PATHFINDER

NAVENTIK’s technology for demanding and 
safety-critical vehicle localization.

Two software components for accurate and reliable vehicle positioning.

Measurement Engine

First software defined GNSS receiver developed under automotive coding standards.


NAVENTIK‘s unique Software Defined GNSS sensor fully substitutes your existing hardware receiver by a scalable ECU embedded software. PATHFINDER GNSS provides highly accurate multi-band and multi-frequency raw measurements including integrity data. Real-time confidence estimates for GNSS raw measurements are key to implementing functional safety concepts for ADAS positioning. The software approach also enables deeply coupled and seamless fusion with other vehicle sensors. Our software GNSS measurement engine is highly portable and always up to date.

Embedded Positioning Engine

A receiver-agnostic localisation software for safety-critical  applications.

NAVENTIK's embedded positioning engine with advanced error modeling and rapid convergence times leverages the synergy of GNSS measurements from any receiver and inertial and vision-based systems to ensure continuous and robust positioning, even under the most challenging GNSS receiving conditions. The vehicle system model and other system parameters are taken into account to increase the performance even more. PATHFINDER emPE generates a highly accurate position including integrity data for vehicle localisation for safety-critical applications.

The joint use of PATHFINDER GNSS & emPE enables an end-to-end integrity concept, as both the GNSS sensor and the positioning engine are implemented as software without having a "black box" within the system architecture. Integration with additional sensors and SSR correction services is seamless and cost-effective. Furthermore, both modules together interact with each other in deeply coupled sensor fusion mode for extremely robust and uninterrupted high-performance GNSS/INS positioning. Unlike conventional tightly- or loosely-coupled GNSS/INS systems, deeply coupled systems not only combine autonomously generated GNSS and INS solutions. Motion data is used to support and stabilise the satellite tracking of the GNSS receiver in difficult environments or after a loss of the satellite signal. In addition, GNSS measurements from as few as two satellites can be used to compensate for the sensor drift of the inertial unit.

Features

Bridging the performance gap between
low-cost GNSS chipsets and expensive RTK/INS solutions.

High-performance Software Positioning

Carrier phase based positioning engine with advanced error modeling and rapid convergence times, interference mitigation and monitoring.

Sensor Fusion at
Vehicle Level

Adding inertial or vision aided navigation increases availability and continuity of the solution, seamless integrated on vehicle ECU.

Low cost and scalable to serial production

PATHFINDER eliminates hardware limitations by a software approach to a minimum (RF stage + antenna).

Functional Safety
ready

Development according to automotive safety standards (ISO26262) to meet Automotive Safety Integrity Levels (ASIL).

Sensor and Service
agnostic

PATHFINDER ensures maximum flexibility in component selection by supporting any suitable GNSS and IMU sensor and SSR correction service. 

Portable and Platform Independet

PATHFINDER is written in C++ and can be ported to common automotive processors and operating systems.

For a deeper dive into our localization technology please check our FAQ section.

Current release of PATHFINDER GNSS & PATHFINDER emPE available under R&D License
(Software libraries for integration on your ADAS platform or delivered on NVIDIA® Jetson NX™)

PATHFINDER GUI

Control PATHFINDER with our fancy visual user interface, available for all platforms. This image shows a GNSS+INS positioning with realtime confidence measures.

Address 

NAVENTIK GmbH
Am Walkgraben 13
09119 Chemnitz
Germany

Contact 

  hello@naventik.de
   +49 371 337 1370

Feedback

We are curious to hear how you use PATHFINDER and what you are experiencing. Send your ideas and suggestions!