LEO PNT

The perfect complement to current Navigation Satellite Systems

IoT & connectivity
Defence
Space

The number of applications based on positioning and navigation systems is growing every day and, being more and more sophisticated, they require even more performing solutions. The Low Earth Orbit Positioning Navigation and Timing solution, LEO PNT, brings a new component supporting global, precise and robust coverage, everywhere, every time.

Reinforced protection

Enriched resilience and authentication capabilities bringing robustness to interference and jamming.
Quick high accuracy

A cornerstone for advanced driver assistance systems and autonomous navigation.
Short time to market

Flexible solution allowing a quick introduction of new navigation services.

The LEO PNT system complements existing GNSS and SBAS by using satellites in low Earth orbit. Unlike other orbital regions, LEO satellites are closer to Earth and constantly changing its relative position to Earth. This proximity and motion lead to quicker speeds, stronger signals, more bandwidth, and reduced vulnerability to attacks, enhancing overall performance and opening a new world of applications

The LEO PNT system offers unparalleled precision and reliability by leveraging advanced satellite technology. Its unique orbital characteristics ensure rapid data transmission and robust signal integrity, making it a superior choice for critical operations. With enhanced security features and adaptability, LEO PNT is poised to revolutionize navigation and timing services across various industries for both commercial and defense applications. In addition, it creates new business opportunities and strengthens operational resilience and continuity for users.

By supporting local economic growth through technology transfer, training programs, and local workforce development, LEO PNT contributes to building valuable skills and sustainable industries, bringing long-term benefits to the country.

Key features

The LEO PNT system offers faster PPP (Precise Point Positioning) convergence, achieving near real-time results. It significantly improves positioning accuracy and benefits from errors decorrelation over time, ensuring more reliable data. Additionally, the system provides better geometry, enhancing overall performance and precision in navigation and timing applications.

The LEO PNT system improves availability in urban environments, offering consistent performance amidst dense infrastructure. With superior interference resistance and the integrity provided by new frequencies and waveforms, LEO PNT delivers robust and dependable navigation and timing services across various challenging conditions.

The LEO PNT relies on New Space technologies and offers enhanced flexibility and scalability, allowing for the demonstration of new services efficiently. Its development cycles are designed to quickly adapt to the fast-changing needs of user segments, ensuring that innovations can be implemented and utilized effectively.