POLARIS: autonomous
navigation for your drone
Coming early 2026
POLARIS module
Enable your drone to navigate autonomously
indoor and outdoor, even without GNSS,
with a plug-and-play module ready to install
on any aerial platform
indoor and outdoor, even without GNSS,
with a plug-and-play module ready to install
on any aerial platform
POLARIS software
Empower your next-gen aerial platform
with POLARIS Software, a cutting-edge
navigation algorithm integrated into
your drone’s avionics.
with POLARIS Software, a cutting-edge
navigation algorithm integrated into
your drone’s avionics.
A COMPLETE ALL
IN ONE PACKAGE
Unlock true autonomy with POLARIS, a navigation module
designed to retrofit any UAV and operate even
in GNSS-denied environments.
designed to retrofit any UAV and operate even
in GNSS-denied environments.
< 250g
Ultralight
7 cm
Height
10 cm
Width
< 250g
Ultralight
7 cm
Height
ADVANCED
NAVIGATION SYSTEM
In addition to generating waypoints for autonomous flight, POLARIS ensures
stable manual control, provides smart Return-to-Home capability and allows
trajectory following. Its live 3D mapping enables precise spatial referencing
of payload data even in the most extreme scenarios.
stable manual control, provides smart Return-to-Home capability and allows
trajectory following. Its live 3D mapping enables precise spatial referencing
of payload data even in the most extreme scenarios.
Laser Rangefinder
Distance Data
Dual Camera
Visual Data
IMU
6-DOF Inertial Data
PATENT-PENDING
NAVIGATION ALGORITHMS
POLARIS software fuses sensor data to determine the vehicle's position,
velocity, and attitude with unrivaled accuracy, enabling reliable
operations without limits.
Learn more
velocity, and attitude with unrivaled accuracy, enabling reliable
operations without limits.
TRY IT BEFORE RELEASE
Our team is finalizing the last tests of the system. If you want to explore its
potential in your own use-case, we’re ready to run trials together.
Contact us to get involved.
potential in your own use-case, we’re ready to run trials together.
Contact us to get involved.
OTHER
FEATURES
Not limited
by GNSS
by GNSS
Fly seamlessly in and out of GNSS denied or degraded areas. POLARIS integrates GNSS signals, when available, to mantain maximum accuracy
Robust
by design
by design
The deterministic algorithm architecture enforces predictability and safety. Robustness is further enchanced by our patent-pending outlier-rejection routine
Beyond
state-of-the-art
accuracy
state-of-the-art
accuracy
Our prioprietary multicamera architecture, powered by an innovative feature tracking solution, achieves unprecedented accuracy
High performance
Low power
Low power
Our optimized computing architecture processes larger volumes of visual data than competing solution, while maintaining a low power demand
FIELDS OF
APPLICATIONS
Fly with or without GNSS, even in environments subjected to jamming and spoofing, leveraging unprecedented accuracy thank to our proprietary and cutting-edge algorithms. Generate real-time 3D maps and waypoints to autonomously guide UAVs across the most complex scenarios, with no preloaded maps or
auxiliary equipment required.
Autonomous Navigation is the core enabler of Drone market expansion, accelerating drone adoption in diverse commercial and industrial sectors.
auxiliary equipment required.
Autonomous Navigation is the core enabler of Drone market expansion, accelerating drone adoption in diverse commercial and industrial sectors.
Mapping & Surveillance
Infrastructure Inspections
Confined Spaces
Security & Defense
Disaster Response
Drone Delivery
TECHNICAL
SPECIFICATIONS
Hungry for more info? Contact us for
the latest updates on the Polaris project
Contact us
the latest updates on the Polaris project
Weight
< 250 g
Size
10x7x7 cm
Power
< 8 W
Data Interface
MavLink
DJI SDK
NMEA
DJI SDK
NMEA
Navigation Drift
Relative mode: < 0.5%
Absolute mode: No drift
Absolute mode: No drift
Sensor suite
1x IMU
2x Visual cameras
2x Laser rangefinders
2x Visual cameras
2x Laser rangefinders
POLARIS navigation algorithm in a highway tunnel inspection
SOFTWARE
SOLUTIONS
Our navigation software is based on a modular architecture, capable of guaranteeing high performance with a variety of sensors. Built upon a deterministic framework, it doesn't require training datasets and it is the only option for true safety-critical applications. The algorithm was built with efficiency in mind, enabling deployment on low-power embedded hardware
Computationally efficient
Fully deterministic
Independent from training datasets
Modular framework
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