Advanced Robotics for
Autonomous Navigation

We provide cutting-edge robotic platforms, autonomous navigation systems, and connectivity solutions that enable you to build sophisticated autonomous systems with European precision and reliability.

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Introducing LiCAM

LiCAM POE LiDAR Camera LiCAM POE LiDAR Camera LiCAM POE LiDAR Camera LiCAM POE LiDAR Camera

The World's First POE LiDAR-Based IP Camera

Revolutionary 3D perception technology combining industrial-grade LiDAR with intelligent surveillance for next-generation security and monitoring applications. Powered by Hesai's FTX solid-state LiDAR.

Unlike traditional cameras, LiCAM is fully GDPR-compliant by design—it perceives shapes, distances, and movement, but never identities. No faces, no personal features, no recognition. Perfect for real-time crowd monitoring at large events, public spaces, and smart city applications where privacy and transparent data matter.

140×105° wide-angle coverage
30m extended detection range
IP67 all-weather ready
POE+ simple installation
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LiCAM POE LiDAR Camera LiCAM POE LiDAR Camera LiCAM POE LiDAR Camera LiCAM POE LiDAR Camera
POE to Ethernet T1 Adapter - Front View POE to Ethernet T1 Adapter - Angle View
Coming Soon

POE to Ethernet T1 Adapter

POE to Ethernet T1 Adapter - Front View POE to Ethernet T1 Adapter - Angle View

Seamless Integration for Hesai FTX Solid State LiDAR

Simplify your LiDAR deployment with our compact adapter that converts Automotive Ethernet T1 to standard RJ45 while delivering POE+ power—one cable for power and data. Also functions as a general-purpose Gigabit POE to T1 converter with 30W output for robotics and industrial applications.

POE+ (IEEE 802.3at) 30W
RJ45 Interface: up to 1000 Base-T (IEEE 802.3ab)
MATENet Interface: 100Base-T1 (IEEE 802.3bw) & 1000Base-T1 (IEEE 802.3bp)
~70g lightweight design
Made in Austria
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New

Hesai Showroom Now Open

Hesai Showroom
Hesai Showroom
Hesai Showroom

Experience the full range of Hesai LiDAR sensors in action at our European showroom. Meet our technical experts, test different models, and discover which solution best fits your application. Schedule a personalized demonstration at our European facility.

Live demonstrations of all sensor models
Hands-on testing and evaluation
One-on-one technical consultation
Real-world application examples
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Custom Solutions

Robotic Payload Solutions

Design your ideal robotic payload with our comprehensive sensor solutions. Choose from a wide range of vision, range sensing, navigation, computing, and environmental sensing technologies to create a payload perfectly tailored to your application needs.

Available Sensors & Hardware

New Integration

Hesai FTX Solid-State LiDAR for Navigation

Our navigation layer now supports the Hesai FTX solid-state LiDAR for enhanced detection of small obstacles—including rail track debris, low-profile hazards, and ground-level obstructions. Ideal for railway inspection, industrial patrol, and autonomous navigation in challenging environments.

Learn more about FTX

Vision

  • RGB Cameras
  • Night Vision Cameras
  • Depth Cameras
  • Thermal Imaging
  • Stereo Vision Systems

Range Sensing

  • LiDAR Sensors
  • Radar
  • Ultrasonic Sensors

Navigation & Localization

  • High end 9-axis IMU
  • Dual antenna RTK GNSS receiver

Computing

  • Edge Computing Units
  • Intel Core Ultra (3 / 5 / 7 / 9)
  • Water cooling

AI & GPU-Accelerated Computing

  • NVIDIA® System-on-Modules (SoM)
  • Integrated GPU & AI acceleration

Environmental Sensing

  • Gas Sensors (CO, CO₂, CH₄, etc.)
  • Air Quality Sensors
  • Particulate Matter Sensors
  • Volatile Organic Compound (VOC) Sensors
  • Environmental Monitoring Sensors

Platform Compatibility

Our payloads are compatible with multiple robotic platforms:

AgileX Clearpath Robotics Husarion Custom Platforms
Build your payload

Outdoor 3-Layer Security Payload Example

Click a button above to load a 3D model

Or use "Browse Model File" to select any OBJ, GLB, or GLTF file

This configuration consists of 3 fully sealed IP56 configurable layers. Layers are stackable and modular.

1

Navigation Layer

Configurable compute with indoor/outdoor navigation. Now with Hesai FTX LiDAR for small obstacle detection.

2

Camera Layer

Up to 12 camera feeds between Thermal and optical (plus night vision) cameras

3

Sensing & Status Layer

Optional outdoor GNSS antennas, optional warning light, optional 3D LiDAR. LEDs on the side act as status indicators

Ursa Robots

Robust, autonomous robotic platforms designed for demanding outdoor environments. Built with European precision and reliability.

  • Entirely made in Austria
  • Careful selection of suppliers with core components provided by European companies
  • Meets highest security requirements for security critical infrastructures
Merak Tracked Platform Rendered

Merak

Tracked Platform

Available Q3 2026

High-performance tracked platform designed for challenging terrain and harsh outdoor conditions. Ideal for applications requiring superior traction and stability.

Dimensions

660 x 584 x 340 mm

Weight

55 kg

Max Payload

70 kg

Max Speed

1.5 m/s

Max Slope

30° (~58 %)

Min Turning Radius

Zero turn radius

Ground Clearance

120 mm

Operating Temperature

-40°C to +80°C

Power System

48V Li-ion battery

Autonomy

3-4 hours

Charging

Inductive charging (up to 1KW)

Motor

250W x 2 (DC brushed), 15 Nm rated torque

Protection

IP66

Communication

CAN

Reserve
Polaris Wheeled Platform Rendered

Polaris

Wheeled Platform

Available Q3 2026

Agile wheeled platform optimized for speed and efficiency on flat and moderate terrain. Perfect for applications requiring rapid deployment and high mobility.

Dimensions

990 x 670 x 390 mm

Weight

50 kg

Max Payload

100 kg

Max Speed

~2.0 m/s

Max Slope

~30° grade (≈58 % slope)

Min Turning Radius

Zero turn radius

Ground Clearance

150 mm

Operating Temperature

-40°C to +80°C

Power System

48V Li-ion battery

Autonomy

3-4 hours

Charging

Inductive charging (up to 1KW)

Motor

4x 200W brushless DC motors

Protection

IP66

Communication

CAN

Reserve

Autonomous Navigation Software

Professional-grade navigation software packages designed for indoor and outdoor autonomous operations. Built on proven ROS 2 architecture with advanced SLAM, path planning, and sensor fusion capabilities.

Coming Q4 2026

All Ursa Robots will be powered by UrsaNAV. The software can also be integrated into OEM platforms.

Software Packages

UrsaNAV offers two specialized software packages, each optimized for different operational environments. Whether you need precise indoor navigation for warehouses and factories, or robust outdoor navigation for industrial sites and challenging terrain, we have the solution tailored to your specific application needs.

Indoor

Ursa IndoorNav

Advanced indoor autonomous navigation for warehouses, factories, and indoor facilities

Real-Time Localization (SLAM)

Accurate self-localization using LiDAR-based SLAM, enabling operation in GPS-denied or dynamic environments.

2D / 3D Mapping

Creation and continuous updating of high-resolution 2D occupancy grids and 3D point-cloud maps of the environment.

Obstacle Detection & Avoidance

Reliable detection of static and dynamic obstacles with real-time avoidance and safety margins.

Path Planning & Trajectory Optimization

Efficient global and local path planning with smooth trajectories, waypoint navigation, and replanning around obstacles.

Dynamic Environment Handling

Robust performance in changing environments, filtering out moving objects and adapting maps and plans in real time.

Sensor Fusion & ROS 2 Integration

Seamless fusion with IMU, wheel odometry, GNSS, and cameras, built on ROS 2 for compatibility with standard navigation stacks and custom nodes.

Outdoor

Ursa OutdoorNav

Robust outdoor autonomous navigation for industrial sites, campuses, and challenging terrain

GNSS-Based Global Localization

Precise outdoor positioning using GNSS (RTK-ready), with support for large-scale environments and geo-referenced maps.

LiDAR-Based Obstacle Detection & Avoidance

Real-time detection and avoidance of static and dynamic obstacles using LiDAR, ensuring safe navigation in unstructured terrain.

Hybrid Localization & Sensor Fusion

Fusion of GNSS, IMU, wheel odometry, and LiDAR to maintain robust localization during GNSS dropouts or degraded conditions.

Outdoor Path Planning & Waypoint Navigation

Long-range route planning using GPS waypoints, geo-fences, and mission-based navigation with continuous replanning.

Terrain-Aware Navigation

Adaptation to outdoor terrain features such as slopes, uneven ground, and vegetation, with configurable safety thresholds.

ROS 2-Native & Field-Ready Architecture

Built on ROS 2 with support for Nav2, custom actions, and reliable operation on Linux-based embedded systems.

Software & Hardware Development

We develop comprehensive software and hardware solutions for autonomous navigation robotic systems. Our end-to-end development services cover every aspect of your robotic platform.

Hardware

Custom Robot Chassis & Sensor Integration

From concept to production, we design and build custom robot chassis tailored to your specific application requirements. Our expertise spans mechanical design, sensor payload development, and seamless multi-sensor integration.

  • Custom robot chassis design and prototyping
  • Sensor payload development and mounting solutions
  • Multi-sensor integration (LiDAR, GNSS, IMU, cameras)
  • Electronic system design and power management
Hardware Design
Hardware Design
Hardware Design
Hardware Design

Real-World Use Cases

Our custom robot platforms are deployed in demanding applications requiring autonomous navigation and intelligent perception

Surveillance and Security

Surveillance & Security

Autonomous mobile robots equipped with advanced sensors for 24/7 security monitoring, threat detection, and perimeter surveillance in industrial facilities, warehouses, and critical infrastructure.

  • Continuous autonomous patrol
  • Real-time threat detection
  • Multi-sensor surveillance
  • Remote monitoring integration
Open Window Detection

Inspection

Automated inspection robots for infrastructure, industrial plants, and confined spaces. Equipped with high-resolution cameras, thermal imaging, and LiDAR for comprehensive asset monitoring and defect detection.

  • Automated routine inspections
  • Thermal and visual imaging
  • 3D mapping and documentation
  • Anomaly detection and reporting
Fence Damage Detection

Fence Patrol & Breach Detection

Intelligent perimeter security robots with AI-powered detection of open windows, doors, gates, and fence breaches. Continuous monitoring of access points and immediate alert generation for security teams.

  • Perimeter patrol automation
  • Open window/door detection
  • Fence breach identification
  • Instant security alerts
Autonomous Navigation
Software

Autonomous Navigation Stack

Our complete navigation software stack enables precise autonomous operation in both indoor and outdoor environments. Built on industry-standard frameworks with custom algorithms optimized for real-world performance.

Navigation

Indoor & outdoor navigation using LiDAR and GNSS

SLAM

Simultaneous localization and mapping implementation

Sensor Fusion

Multi-sensor integration combining LiDAR, IMU, GNSS, and camera data

Control

Real-time control systems and path planning

ROS

ROS/ROS2 development and integration

Embedded

Custom Linux Systems & Applications

We create customized Linux-based operating systems and applications for embedded platforms, ensuring optimal performance and reliability for your robotic systems. From GUI-based systems to bare metal minimal Linux configurations, we deliver complete solutions with full OTA (Over-The-Air) update frameworks including both server and client components.

Custom Linux OS

Custom Linux OS

GUI-based or bare metal minimal Linux systems tailored for various SOMs and embedded platforms

OTA Updates

OTA Update Framework

Complete Over-The-Air update solutions with server and client components for seamless remote updates

Autopilot Software

Autopilot Software Development

Specialized development of autonomous autopilot software for robotic platforms and autonomous vehicles

Firmware Development

Firmware & Drivers

Custom firmware and driver development for specialized hardware

System Architecture

System Integration

Complete system architecture and software integration solutions

Start Your Project Meet Our Team

Expert Consulting

Our consulting services help you navigate the complexities of autonomous navigation systems. We provide expert guidance on sensor selection, system integration, and platform development.

SENSOR INTEGRATION

  • RTK GNSS receiver integration
  • LiDAR sensor selection & setup
  • IMU integration & calibration
  • Multi-sensor fusion strategies
  • Sensor placement optimization

SYSTEM DEVELOPMENT

  • Custom Linux-based OS development
  • Long-range radio transmission systems
  • Mechanical design consulting
  • Manufacturing process optimization
  • System architecture design
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Hesai LiDAR Distribution

Your trusted European partner for industry-leading LiDAR technology

As an authorized European distributor of Hesai LiDAR sensors, we provide access to industry-leading sensor technology with comprehensive integration support tailored to your specific application needs. Our expert team ensures seamless deployment and optimal performance for your autonomous systems.

Hesai Sales Partner

Authorized Sales Partner

Ursa-Dynamics is an official Hesai Sales partner, providing direct access to the full range of Hesai LiDAR products with competitive pricing and dedicated support for European customers.

Hesai Technical Module Partner

Technical Integration Expert

As a Hesai Tech partner, we provide expert technical consultation, integration support, and customized solutions to help you achieve optimal performance from your Hesai LiDAR sensors.

Explore our complete Hesai LiDAR product range

View All Products

Why Choose Ursa-Dynamics

European Engineering Excellence

Built on European engineering standards with a focus on precision, reliability, and compliance with local regulations and certifications.

Comprehensive Support

End-to-end solutions from initial consultation through deployment, integration, and ongoing technical support tailored to your needs.

Proven Track Record

Extensive experience delivering autonomous navigation systems across robotics, surveying, and industrial automation applications.

Cutting-Edge Technology

Access to the latest Hesai LiDAR sensors, BDStar GNSS technology, and advanced sensor fusion algorithms for optimal performance.

Meet Our Co-founders

The visionary leaders behind Ursa-Dynamics, bringing together years of experience in robotics, autonomous systems, and European engineering excellence.

Adam Barghati - Co-founder & CEO

Adam Barghati

Co-founder & CEO

Adam is a robotics engineer and entrepreneur specializing in software development for autonomous navigation systems. His work focuses on creating robust software architectures, algorithms, and applications that enable precise, reliable operation of robotic platforms in complex real-world conditions, both indoors and outdoors.

With a strong background in robotics software architecture, sensor fusion, and real-time control systems, Adam has led the development of complete navigation software stacks that integrate LiDAR, GNSS, and inertial sensing into seamless, field-proven solutions. He has architected and developed software for high-precision positioning systems, LiDAR-based 3D scanning applications, and modular embedded software controllers used across robotics, surveying, and agricultural automation.

From algorithm design and software architecture to custom Linux-based operating systems, firmware development, and application programming for embedded Linux and Android platforms, Adam has guided the software development lifecycle—transforming complex algorithms and sensor data into reliable, user-friendly software products trusted by professionals in demanding industries.

Areas of Expertise
  • Autonomous Navigation Software (Indoor & Outdoor)
  • Robotics Software Architecture & Design
  • Sensor Fusion & SLAM Algorithms
  • Real-time Control Systems & Software
  • LiDAR Software Integration & Processing
  • GNSS Software Development
  • Embedded Software Development
  • Custom Linux-based Operating Systems for Various SOMs
  • Application Development for Embedded Linux and Android
  • Robotic Software Product Development
  • System Architecture & Software Integration
Patrick Neuhauser - Co-founder & CEO

Patrick Neuhauser

Co-founder & CEO

Patrick Neuhauser's passion for engineering began at age five on his family farm in Tuscany. Trained as a metalworker and automotive mechanic, he later studied Mechanical and Electrical Engineering at HTL Bozen and TU Wien. By 18, he had already filed his first patents and won national innovation awards.

Before co-founding Ursa Dynamics GmbH, Patrick worked as the chief hardware developer behind several advanced sensing, navigation, and robotic-perception systems. He led the full hardware lifecycle — from concept and system architecture to high-frequency electronics, multi-layer PCB design, mechanical engineering, prototyping, and production readiness. His work has significantly influenced the design and performance of modern Austrian-engineered positioning and perception devices.

Today, as Co-Founder and CEO of Ursa Dynamics GmbH, Patrick combines hands-on engineering excellence with strategic leadership to drive innovation in LiDAR, GNSS, and outdoor robotic navigation.

Areas of Expertise:
  • Hardware & System Architecture
  • Multi-Layer PCB, RF & High-Frequency Electronics
  • Mechanical Design & Fabrication
  • Power Electronics
  • Hydraulics & Mechatronics
  • 3D Modeling & CAD
  • Automotive Engineering & Off-Road Robotics