WELCOME ONBOARD

A gate to
autonomous
spacecraft
navigation

Plug-and-play onboard navigation software enabling autonomous orbit determination and guidance for satellites and constellations. No ground input required, seamless integration.

GNSS-1 GNSS-2 GNSS-3 ISL INTER-SAT LINK NaviCode PROCESSING GNSS + ISL AUTONOMOUS OD OD STATUS POS X +4832.107 km POS Y −3927.445 km POS Z +2814.662 km σ POS ±842.5 m CONVERGENCE
Multi-Data
GNSS, Radio, Optical & more
Any Orbit
LEO · MEO · GEO · Deep Space
Real-Time
Onboard Autonomous Nav
Plug & Play
Seamless HW Integration
NaviCode SPACECRAFT BUS SOLAR ARRAY SOLAR ARRAY DATA INPUTS GNSS RADIO OPTICAL INTER-SAT + MORE GUIDANCE OUTPUT CURRENT TARGET ΔV NAVIGATION & GUIDANCE

Revolutionizing how satellites know where they are

NaviGate develops an advanced onboard solution for autonomous satellite navigation and guidance. Our system integrates seamlessly with satellite hardware, processing GNSS data, radiometric observables, and other measurements in real-time.

As the number of satellites in orbit grows, ground-based navigation becomes economically and operationally unsustainable. NaviGate eliminates that dependency, enabling spacecraft to determine their own orbit and maneuver autonomously.

Built for the next generation
of space operations

Scalable, adaptable, and sensor-agnostic, our onboard navigation software works across mission profiles and orbital regimes.

Multi-Sensor Fusion

Flexible architecture processes GNSS, inter-satellite, optical, and other measurement types, adapting to available sensor payloads.

Real-Time OD & Guidance

Precise orbit determination and guidance computation onboard, with no dependency on ground-segment interventions.

Plug-and-Play

Designed as a drop-in module that integrates seamlessly with existing satellite hardware and mission architectures.

Constellation-Ready

Scales from single satellites to large constellations, supporting inter-satellite navigation and cooperative orbit determination.

Multi-Orbit Support

Operates across LEO, MEO, GEO, and deep-space mission profiles with dynamically reconfigurable navigation models.

Cost Reduction

Minimizes ground-segment operational costs by eliminating the need for continuous Earth-based tracking and commands.

From problem to solution

Built with a clear vision: make autonomous navigation accessible to every satellite mission.

01
Why

The Problem

With the increasing number of satellites in orbit, relying on ground-based support for navigation operations is becoming economically and operationally unsustainable, especially for low-cost missions.

02
How

Our Method

We enable autonomous navigation and guidance through a highly adaptable onboard software that analyzes available data in real-time, processing multiple measurement types without ground dependency.

03
What

The Product

An advanced onboard solution for autonomous satellite navigation and guidance, designed to seamlessly integrate with different mission architectures and flexible with respect to data types.

NaviGate the Fleet

Autonomous navigation software, shipped as a growing fleet. NaviCode Caravel is available today — the next ships are already on the horizon.

Available now

NaviCode Caravel

  • Onboard real-time precise positioning, decimeter-level from GNSS input
  • Onboard orbit prediction with quantified uncertainty
  • Software-only deployment, no hardware change required
  • Portable across space-grade platforms (standard C/C++, zero external libraries)
  • Flight-ready — in-orbit demonstration in preparation
Explore Caravel

Next capabilities

  • Multi-sensor navigation resilience (optical, inter-satellite ranging, radio) for GNSS-degraded and deep-space scenarios
  • Onboard conjunction assessment — detect close approaches
  • Onboard autonomous maneuver planning and optimization (collision avoidance, station keeping, orbit control)
  • Lunar and cislunar navigation
  • Roadmap and priorities shaped together with partners, based on mission needs

Latest news

Milestones, partnerships, and recognition as we bring autonomous onboard navigation to orbit.

Backed by Galaxia & ESA BIC LAZIO

NaviGate is a deep tech startup from Sapienza University of Rome, funded for its Proof-of-Concept by Galaxia, the Italian Technology Transfer Hub on Aerospace, and supported by ESA Business Incubation Centre.

Spacecraft navigation experts

Deep expertise in orbital mechanics, GNSS, orbit determination, and autonomous systems, built on years of academic research at the Radio Science Lab, Sapienza University of Rome ↗.

Ivan di Stefano, Ph.D. — CEO & Co-Founder of NaviGate

Ivan di Stefano, Ph.D.

CEO & Co-Founder
Andrea Sesta, Ph.D. — CTO & Co-Founder of NaviGate

Andrea Sesta, Ph.D.

CTO & Co-Founder
Daniele Durante, Ph.D. — CSO & Co-Founder of NaviGate

Daniele Durante, Ph.D.

CSO & Co-Founder
Marco Bondi — Flight Software Engineer

Marco Bondi

Flight Software Engineer
Silvia Carone — Flight Software Engineer

Silvia Carone

Flight Software Engineer
Scientific Advisory Board
Prof. Luciano Iess — Scientific Advisor to NaviGate, Full Professor at Sapienza University of Rome

Prof. Luciano Iess

Full Professor at Sapienza University of Rome

Principal Investigator of the radio science experiments on ESA's BepiColombo and JUICE missions.

Ready to navigate
the future?

Building a satellite mission or exploring autonomous navigation?
We'd love to hear from you.

Backed by Galaxia and incubated at ESA BIC Lazio, NaviGate is making autonomous onboard navigation the new standard for satellites and constellations. Request pitch deck