Robot intelligence

How we see the future of robots and navigation

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Mission

We create autonomy software that enables compact drones and robots to drive itself.

The technology consists of many sophisticated components that allow autonomous operation in dynamic environments.

We rely on classic algorithms alongside the latest technologies (computer vision, deep learning), leveraging approaches that have consistently demonstrated success.

OUR TECHNOLOGY

1

Slam
slam

We create autonomy software that enables compact drones and robots to drive itself.

The technology consists of many sophisticated components that allow autonomous operation in dynamic environments.

2

PATH PLANNING
PATH PLANNING

3

COMPUTER VISION
COMPUTER VISION

4

Understanding the context makes difference
Understanding the context makes difference

5

DEEP LEARNING
DEEP LEARNING

areas of application

We create autonomy software that enables compact drones and robots to drive itself.

The technology consists of many sophisticated components that allow autonomous operation in dynamic environments.

We use classic proven algorithms (we rely on what has already proven effective) in combination with the latest optimized technologies.

Drone

Usecase

Warehouses
Logistics

Stock inventory in warehouses, delivery with the help of robots. It allows to automate the inventory of stocks in warehouses, providing fast and accurate tracking of goods in real time. Courier robots can efficiently deliver goods between warehouse sectors or directly to customers, optimizing delivery processes and reducing manual labor costs.

Military
Mining industry

Geoexploration and mining of minerals underground. Autonomous drones and robots in the mining industry are capable of conducting geo-exploration and monitoring in hazardous underground conditions.

Delivery
Inspection

Autonomous drones greatly simplify the inspection of hard-to-reach objects, such as oil platforms, wind turbines or tall buildings. They provide quick access to critical areas for condition monitoring and defect detection without the need for complex and dangerous operations.

OUR PREFERENCE

High accuracy

High accuracy

high speed

Ability to move at high speed

High altitudes

Ability to move at high altitudes

cameras

The system works with cameras and sensors

GPS

We work without GPS

LIDAR sensor

LIDAR sensor is not required

Preference