanity to explore new worlds safely and consciously.
Our mission
Developing advanced spatial dynamics software and services to analyse, predict and manage the movement of natural and artificial objects in space, supporting highly complex space missions, surveillance programmes and activities with precision and scientific expertise.
SpaceDyS – Expertise in Space Safety and Orbital Dynamics
From academic research to operational applications, SpaceDyS has built a path of growth based on scientific expertise, technological innovation and international collaboration, contributing to the development of space activity safety.
2011
Foundation as a spin-off of the University of Pisa. Management of NEODyS and AstDyS begins, plus contract for the BepiColombo radio science experiment.
2012–2016
Recognition phase: Young Entrepreneurs Award (2012), Enterprise+Innovation+Work Award (2014), Innovation Award from Pisa Chamber of Commerce (2016).
2016
First ESA “Migration” contract: development of Aegis for NEOCC, enabling asteroid orbit determination and impact monitoring. Ongoing scientific support to ESA.
2018
PrOBOarD project funded by Regione Toscana: development of onboard autonomous orbit determination software for future LEO mega-constellations.
2019
NEOROCKS (EU Horizon 2020): part of a 14-partner consortium improving asteroid characterization and impact risk assessment capabilities.
2022
Mission analysis and trajectory optimization for HENON (Argotec), based on a Distant Retrograde Orbit to enhance heliospheric monitoring.
2023
IMPRESS4FLY development for ASI Flyeye telescopes: advanced processing of high-volume data and detection of extremely faint asteroid trails.
2024
IHS project (NextGenerationEU): software development for orbit correlation and space debris cataloguing for ASI’s Matera center.
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