Hadronic

LEONARDO

Advanced Computing, Real-Time Data Processing, and Simulation for
  • Space Debris Tracking.
  • Missions & Operations.
  • Verification & Validation.
  • Multi-Orbit Assets.
  • Collision Avoidance.
Earth

There is an estimated

500,000

pieces of space debris in orbit

750 live satellites

Oldest orbital debris

1958 Vanguard I research satellite

Debris

LEONARDO utilizes composite algorithms and big data analytics to deliver real-time monitoring of objects in orbit. Leveraging high-performance computing (HPC), our infrastructure efficiently process large volumes of data to accurately predict potential collisions and enable proactive interventions. LEONARDO's intuitive dashboard provides comprehensive visualization of space traffic, facilitating thorough risk assessments and informed decision-making. This robust capability not only enhances situational awareness but also supports the creation of a more sustainable space environment by effectively mitigating the risks associated with space debris.

Our Mission

  • Track satellites and objects of interest
  • Simulate orbits and model new missions
  • Avoid collision and automate monitoring
  • AI-enhanced fast computer vision
  • Enhance security and protection

7,500

Active Satellites Currently in All Orbits

4,800

Satellites Operating in Low Earth Orbit (LEO)

3%

Growth Rate of Space Debris Greater Than 1 cm

27,000

Total Number of Objects Tracked in Orbit

128 Million

Pieces of Debris Smaller Than 1 cm in Orbit

Space debris

Space debris

Space debris consists of defunct objects in Earth's orbit that pose collision risks.

Collision warning

Collision warning

Over 750,000 debris fragments threaten satellites in orbit.

Clean space

Clean space

Early space missions ignored environmental impact, now we promote clean space.

Boosting sustainability

Boosting sustainability

Automated collision avoidance to protect satellites as space traffic expands.